Hello, hello. Welcome back. I hope a few of you have been enjoying the stories that I've selected from Jorge Luis Borges. This is one of his very best, probably one of my very favorite. It's called Blue Tigers. A famous poem by Blake paints the tiger as a fire-burning bright and an eternal archetype of evil. I prefer the Chesterton Maxim that casts the tiger as a symbol of terrible elegance. Apart from these, there are no words that can ruin the tiger, that shape which, for centuries, has lived in the imagination of mankind. I have always been drawn to the tiger. I know that as a boy I would linger before one particular cage at the zoo. The others held no interest for me. I would judge encyclopedias and natural histories by their engravings of the tiger. When the jungle books were revealed to me, I was upset that the tiger, sheer calm, was the hero's enemy. As the years passed, this strange fascination never left me. It survived my paradoxical desire to become a hunter, as it did all common human vicissitudes. Until not long ago, the date feels distant, but it really is not. It coexisted peacefully with my day-to-day labors at the University of Lahore. I am a professor of Eastern and Western logic, and I consecrate my Sundays to a seminar on the philosophy of Spinoza. I should add that I am a Scotsman. It may have been my love of tigers that brought me from Aberdeen to Punjab. The outward course of my life has been the common one, but in my dreams I always saw tigers. Now it is other forms that fill them. I have recounted all these facts more than once, until now they seem almost to belong to someone else. I let them stand, however, since they are required by my statement. Toward the end of 1904, I read that in the region of the Ganges Delta, a blue variety of the species had been discovered. The news was confirmed by subsequent telegrams, with the contradictions and incongruities that one expects in such cases. My old love stirred once more. Nevertheless, I suspected some error, since the names of colors are notoriously imprecise. I remembered having once read that in Icelandic, Ethiopia was Blaland, blue land, or the land of black men. The blue tiger might well be a black panther. Nothing was mentioned of stripes. The picture published by the London Press, showing a blue tiger with silver stripes, was patently apocryphal. Similarly, the blue of the illustration looked more like that of heraldry than reality. In a dream, I saw tigers of a blue I had never seen before, and for which I could find no word. I know it was almost black, but that description, of course, does scant justice to the shade I saw. In my dream, some months later, a colleague of mine told me that in a certain village miles from the Ganges, he had heard talk of blue tigers. I was astonished by that piece of news, because tigers are rare in that area. Once again, I dreamed of the blue tiger throwing its long shadow as it made its way over the sandy ground. I took advantage of the end of turn to make a journey to that village, whose name, for reasons that will soon be clear, I do not wish to recall. I arrived toward the end of the rainy season. The village squatted at the foot of a hill, which looked to me wider than it was high, and was surrounded and menaced by the jungle, which was a dark brown color. Surely one of the pages of Kipling contained that village of my adventure, since all of India, all the world somehow, can be found there. Suffice it to report that a ditch and swaying cane-stock bridges constituted the huts fragile defense. Toward the south, there were swamps and rice fields, and a ravine with a muddy river, whose name I never learned, and beyond that, again, the jungle. The people who lived in the village were Hindus. I did not like this, though I had foreseen it. I have always gotten along better with Muslims, though Islam, I know, is the poorest of the religions that spring from Judaism. We feel ordinarily that India teams with humanity. In the village, I felt that India teamed with jungle. It crept virtually into the huts. The days were oppressive, and the nights brought no relief. I was greeted upon my arrival by the elders, with whom I sustained a tentative conversation constructed of vague courtesies. I have mentioned the poverty of the place, but I know that it is an axiom of every man's belief that the land he lives in and owes his allegiance to possesses some unique distinction, and so I praised, in glowing terms, the dubious habitations and the no less dubious delicacies served me, and I declared that the fame of that region had reached Lahore. The expression on the men's faces changed. I immediately sensed that I had committed a faux pas I might come to regret. I sensed that these people possessed a secret they would not share with a stranger. Perhaps they worshipped the blue tiger. Perhaps they were devotees of a cult that my rash words had profaned. I waited until the next morning. When the rice had been consumed and the tea drunk down, I broached my subject. Despite the previous night's experience, I did not understand, was incapable of understanding what took place then. The entire village looked at me with stupefaction, almost with terror, but when I told them that my purpose was to capture the beast with the curious skin, they seemed almost relieved at my words. One of them said he had seen the animal at the edge of the jungle. In the middle of the night, they woke me. A boy told me that a goat had escaped from the corral, and that as he'd gone to look for it, he'd seen the blue tiger on the far bank of the river. I reflected that the scant light of the new moon would hardly have allowed him to make out the color, but everyone confirmed the tale.  We went out with the rifles and I saw, or thought I saw, a feline shadow slink into the shadows of the jungle. They did not find the goat, but the creature that had taken it might or might not have been my blue tiger. They emphatically pointed out to me other traces, which of course proved nothing. After a few nights, I realized that these false alongs were a sort of routine. Like Daniel Defoe, the men of the village were skilled in inventing circumstantial details. The tiger might be glimpsed at any hour out toward the rice fields to the south or up toward the jungle to the north, but it did not take me long to realize that there was a suspicious regularity in the way the villagers seemed to take turns spotting it. My arrival upon the scene of the sighting invariably coincided with the precise synth that the tiger had just run off. I was always shown a trail, a paw mark, some broken twig, but a man's fist can counterfeit a tiger's prints. Once or twice, I witnessed a dead dog. One moonlit night, we staked out a goat as a lure, but we watched fruitlessly until dawn. I thought at first that these daily fables were meant to encourage me to prolong my stay, for it did benefit the village. The people sold me food and did domestic chores for me. To verify this conjecture, I told them that I was thinking of moving onto another region downstream in quest of the tiger. I was surprised to find that they welcomed my decision. I continued to sense, however, that there was a secret and that everyone was keeping a wary eye on me. I mentioned earlier that the wooded hill at whose foot the village sprawls was not really very high. It was flat on top, a sort of plateau. On the other side of the mountain, toward the west and north, the jungle began again. Since the slope was not a rugged one, one afternoon I suggested that we climb it. My simple words threw the villagers into consternation. One exclaimed that the mountain side was too steep. The eldest of them said gravely that my goal was impossible to attain. The summit of the hill was sacred. Magical obstacles blocked the ascent to man. He who trod the peak with mortal foot was in danger of seeing the godhead and of going blind or mad. I didn't argue, but that night, when everyone was asleep, I stole soundlessly from my hut and began to climb the easy hillside. There was no path and the undergrowth held me back. The moon was just at the horizon. I took note of everything with singular attentiveness as though I sensed that this was to be an important day, perhaps the most important day of all my days. I still recall the dark, almost black, shadings of the leaves and bushes. It was close to dawn and the sky was beginning to turn pale, but in all the jungle around, not one bird sang. 20 or 30 minutes climb brought me to the summit. It took me very little effort to imagine that it was cooler there than in the village, which was sweltering down below. I had been right that this was not a peak, but rather a plateau, a sort of terrace, not very broad, and that the jungle crept up to it all around and the flanks of the hill, on the flanks of the hill. I felt free as though my residence in the village had been a prison. I didn't care that the villagers had tried to fool me. I felt they were somehow children. As for the tiger, constant frustration had exhausted my curiosity and my faith, but almost mechanically, I looked for tracks. The ground was cracked and sandy. In one of the cracks, which by the way were not deep, and which branched into others, I caught a glimpse of a color. Incredibly, it was the same color as the tiger of my dreams. I wished I had never laid eyes on it. I looked closely. The crevice was full of little stones, all alike, circular, just a few centimeters in diameter and very smooth. The regularity lent them an air almost of artificiality, as though they were coins, or buttons, or counters in some game. I bent down, put my hand into the crevice, and picked out some of the stones. I felt the faint quivering. I put the handful of little stones in the right pocket of my jacket, where there were a small pair of scissors and a letter from Allahabad. Those two chance objects have their place in my story. Back in my hut, I took off my jacket. I lay down and dreamed once more of the tiger. In my dream, I took special note of its color. It was the color of the tiger I had dreamed of, and also of the little stones from the plateau. The late morning sun in my face woke me. I got up. The scissors and the letter made it hard to take the discs out of the pocket. They kept getting in the way. I pulled out the handful, but felt that there were still two or three I had missed. A tickling sensation. The slightest sort of quivering imparted a soft warmth to my palm. When I opened my hand, I saw that it held 30 or 40 discs. I'd have sworn I'd picked up no more than 10. I left them on the table and turned back to get the rest out of the pocket. I didn't need to count them to see that they had multiplied. I pushed them together into a single pile and tried to count them out one by one. That simple operation turned out to be impossible. I would look fixedly at any one of them, pick it up with my thumb and index fingers, yet when I had done that, when that one disc was separated from the rest, it would have become many. I checked to see that I didn't have a fever, which I did not. And then I performed the same experiment over and over again. The obscene miracle kept happening. I felt my feet go clammy and my bowels turn to ice. My knees began to shake. I do not know how much time passed. Without looking at the discs, I scooped them in the pile and threw them out the window. With a strange feeling of relief, I sensed that their number had dwindled. I firmly closed the door and lay down on my bed. I tried to find the exact position I had been lying in before, hoping to persuade myself that all this had been a dream. So as not to think about the discs yet somehow fill the time, I repeated with slow precision, allowed the eight definitions and seven axioms of ethics. I am not sure they helped. In the midst of these exercises, a knock came at my door. Instinctively fearing that I had been overheard talking to myself, I went to the door and opened it. It was the headman of the village, Bhagavan Das. For a second, his presence seemed to restore me to everyday reality. We stepped outside. I harbored some hope that the discs might have disappeared, but there they were on the ground. I no longer can be sure how many there were. The elder looked down at them and then looked at me. These stones are not from here. They are stones from up there, he said, in a voice that was not his own. That's true, I replied. I added, not without some defiance, that I had found them up on the plateau, but I was immediately ashamed of myself for feeling that I owe anyone an explanation. Bhagavan Das ignored me. He continued to stare in fascination at the stones. I ordered him to pick them up. He did not move. I am grieved to admit that I took out my revolver and repeated the order, this time in a somewhat more forceful tone of voice. A bullet in the breast is preferable to a blue stone in the hand, stammered Bhagavan Das.  I was, I believe, no less terrified than he, but I closed my eyes and picked up a handful of stones with my left hand. I tucked the pistol in my belt and dropped the stones one by one into the open palm of my right hand. Their number had grown considerably. I had unwittingly become accustomed to those transformations. They now surprised me less than Bhagavan Das' cries. These are the stones that spawn, he exclaimed. There are many of them now, but they can change. Their shape is that of the moon when it is full and the color is the blue that we are permitted to see only in our dreams. My father's father spoke the truth when he told men of their power. The entire village crowded around us. I felt myself to be the magical possessor of those wondrous objects. To the astonishment of all, I picked up the discs, raised them high, dropped them, scattered them, watched them grow and multiply or mysteriously dwindle. The villagers huddled together, seized with astonishment and horror. Men forced their wives to look upon the wonder.   No one had the courage to touch the discs, save one happy boy child that played with them. Just at that moment, I sensed that all this confusion was profaning the miracle. I gathered the discs, all of them I could, and returned to my hut. It may be that I have tried to forget the rest of that day, which was the first of a misfortunate series that continues even until now. Whether I tried to forget the day or not, I do not remember. Toward evening, I began to think back on the night before, which had not been a particularly happy one, with a sort of nostalgia. At least it, like so many others, had been filled with my obsession with the tiger. I tried to find solace in that image once charged with power, now trivial. The blue tiger seemed no less innocuous than the Roman's black swan, which was discovered subsequently in Australia. Rereading what I have written, I see that I have committed a fundamental error, led astray by the habit of that good or bad literature wrongly called psychology. I have attempted to recover. I do not know why. The linear chronology of my find. Instead, I should have stressed the monstrousness of the discs. If someone were to tell me that there are unicorns on the moon, I could accept or reject the report or suspend judgment. But it is something I could imagine. If, on the other hand, I were told that six or seven unicorns on the moon could be three, I would declare a priori that such a thing was impossible. The man who has learned that three plus one are four doesn't have to go through a proof of that assertion with coins or dice or chess pieces or pencils. He knows it, and that's that. He cannot conceive a different sum. There are mathematicians who say that three plus one is a tautology for four, a different way of saying four. But I, Alexander Craigie, of all men on earth, was fated to discover the only objects that can contradict the essential law of the human mind. At first, I was in a sort of agony, fearing that I'd gone mad. Since then, I have come to believe that it would have been better had I been merely insane, for my personal hallucinations would be less disturbing than the discovery that the universe can tolerate disorder. If three plus one can be two or fourteen, then reason is madness. During that time, I often dreamed about the stones. The fact that the dream did not recur every night left me a sliver of hope, though a hope that soon turned to terror. The dream was always more or less the same. The beginning heralded the feared end, a spiral staircase, an iron railing and a few iron treads, and then a cellar or system of cellars leading through the depths to other stairways that might abruptly end or suddenly lead into ironworks, locksmiths, forges, dungeons or swamps. At the bottom in their expected crevice in the earth, the stones, which were also behemoth or Leviathan, the creatures of the scriptures that signify that God is irrational. I would awaken trembling, and there the stones would be, in their box, ready to transform themselves. The villagers attitude toward me began to change. I had been touched by something of the divinity that adhered to the stones, the villagers that named blue tigers, but I was also known to have profaned the summit. At any moment of the night, at any moment of the day, the gods might punish me. The villagers dared not attack me or condemn what I had done, but I noticed that everyone was now dangerously servile. I never again laid eyes on the child who had played with the stones. I feared poison or a knife in the back. One morning before dawn, I slipped out of the village. I sensed that its entire population had been keeping an eye on me and that my escape would be a relief to them. Since that first morning, no one had ever asked to see the stones. I returned to Lahore, the handful of discs in my pocket. The familiar environment of my books did not bring the relief I sought. That abominable village and the jungle and the jungle's thorny slope rising to the plateau, and on the plateau the little crevices and within the crevices, the stones, all that I felt continued to exist on the planet. My dreams confused and multiplied those dissimilar things. The village was the stones, the jungle was the swamp, the swamp was the jungle. I shunned the company of my friends. I feared that I would yield to the temptation of showing them that dreadful miracle that undermined humanity's science. I performed several experiments. I made a cross-shaped incision in one of the discs, but that disc with the others put that disc with the others and shuffled them around. Within one or two conversions, I had lost it. Though the number of discs had increased, I performed an analogous test with a disc from which I filed a semicircular notch. That disc also disappeared. I punched a hole in the center of one disc with an awl and tried the test again. That disc disappeared forever. The next day, the disc with the cross cut in it reappeared from his journey into the void. What mysterious sort of space was this, which in obedience to inscrutable laws or some inhuman will, absorbed the stones and then in time threw an occasional one back again. The same yearning for order that had created mathematics in the first place made me seek some order in that aberration of mathematics, the insensate stones that propagate themselves. I attempted to find a law within their unpredictable variations. I devoted days and nights alike to establishing statistics on the changes. From that stage of my investigations, I still have several notebooks, vainly filled with ciphers. My procedure was this. I would count the stones by eye and write down the figure. Then I would divide them into two handfuls that I would scatter separately on the table. I would count the two totals, note them down and repeat the operation. This search for order for a secret design within the rotations led nowhere. The largest number of stones I counted was 419. The smallest three. There was a moment when I hoped or feared that they would disappear altogether. It took little experimenting to show that one of the discs isolated from the others could not multiply or disappear. Naturally the four mathematical operations adding, subtracting, multiplying and dividing were impossible. The stones resisted arithmetic as they did the calculation of probability. 40 discs divided might become nine. Those nine in turn divided might yield 300. I did not know how much they weighed. I did not have recourse to a scale, but I am sure that their weight was constant and light. Their color was always that same blue. These operations helped save me from madness. As I manipulated the stones that destroyed the science of mathematics, more than once I thought of those Greek stones that were the first ciphers and that had been passed down to so many languages as the word calculus. Mathematics, I told myself, had its origin and now has its end in stones. If Pythagoras had worked with these, after about a month I realized that there was no way out of the chaos. There lay the unruly discs. There lay the constant temptation to touch them, to feel the tickling sensation once more, to scatter them, to watch them increase or decrease, and to note whether they came out odd or even. I came to fear that they would contaminate other things, particularly the fingers that insisted upon handling them. For several days I imposed upon myself the private obligation to think continually about the stones because I knew that forgetting them was possible only for a moment, and that rediscovering my torment would be unbearable. I did not sleep the night of February 10th. After a walk that led me far into the dawn, I passed through the gates of the mosque of Wasil Khan. It was the hour at which light has not yet revealed the colors of things. There was not a soul in the courtyard. Not knowing why, I plunged my hands into the water of the fountain of ablutions. Inside the mosque it occurred to me that God and Allah are two names for a single inconceivable being, and I prayed aloud that I be freed from my burden. Unmoving, I awaited some reply. I heard no steps, but a voice quite close spoke to me. I am here. A beggar was standing beside me. In the soft light I could make out his turban, his sightless eyes, his sallow skin, his grey beard. He was not very tall. He put out a hand to me and said still softly, Alms, O protector of the poor. I put my hands into my pocket. I have not a single coin, I replied. You have many, was the beggar's answer. The stones were in my right pocket. I took out one and dropped it into his cupped palm. There was not the slightest sound. You must give me all of them, he said. He who gives not all has given nothing. I understood, and I said, I want you to know that my alms may be a curse. Perhaps that gift is the only gift I am permitted to receive. I have sinned. I dropped all the stones into the concave hand. They fell as though into the bottom of the sea without the slightest whisper. Then the man spoke again. I do not yet know what your gift to me is, but mine to you is an awesome one. You may keep your days and nights and keep wisdom, habits, the world. I did not hear the blind beggar's steps or see him disappear into the dawn.


from San Jose, in the heart of Silicon Valley, extracting the signal from the noise. It's theCUBE, covering OCP US Summit 2016, brought to you by OCP. Welcome back to the Open Compute Project Summit 2016. I'm Stu Miniman with Wikibon. This SiliconANGLE media is theCUBE. We go out to all the events, help extract the signal from the noise. Happy to have on the program two first-time guests. So we've got first sitting next to me, it's Eric Enderbrock, who is the VP of storage marketing with Micron, and we've also got Mark Glasgow, who's VP of enterprise sales with Micron. Gentlemen, thanks so much for joining us. Thanks for having us. I appreciate it. So, you know, the keynote this morning, I left Facebook, walked through, and talked about the expansion of the project. They said, you know, really helped it, you know, transforming compute. Networking was the next one.  And, you know, I think about Micron. You guys are at the center of a lot of the transformations going there. So, Eric, maybe to start with you, tell us, you know, a little bit, just your background, what you do at Micron, and what brings Micron to the OCP event. Yeah, you bet, Stu, thanks. So, yeah, first of all, it's great to be here. I mean, such an exciting event, as we were kind of talking before the camera. But, you know, my role is, is I run the marketing team for what we call our storage business unit at Micron. Really focused on NAND flash, emerging memories that are non-volatile and putting all those together into systems and solid state drive. So, it's pretty exciting. And you really would, what I think kind of the, as you mentioned, the talk there about networking and all these elements coming together and driving the efficiencies of data center at scale, that's where we really think Micron's coming into our own. You know, been known as a DRAM company, but there's so much more to us. The storage business unit that we're focusing on brings both the memories that drive, you know, the compute platforms today, along with the NAND flash and the storage. And it's really about bringing those two closer to the processing window, bringing them closer to the CPU so that we're driving more efficiencies out of that whole platform. And it's an exciting time. And I really think if you think about what's in a server, that server being the core element of all computing today, you know, it's becoming the storage element. It's becoming the networking element. It's always been the compute. Memories are really kind of core to all pieces of those. And that's our future. All right, so Mark, why don't you say the same thing? Yeah, so thank you, first of all, for having us. I'm really exciting. So I've been in the storage industry now for a couple of decades and I was running storage for North America for a large company and was recruited away from there by Micron to start an enterprise storage sales division.  We really felt the need to get closer to the end user, especially as you see some of these hyper skill accounts that are consolidating and aggregating so much compute and storage. There needed to be a mechanism, a sales team, that would extend the brand that is Micron, not just through the OEMs, but actually down to some of the bigger end users. So my team is a globally focused team talking to the biggest customers everywhere from, you know, Amazon, Baidu, Alibaba, on down to some of the more traditional companies like Goldman Sachs and Bank of America. Yeah, Mark, maybe start, you know, one of the things I look at this show, this is a great example of some of the learnings from the largest companies and helping really push that down market and expand it. What are you seeing? What are some of the interesting conversations that you're hearing from users today? What are they asking from Micron? Some of the big disruptions. Yeah, well, I mean, if you want things back about 10 years, it really has changed dramatically. I started selling frame-based arrays in the 90s and on into the early 2000s. And some of these bigger companies, like Google, like Facebook, really just their model broke if they were going to base their business on a frame-based array, and not the least of which were the maintenance fees that they would have to pay. So it's all about driving costs. Every time I meet with any one of the big eight hyper-skills on the planet, I'm blown away at just how focused they are about driving costs out of the data center by keeping the flexibility there. And so while they were working on that, an interesting thing was happening on the semiconductor side of the world, and that was, NAND flash prices kept dropping and dropping and dropping, justifying the use of NAND in many, many more workloads. And so those two confluencing factors come together and you get this thing called these hyper-skills that are aggregating and buying an awful lot of NAND and DRAM to accomplish reducing latencies, driving out costs and increasing flexibility. Yeah, it's interesting. Eric, you were talking a little bit about the transition of what's happening with DRAM and flash, you know, I think back to the 90s, as to, you know, it's like, well, memory was memory and, you know, storage is storage, and now it's a little bit more of a continuum as to, you know, price points and latencies and eye offs. It's, you know, if I design something today, I can have a very different mix of those components based on price and how much we have versus if I just did it two years ago. So, you know, how does Micron, how do you guys help your customers? And how do you manage? I mean, there's so much change happening. How do we keep up with it? Yeah, let me take that one to start with and we'll go to Mark, but, I mean, a couple different ways. And Mark actually mentioned probably the most key piece to this, which is really around the workload. You know, we spend a lot of time not focusing on the technology and really kind of understanding what are the dynamics of those applications. And it can be a hyperscale workload, they can be a more traditional database workload, but all of those in our Austin facility, we've set up pretty big kind of interoperability and partnership lab where we're running those, we're testing them, we're getting a better feel and understanding for the dynamics of exactly what you said. What is the right recipe across the sets of workloads and how do they drive it? And, you know, if you think about the amount of data that's coming out there and it's really becoming that memory and flash technologies and the speed and bandwidth they have is really becoming almost a necessity for the application. So, you know, maybe 5% of storage today is flash. If you think about it per gigabyte. So, it hasn't actually penetrated that deeply into the workloads across the data center. But as we move forward with artificial intelligence and, you know, it could be autonomous driving cars or machine learning or even maybe the most cutting edge of in-memory big data kind of applications, the speed at which the data is flowing in, how quickly you have to update it and feed those in-memory applications to get real-time answers. You know, it's just really all about memory and it's how it's coming together. Yeah, so just to keep going on that workload topic, it's funny, my sales teams don't ever sell the speeds and feeds aspects of NAND and DRAM. I mean, could it get any more boring than that? My guys are focused on solving the bigger workload problem. And we know if we do that right, then ultimately the right answer will come out and they'll see what the smart way to go is, which is precisely why we're here at OCP because this whole movement here is helping to drive that exact, getting the data closer to the CPU, reducing latencies, reducing costs, increasing flexibility. And so my guys are very, very focused on that. Another interesting thing though, we did a study, a pretty exhaustive study. We looked at all the servers going out the door in support of what we call performance-sensitive workloads or high-value workloads. It is not uncommon for about 70 to 75% of the bomb cost of a server that's going out the door in support of a performance-sensitive workload to be made up of NAND and DRAM. So it begs the question, who's the rightful owner of that workload conversation? He who has 25% of the value on the server or he who has 75%? Micron likes the 75% and honestly, when we start talking to the guys that are in the trenches trying to solve these workload problems, they like knowing that we can have those deeper technology conversations with them about the workload. Well, that's a really good point. I mean, it's interesting, the storage industry, we've talked for so long about, it's just storage growth. But really it's new workloads, new demands. I mean, Facebook, when they started OCP, it was like, ah, photos. I mean, they used to just use filers from some of the traditional enterprise filers and remember that just the scalability wasn't there, the performance wasn't there, they had to build some new architecture. Now it's like, you know, photos were kind of tough, but video, oh my God, streaming high-def video. It's like, Zuckerberg's going to do a broadcast and a million people want to watch that. Heck, I'm surprised it was only a million they said, since they've got a billion users. So we're talking just orders of magnitude more for some of these guys. What do you guys see as this, putting pressures on the data center, the new platforms, new technologies? Yeah, absolutely. I mean, you know, we've talked a lot about them, but really I think the key one that I see and maybe it's the macro trend, if you will, and it doesn't matter if it's Facebook or a hyperscale or even getting down into advertising kind of companies, it's this move from I used to do everything in batch to now I do it in real time. And when you think about the pressures of real-time video delivery and capturing and producing it out, the things that you're doing here on theCUBE, amazing technology that can produce this, get it out to the masses and beyond systems immediately. But then you take that a step further and you say, okay, I actually have to drive a car or steer it around the streets and react to different traffic conditions.  And it's that real-time-ness that we see as probably the most exciting part of what open compute is all about and where it comes together. Yeah, when we deal with the large hyperscales, it's very easy to fall into the trap of just, you know, have a very sort of meaningless, what I feel is a meaningless conversation around cost per gig or cost per IOP or IOPs per BTU, God forbid. And it happens. But we're really working really well with three-fourths of the big super eight and getting into those deeper conversations where it's 26, 30, 40 months down the road, where they're trying to solve some of these bigger problems. And when we have those deep dive engineering conversations, I'm blown away by this whole idea of the internet of things, how we haven't even begun to scratch the surface on big data and the need, every single one of those applications has to have instantaneous access. And I'm sorry, but spinning media just doesn't cut it. It's just not gonna get there. I mean, one of the funny things, I was thinking about this the other day, if you opened up a server or any compute device, really, and you looked at it, I think there's only one thing in it that would be recognizable from a machine 20 years ago or even 15 years ago. And it's this one little platter that spins around. You know, and I just keep questioning myself, the processor doesn't look the same, the motherboards are different, the memory, everything is so dramatically different, yet we're still spinning media inside them. It's kind of baffling. And so, we take it as a big challenge to get the cost right, get the technology right and move us forward. Yeah, I mean, I think conversation we've had with most users these days, it's not, you know, why flash, it's where, how much, how fast can we adopt? And we're definitely seeing that. At this conference, you know, not only is the discussion of open source, but it's all the partnerships that are happening. You speak too. I mean, the storage industry isn't really well known for open source, you know, partnerships kind of come and go. Yeah. You know, talk about that aspect of what's happening. Sure, I mean, you know, nobody can do it alone in the enterprise. And, you know, that was, you know, Bob, Mark and I have come from pretty varied background working at some big companies who were pretty big in storage as you have yourself.  And so, you know, as we look at this, we're spending, in fact, even coming up in through April, we're doing some pretty exciting announcements coming forward about how are we partnering in trying to grow a bigger ecosystem? And so, we're a huge actually, proponents, I guess, of the OCP model, which is due collaboration, we'll move these things a lot quicker. Some of what we're really focusing on today is, you know, if you think of flash, we treat flash like spending media. And that's not necessarily very optimal because it isn't spending media. We do that for interoperability and ease of use and deployment. But so, we're doing a lot with our software brethren to say, all right, how do we actually strip out some of those layers of abstraction that we've done for convenience sake, but actually, you know, really lower the amount of benefit you get out of using memory technologies in general. And I kind of think of it like, you know, anybody's laptop, you know, we all know and can look at the specs and say, you know, an SSD is 100 times faster than an hard drive. But your laptop's on 100 times faster when you put an SSD in it. Well, there's a lot of layers of stuff in between, same thing in the data center. So we're working really hard with a lot of the really key open source partners as well as kind of industry standard commercial software players to see if we can't break some of those barriers down. Yeah. Now, if you look at everything we make, we make a lot of stuff, but the main two things are NAND and DRAM, so volatile and non-volatile memory. Everything we make requires a server. So, first and foremost for me is make sure we're very close to our server brethren. And I don't care what form that comes in. We love them all, right? Because they need us and we need them. So from a partnering standpoint, we really do work hard with them to optimize architectures, especially going forward. And then beyond that, you know, software defined X, whether it's networking storage, data center, you know, inevitably, if you're going in and not talking about speeds and fees, but actually talking about workloads, the software services layer is going to come up. Well, we don't do that. So we have many partnerships. VMware is one of them. Where we've got some very interesting announcements that we're going to, as Eric mentioned, we'll be announcing on April 12th. All right, so we're looking forward to the April event. Just for our audience, you know, people probably know Micron because they might have opened up a box and they see your logos on there, I know. And I see your stuff everywhere. You know, when we think of Micron, what's the brand? What should we be thinking of Micron as to how you fit in the ecosystem? You know, we have a really long history of innovation through memories. Now, you know, memories and traditionally have been pretty commodity. And so, you know, that's one way to think of us. But when you start moving forward into this open compute model, really it's the innovation we're doing with things like 3D Crosspoint, where we're now taking memories to the next level. Certainly what we're doing in Flash and DRAM kind of comes along with those too, but really it's going to start being the innovation that becomes the cornerstone for, I think the server technologies of the next generation. And therefore the application technologies. And so, you know, we're definitely interested in being a greater part of the value chain, working more with the partners as you described, but taking that innovation direct to customers in a way that I think Micron hasn't done before, so that there is maybe a greater recognition of what's inside and the value that we're bringing. So I'm going to answer just a little differently. Being storage guys, we come to Micron and when people refer to storage as memory, we sort of, our skin sort of crawls. So I want to make sure we throw in from a branding perspective that Micron is a storage company, a very large one actually. And we sell a lot of, just however you want to measure it, dollars or terabytes out the door. So we are absolutely a storage company that as Eric mentioned with some crazy interesting stuff that's about to hit in the next 12 to 18 months. And it's going to enable applications that people haven't even thought of yet. So we're super excited about that. And again, sort of what Eric mentioned about partnering, we really are getting deeper, not only with the big hyper skills, but with companies that are looking for better, the ever sort of never ending process of looking for ways to optimize across what is a very complex polynomial equation of network compute and storage, making that all work together perfectly. And so for me, the brand recognition that I hope to achieve, where we came from for 37 years as just being an OEM provider, we're going to keep doing that. We're not competing with our OEMs. Any demand we create, we pull through those OEM channels, but we want to also be seen as a company that's out meeting with end users and talking to them specifically about what their needs are, not just today, but next 12, 18, 24 months. All right, well, Eric and Mark, really appreciate you joining us here, the open compute project, exciting stuff going on, storage, kind of the big challenge as Facebook said, to tackle and a lot more to look forward to. So we'll be right back, lots more coverage here from OCP 2016. This is theCUBE. Thanks.


I found this printable papercraft Mr. Universe van online at a site called Paperized Papercrafts. The link is in the description below. I brought it in the photoshop and blew up each element to the size where the length of the van just fit into an 11 by 17 piece of paper.  I couldn't do that inside of course I did that out in the garage and after letting them dry for an hour I brought them back inside and started cutting them out. Now you'll notice each piece has tabs built into it but I'm cutting out extra tabs on the edges that don't have tabs already printed on them. You'll see why in a minute. Since this was printed out much larger than it was designed I felt it would need extra support rather than just glue or tape so I decided to design my own system of tabs to insert into the joins. You can see me drawing the tabs here and then cutting them out and cutting the slots with an exacto knife and then methodically sliding them in. Once the roof was attached to one of the sides I was immediately impressed with how sturdy the join was. Then I attached the other side to the roof and it was at this point I realized I wasn't going to need glue at all. This system of tabs and slots was going to work beautifully. Creating the tabs and slots for the front and back pieces were a little more complex because they have uh because they are not flat pieces they have some folds in them so it was a little more complicated but not much. This was a surprisingly easy process. Now I'm slowing down to actual speed so you can see me inserting the final slot as I'm assembling it and there it is full 3D surprisingly sturdy. I'm not having to be delicate with it at all and it's beautiful. Now you're asking why did I need to print it out super large like this? Allow me to demonstrate. It's my freaking cosplay.


Hello everyone, I'm Eson and Raimi and postdoctoral research and I'm working in the Department of Computer Science. I'm telling you about our paper that is accepted to PKC 2022. For the rest of the presentation, I will turn off my video since I might cover some part of the study. All right, so OAP is a transformation that uses two random variables and partial demand one-way permutation to obtain and distinguish your CCA secure encryption scheme. How does it work? In order to encrypt message M, we append a 0-bit string of length K1 to M and choose randomness R, then we query G on R to get G of R and XOR with the message. This part is called S, then we query H on input S and XOR with R, this part is called T, and then apply it on input S and T to get the ciphertext. How the decryption works? We use the inverse of F to get S and T and then H of S XOR with T gives us the randomness R and XOR in S with G of R gives us the message back. But what is in distinguishable CCA security means in a random local model? Possibly you are familiar with this security notion, so I briefly explain it. Here both adversary and challenger have access to random local adversary, given PK has access to decryption queries, also and later the adversary outputs two messages to M0 and M1. The challenger encrypts one of them randomly to get CSOR and sends CSOR to adversary and adversary's goal is to guess which message has been encrypted. Obviously, adversary is not allowed to ask for decryption of CSOR because sharing the adversary can get, can obtain B with the probability one. If it's allowed to make a decryption query on input to a CSOR. How security proofs are done usually in the random local model. So the assumption is that there is a public truly random function that all parties including adversary can decrypt. And in the security proof usually list of inputs and output queries to random local is needed. And also we need to adapt to the change the random local in the security program or a program random local in the security proof. I'll give you, I give you a reason why we need to consider quantum random local model. So since in the real world applications, the random local will be replaced with the cryptographic hash function. And the code of this hash function is public. The quantum adversary can implement this hash function is quantified. So we need to consider the proposition access or supposition queries to the random local. The second argument may not work too really because recording quantum queries are not possible in general due to no quantum theorem. So this this parties is difficult to hold the quantum case. The third property, or that adopting adaptively programmed random local might not be obvious as well since the single superposition query can contain all the inputs outputs of random local and the programming random local, otherwise might not be possible. So let me say make such a query and then we try to change the output of random local in one specific input or a program random local. Then this might be the technical that say since it has been created for existing research prior to our work shows that a modified OAP that is called Q OAP is in this thing which you see here in the quantum random model. Q OAP uses an extra random local in this way. So it's almost the same as OAP accepting the Cypher Texas C2 that is obtained by querying a new random local H prime. So querying H prime input S and T gives us the second type of Cypher Texas C2. This extra random local is needed to overcome the recording barrier in their paper and it has been used for extraction of S and T in the security proof. For the third challenge, one way to hiding them has been used that is it's a tool to to overcome the third challenge. So we improve the existing result in two fronts. First we show in this thing which is QCCA security that is a stronger than this thing which is CCA. Second, we show the post counter security on modified OAP and the technique that the techniques that have been used in our paper chapter is recording technique and it's follow up works and gentle measurement. So what is in this thing which is a security in the quantum random local model. It's shown in this slide. The quantum adversary here has superposition access to the random local also the decryption local. And adversaries goal is to get the bit of it. I will explain this quantum masses in the next slide. So canonical way of query the classical function H, the classical function H or implementing H. Quantum can produce to prepare two registers one input register and one output register and then the basis is stated cat x and y goes to cat x and y x or fx. So evaluation of f on input x is stored in the file just for decryption queries is similar with the difference that if the challenge query C star is defined and submitted as a query the decryption query as a decryption query, then the decryption standard local returns but so it doesn't doesn't decrypt the C star and C star is classical so this unitary is defined is well defined. I give you very short introduction to the compressive standard local of course I'm not the right person to present this and more for more information is available in the original paper. The goal is, if I want to summarize as properties is efficient with the source input and output of queries in a shared database shared I mean it's shared with adversarial local as perfectly in distinction from the standard. The high level idea of the CSDO this representation like details and it's not. And in this representation, the implementation is not efficient it just to build intuition behind the CSDO. The standard way of considering the quantum random model is to the local choose a random function from the set of all functions and the answer the queries with the unitary use of H that is like standard way of implementing H on a quantum computer. The other perspective is that the Oracle puts uniform superposition of all functions in his private register and answer the query. As shown in the slide. These two perspective or are the same since if first I measure the Oracle basically Oracle measures the it's private register perspective to then it gets the same ensemble of quantum state as the perspective one or you can say that one. One is the purification of the other one. If we apply qft quantum fully transform. On why is before and after. query. We'll get the face or with the change of notation from a random function edge to its truth table and considering the point function and piece of exit why. Well the point function is a function that like piece of x and y is a function that it's why input x and it's zero elsewhere. We will get the state showing the slide differences has been shown by the blue color. So if the local applies qft on his priority just said the point function is stored in the Oracle state. In other words, the pair x, the pair x and y is stored in the Oracle just. Yeah, of course this is the high level, high level idea of the CSTO and its original original original representation and definition is quite different from here. But at the end, we will get something like this that there is a database. There is a share between adversary and Oracle, and the queries are stored in this data. Basically, the data was entangled with both parties. I'll give you the overview of the proof. So we start with indistinguishable PCCA game in the quantum model model. Then we introduce a sequence of, or indistinguishable games to reach the last game for which the success probability of that series is half. And that finishes the proof because the games, basically the games that were introduced or indistinguishable and the last game of the success properties have so we get the overall probability of winning that winning the game indistinguishable PCCA game is one half plus negligible. So game zero is indistinguishable PCCA game in a quantum model model. The first time is for assigning the random elements and the rest is the attack in which a wants to guess the B2B that it shows in random. In game one, the random local H is replaced with compress the sample H and random local G is replaced with the random injective function. Since these replacements are indistinguishing for a for a full time quantum and we say then to do two games zero one or a single. In game two, we replace the normal decryption local with a new decryption that is called you deck one use up the one for any decryption queries first applies the purified measurement and the edge. And then it applies a normal decryption of you deck of inverse and applies the empty edge, the purified measurement mdh again, the purified measurement mdh search for for for a database of edge for the pairs of pairs of s and h h of s such that the diagram in this line. So in other words, the, in other words, the mdh uses the inverse of F to get only T. And then, when getting T it search for the database of the edge, just to find the pairs of pairs of s and h of s such that. The T x or h of s x or with s gives us the zero, the biggest thing of zero here. So basically, for the pace that the decryption succeeds. There is such a there are such as then the smallest s will be the output mdh and if there is no such as then the output mdh will be at two games are indistinguishable because m sub the edge. And the decryption of the deck of inverse almost commute your to your due to a recent result. And, and because mdh is an evolution. So if we commute one of one mdh with you deck of inverse then they will cancel out and we will get the you deck of inverse. So these two games are indistinguishable. In game three we replace the random local g with the compressed standard local g. So CSTOG. And obviously game two and two are indistinguishable because of the genre so CSTOG and standard local g are indistinguishable. Before we use a new decryption it's called you deck two. And then the first this new decryption first basically applies to purified measurements that mth is the same with the previous aside, and then you provide measurement mdh that search the database of the g. So the purified measurement mdh is searching the database of the g for pairs r and u of r such that the diagram in the side holes in other words it uses f inverse to get s and then it search over the database of the g to find g of r such that XOR with s gives k1 bits of 0. So in search it basically it uses inverse of f to get s and then search over the database of the g for pairs that decryption succeeds. The output of mdh will be the smallest r and if there isn't such r then the output will be empty. So two games of three and four are indistinguishable because of recent results that mdh and u deck have inverse almost commute and since mdh has an evolution then if we commute they will cancel out and then we will get u deck one. We change the decryption rule further in game five to get a new decryption rule named u deck three. This new decryption returns bottom if at least one of the measurement mdh or mdh is not successful. Otherwise it executes the normal decryption rule. So if both measurements are successful then it executes the u deck f inverse. The higher intuition why game four and why we're indistinguishable is because the adversary is not able to output a valid cyber disk with high probability unless it executes the random local queries. In game six we use a new decryption rule in which it only uses database of the h and dg for decryption. It doesn't use f inverse anymore. So how does it work? It sets over the h and dg to find pairs s h of s and r g of r such that c is equal to f of s and r x of h of s and g of r x of s gives us a one bits of zero. And if both condition holds then the n most significant bits of g of r x of s will be the output of decryption. So this decryption doesn't use the inverse of f at all and it checks if there are pairs of in a database that these two condition holds. It's not difficult to see these two decryption turns the same up because the pure pure five measurements and the h and dg also looks for such a pairs in a database. And once there are such such a pair is then basically the output of u deck f inverse and and output of this new decryption or exactly the n most significant bits of g of r x of s. And finally, in the last game we measure the queries random or g when the projected measurement m or a star. So the output of the measurement is one if if the post measurement is our store and otherwise it's zero. If the output is one. One of the measurement is one. Then we are bored return random bit. Otherwise, we can see. So this is the way to prevent adversary to to query the or assault the random or glitch for to show that game six and seven are in distinguishable for the queries before the challenge query, we use a gentle measurement and for post challenge queries we are in use. We use it, we use it to the portion of the one way in some of the notation F. So, like, with another bits and adversaries that distinguish these two games we construct and we say that breaks the security of the presentation. Now, here, the decryption queries are answered with the only database of the H and the G so it doesn't use the rest of F. So the reduction can be done, because of this, because every way we don't, we don't need the the basically the secret key to to answer the decryption queries. The only final step is, since the success probability of the adversary games, seven is one or two, and the games are in this single show the proof is complete. So the success probability in 70s is one or two, because RSR and subsequently Joke RSR is basically that they are a random value from the adversaries perspective so the B2P is hidden information to what if you from under the city. So GSR. Geo G are a star. Heights. And being zero pay. And beside the theoretical importance of our result. This, this answers to an open question posted in the entry submission, one of the finalists of the needs competition. Thank you a lot for the listening. Thank you.


The recent trends and the interviews which are happening in 2023, we see that the focus is completely on the role in US and there are many interviews in which no questions are being asked about the India role. In fact, the visa officer starts the interview directly by asking about the role in US. The typical questions asked here are, why is your company sending you all N1A or N1B, which is another way of asking what's your role in US? Why you for this role? Why not someone else or why not someone from the US office? And what will be your salary or your income in the US?


Welcome to this beautiful day in Columbia, South Carolina as we celebrate the 21st Mayor's Breast Cancer Awareness Breakfast as better known as the Isabel Law. Thank y'all for being here with us. Incredible named after an incredible person dedicated and put more passion serving advocate for folks battling breast cancer not only from nine to five but from five to nine. She was there all the time weekends and nights with everybody holding their hand and it's just an incredible role model for us on how important it is to be part of the community. As we've been moving around the city talking at our town halls talking about being a piece of the puzzle. Isabel Law was the original piece of the puzzle. She touched more lives. See y'all skip. Let's let's give her a hand because I know she's watching making sure that we keep moving forward and we keep supporting the patients and in their journey and just so you know the history behind it. Miss Law helped over 5000 cancer patients in her time. 5000 people she touched.  She took it to her mission was to educate to support and to continue to uplift both women and men battling cancer. As you know, breast cancer affects so many lives as we're all here. We've all been touched one way or another by breast cancer. Either a family, a colleague, a co worker. My mother in law passed away from breast cancer. My sister in law is a survivor. Two of my favorite people here in the city are breast cancer survivors. Miss Hammond and Miss Shanique Belton. There are two true testimony on that we can beat this and we can do it together and we're going to continue to do that. And I think that's one of the most important things that we remember about Miss Law. She was positive. She always went into everything is we're gonna fight and we're gonna fight hard. And we're gonna beat this and we're gonna beat it with pride dignity and let it know that pink wins every time. But as we know it breast cancer affects so many lives and why it's so important that we keep investing in the latest technology for detection, but also reminding people that you need to have your checkups. You need to get your mammograms. You need to do everything you can to prevent breast cancer and early detection saves lives. We lose there. We lose it. There we go. But I also think it's very important that I want to thank the committee. Well, the committee stand up. If you're sitting down or rave your hands. These ladies work hard to make sure this thing happens. And they really want to see me in a pink suit. So if you got some extra coins, change checks, then mo we take it all. We'd love to get there and be on William beat me to the pink suit if you haven't seen William stand up show him what I'm gonna look like. I don't know if I can get the shiny shoes like he has but I definitely can get into the suit. But we're excited to be here again this year celebrating. But I would like to ask Miss Saunders from Prisma Health from the development team to come up and say a few words. I know the executive director couldn't be here this morning, but he did brand leave a check. So that's okay. We'll take his mind. Thank you, Mayor. I recommend we're just so excited. It's a joyful morning to be out here. Raising awareness about early detection of breast cancer. Why that's so important. Thank you to the city for your just continuing to make this a priority every year. It is something that we're so proud of to be associated with Isabella's legacy. She was the very first nurse navigator for what was Palmetto Health Breast Center and is now Prisma Health Breast Center. And that is a program that is supported through our Walk for Life and famously hot pink half marathon which is coming up next Saturday at Segra Park. So visit walkforlifeplumbia.org and get registered. And we hope that we'll be out there next Saturday with all of you. Thank you so much. We look forward to seeing everybody at the walk. It's another great way to support our campaign against breast cancer. But we're blessed today because Miss Law left us with some beautiful daughters that are here today. Miss Monique Law, Miss Tamara Law here. I don't know if y'all like to say a few words about we've got a designated speaker I can tell they already flipped the coin. They had already flipped the coin. And so would you like to say a few words about your mother and her fight? Thank you all for coming out here. You know, our mom has been gone for 15 years. But just to see her impact and her legacy still going on in the city that she loved and grew up and was born in still honoring her. We just thank you all for this. You know, as we continue to raise money and talk about it, but we also have to talk about the reality that each year 240,000 cases of breast cancer are diagnosed in women and 2100 in men. About 42,000 women 500 men in the US die each year from breast cancer. We are going to beat this at some point, folks, but we're going to do it by that we're not going to give up. We're going to continue to fight in memory of our our family members who we've lost in memory of people who never gave up who supported folks like Miss Law, who we can't say enough for because she was such an inspiration for everyone. But she was there in every moment with folks and that's what we got to do to beat this. We have to do it together. You cannot fight it alone as we as a group of family Colombians coming together can make a difference. So if you haven't seen your friends, your colleagues, your coworkers here this morning, everybody's got a cell phone. I want you to get on your phone right now and dial them up. Tell them we got eggs. We got bacon. We got pancakes. We got food trucks. They need to come down here and spend money. We got another hour to go. So let's sell it out because I want to be standing on Main Street with pink hair and a pink suit wearing a sign that says thank you. Thank y'all for being here. Thank you for your continued support. And I hope that each and every one of you will continue to join us and continue to bring awareness to this disease that affects so many lives. I just want to say it's interesting that first off my name is Sherry Norris. I am the owner of Alayla and Alayla Cancer Society. It's interesting being surrounded both sides by Isabel's daughters and then by Pimento Health because it actually brings it all full circle. So Isabel Law when we first started, we do breast prosthesis, brasomus and post surgical camisoles for breast cancer patients after they've had their surgery. And actually it was Isabel that was like, girl, we are going to get you into Prisma because our patients need you. And she fought as an advocate for her patients to make sure that mastectomy bras, breast prosthesis and camisoles are made available to her patients. And so through that, through the walk, the walk actually pays for post surgical camisoles for after a woman has had a mastectomy. So each woman that's had a mastectomy at Prisma Health gets a post surgical camisole from the hospital. And we provide that to the ladies through the hospital. So it is, it's great to see it full circle. And so we are out here in the community today, we're passing out our pink bracelets just to educate. Our education is so important for those ladies that have been diagnosed. A lot of ladies have no idea if that they had a mastectomy or a lumpectomy or reconstruction that their insurance will actually cover them to get bras and a prosthesis to make sure that they're balanced out. Because even after a lumpectomy or reconstruction, your needs are still a little bit different than they were before you had surgery. So your insurance does cover that kind of stuff. And so if you are underinsured or uninsured, that's when our nonprofit picks up. So no matter who you are, what your financial situation is, when you walk through our doors, you're going to walk out feeling confident, balanced and whole. So just reach out to us and we will help you with your journey. And we look forward to seeing you. And thank you so much for having us here and spreading the word.


Hey guys, I would say how are you today because I normally do but I Think the answer is going to be same no matter who you are where you are. We're all stressed out, right? Kids are home from school for a good bit and in between e-learning and Not being able to hang out there with their friends are probably driving you crazy This video is made for kids. It's attended for kids It's safe for kids. I will let you know that You kids out there that are watching before you Do this that you're doing it with your parents permission That you're not using any tools or supplies or materials. You're not supposed to without their permission That includes Markers crayons scissors, whatever it is. Make sure you have mom and dad's permission. Okay? So for those that don't know I For the parents out there that are watching with their kids. I was a daycare provider In-home daycare provider for a long time From about 1995 to about 2003 or so I actually try to figure out the exact dates for you all but yeah, it was so long ago. I have no idea So in the description below I've pulled from my old backup files of my daycare website Yes, I did have a website even back in the day I pulled some Craft ideas and homemade Supplies if you will recipes and I put them into a PDF document and I will link the Document in the description below should YouTube allow me to With these made for kids videos, I have no idea But I will link the document in the description below if I can and if I can't you can go to my Facebook Group a life of art and self-expression and they link to the document will be over there for all to use and share and print and Reprint and do whatever you want with in The meantime we're gonna work on some quick little ideas of some things that you all can make at home and You're going to need This is with simple tools.  I've got some different kind of crayons these are actually the kind that you get when you go out to a restaurant and Your kids get the activity kit Fun fact, I may be a grown-up, but I like the activity kids So anyway, I have some different kind of crayons. I have these I have some Crayola twistables. I've got some Crayola markers. These are the metallic ones use what you have you may have different things in me I've got a few Crayola Are they Crayola? Yeah Crayola Mini colored pencils. I've got some regular pencils. This is one from Ikea. You know the free one I've got a plain old pen Now I have a water brush and a paint brush you all may not have that so get a q-tip if you have like a q-tip maybe a little bit of water Popsicle stick maybe a couple of little sponges again ask mom and or dad What they have that you can use and Do this with their permission and mom and dad Probably some of this depending on the age of your child should be done with supervision. All right I have some masking tape, but any tape and I've got some newspaper And I've got some colored paper Okay So the first thing we're going to do is take these these are just scraps of white paper Any paper we'll do you could do paper with the lines on it binder paper that would work I'm going to take a pen.  So these are some that I've done already I did eyeballs noses lips Things that could be used for eyebrows circles flowers dots Arrows you get the idea, right? Okay, so I'll show you real easy stuff And don't say to me or yourself. Well, mine doesn't look like that. It doesn't matter just draw and it could be Um messy it could be Neater, maybe you're a better artist than I am and you can do really fabulous stuff. Cool.  You can draw an eyeball You do kind of a shape like that and then do These two sort of half moons in the middle and do a circle And put this like line above For the eyelid. This is the pupil This is the iris the colored part of the eyeball This part is the white part of the eyeball, which is called the sclera. Okay And you have that pink part, right? Which is usually like right here And if you're going to do eyeball and you're going to want to do two of them because you're going to want to put a face Then you have to do another one. They don't have to be exact What is it the beauty gurus say when they're doing like their eyebrows sisters not twins? So just kind of close For you parents out there, this video is not monetized. It's not going to be This is to help you all out in this stressful time that we're having Give the kids something safe to watch on tv something to do Okay eyebrows We'll do a nose. So You do this kind of funny shape like this and then do This and then do another one on the other side and let's do some lips And don't draw your shapes too close together Those lips are probably a little too close to that arrow, but we'll make it work Yeah, something like that Once you have your shapes in either again pen or pencil Then I want to take you to take your coloring implements And I want you to start coloring things in so I'm going to grab this light blue Colored pencil and I'm you notice I'm coloring with it on the side So I can get a more even coverage of color Okay, then I'm going to take um one of my crayons And I have this like green as your blue color and I'm going to go around the outer edges Of the iris the colored part of the eye Now in real humans The outer edge of your iris is darker than the center part If you look in the mirror You'll see that I'm going to take this even darker purpley blue color a little bit of that on here Okay, and then the wax the crayon's going to leave if you feel it it leaves a little bit of a waxy finish, right? So I want to really push the crayon into the paper or get rid of some of the excess wax So I'm going to rub over it with a popsicle stick The picture's going to shake a little bit because this makes the table shake And then this will allow me to more easily go over the top of that crayon with other things Which I normally would not be able to do because waxy things don't like to be drawn over the top of I'm going to take this is just this is a mechanical pencil But you could take any pencil and I'm going to just add some shadows to the top of the eyelid where the eyelashes would be to the corners of the eye Take one of my markers and a Paint brush that this is one that has water inside of it, but you could definitely do this with a q-tip I'm going to put a little bit of this marker On my eye and then I'm going to right away go in with my brush And look what happens to that crayola marker It dissolves in the water And gives you something really interesting, right? And the idea is just to have fun with this and make some shapes Again, they could be any shape There's no rhyme or reason. There's no rule Do what you think you feel like doing. I really like playing with these markers with water because they really Give an interesting sort of watercolor effect right So I am going to color the rest of these I'm going to fast forward through that and we'll be right back Okay, now if you're old enough to use scissors then this next part's really easy for you But if you're not old enough for that, I do have an alternative um, and I want to say that if you have access to paints again with your parents permission Um, and making sure that you're not making a mess for mom and dad You're again doing it with their permission. You could color these in with paints Watercolor paints or something like that that would be cute um, so If you have scissors, you can just cut these out of this piece of paper if you don't have scissors Then I kind of recommend that you Um, tear them out now you can use a paintbrush, but you can just use a q-tip. I think It's been a while since I did it this way. You want to get the paper wet around drawing Now the wetter you get it the easier the paper is going to tear Only where you want it to tear So can you tell that that's wet there? Okay so paper is going to um, take the easy way and it's going to tear where it's wet and weak And you notice i'm putting my finger over the design. So just in case It decides to tear a different way. It doesn't tear my design and I have something like that, right? So i'm going to do the rest of them And I do with my own I was going to say what I do with my q-tip, but it's right in front of me Now if you have a paintbrush you can definitely do this with a paintbrush.  That's good Don't use any paper materials or supplies that aren't Okayed by mom and dad And I know i'm repeating myself about that But you know Our point is to do something fun and creative and not get in trouble with mom and dad, right? Now the only trouble with doing it with water instead of scissors is some of your Marker if you've used marker might reactivate, but i'm okay with that Now if you are keeping an art journal or a diary You could definitely use these shapes as embellishments in your in your journal It's a good use for them if you're doing scrapbooking Or some other kind of papercraft You might be able to use these and and or this idea Making your own embellishments Especially right now when we can't go outside to go buy stuff, right? Or at least we shouldn't be going outside to go buy stuff because we should be all staying home. Okay So now we have our stuff A little pile of it Right, okay, so now we're going to take some colored paper And I have colored cardstock You might have something else at home. You might have construction paper or something like that. Use what you have It could be plain white paper. It could be Paper from mom and dad's printer Again, use what you have I think i'm going to grab this purple one This is a small piece of paper. I think it's four by six. I'm going to fold it in half I'm going to pick some of my shapes And I think I made these squares yesterday There's one more of them in here somewhere. I know there is Square, square, where are you? There it is. I see it.  I do think I'm going to put the squares Actually, before I put the squares, I'm going to take some of my masking tape I want to put some tape on there. I got to find the end of the tape and and where are you and Hmm Is there no end? Oh, oh there it is. Got it Okay, so I'm going to take some of this tape. I want to put some tape on here I like the texture of the tape. It's not about because I need to like tape the thing down I just like the texture of the tape.  So this is a way for you to practice your writing and your spelling, right? So I'm going to write hello So how do you spell? Hello H e l l o right You could write it in cursive if you're practicing cursive do they even still do that in school? I don't know Or you could just print it So h Then we're going to use some more glue and put that on Now once that's dry You can grab an envelope And write a little note to your friends one of your friends on the inside And write a note to them Say, you know, hello, I miss you. What are you doing? How are you? Um, you know getting on I'm you know enjoying making cards and playing with you know, my xbox Whatever it is make write a note to them and sign your name and ask them to write a note back to you and start a pen pal mail with them while you're home you can send them Little notes with of course mom and dad's permission because you're going to need to get a stamp from mom and dad So that's a safe way to communicate In an old-fashioned way with your friends send them a note The other thing that you could do with these is there's a lot of people that are sick right now There's a lot of people that are sick in the hospital right now So you could write them a little note About you how you hope they get well soon That you're thinking of them and then you could have maybe mom and dad Mail these to the local hospital. I don't advertise Going over there to drop them off. I think that's a bad idea right now But you could send the notes to a local hospital. You could even call The hospital and ask them where that you have some get well notes for their patients in The hospital and where can you send them to and get a mom and dad can mail the notes for you Um, these are cute little notes. You could also just make a whole bunch of them and when this whole thing is over You have little cards to give your friends for their birthday for Christmas you could do them for any holiday You could make one for mother's day and father's day. Those are going to be coming up soon.  It's a good way to kill the time and do something creative while you're home. Yes All right, that's it for today. Don't forget to like share and subscribe if you can I don't know I don't even know if you can but Whatever you can do this this video is not monetized So like share subscribe if you can and don't forget the most important thing go out and have a great day Do what you need to right now in this stressful time to do our part and help How we can which is stay home stay clean and stay healthy and Do something nice for yourself because you deserve it and I'll see you later. Bye guys


Hi everyone, Joe for Jaspy's casebreaks.com coming at you with a box of 2019-2020 Hoops premium stock This is the retail sell-o-pack edition. So we're doing a whole box of it. This is random team break number one So we're gonna do the break itself first. No vet commonship. You have a chance to win a $3,500 spot in our triple case break That right there our triple case break a case of flawless all All all 2019-2020 a case of flawless a case of NT and a case of immaculate with a Logo men bounty check out all the details on Jaspy's case breaks.com. Yeah, it's crazy All right, but we got to make you sweat it out because we're gonna do the break itself first big Thanks everybody here. There's all 30 teams right here. Let's roll it. Let's randomize it Five and a one six times for names and teams one two three four Five and a one sixth and final time after six We've got Rob down to Roy and let's assign you a team Five and a one six times one two three four five And six and final time Lakers down to the pistons So this break itself since the whole box of sell-o-packs could be interesting too Also, we got Rob down to Roy Rob Roy Guys remember that movie Liam Neeson alright Rob with the Lakers Louis with the magic Justin with the jazz J with the Nets Roy with the Mavs Brian with the Bucks Sean with the Hawks J with the Raptors Glen with the Suns Adam with the Hornets Louis with the trailblazers Jason with the Bulls Adam with the Timberwolves Jason with the gris nice Sean with the heat Matthew with the Rockets J with the Pelicans also nice Louis with the Clippers Robert with the Cavs Simon with the Sixers Derek with the Warriors Cody with the Nuggets Kevin with the Thunder Michael with the Pacers Adam with the Celtics Brian with the Wizards Louis with the mix Roy with the Spurs Michael with the Kings and Roy with the Detroit Pistons Let's sort this by column B All right any any trades? I don't think I've even seen anyone chat In about 20 minutes, so people are just kicking back and relaxing Maybe they're cold Guess it's a lot of snow around the country. Maybe they have mittens on hard to type All right, no trades then all right TWC trade window closed Let's roll There's the final printout right there, and there's the hoops premium stock box We got blaster versions of this in the store right now You want to check that out or separate those out? Good luck everyone Yeah, I see that James Harden leads net to 24 point comeback Actually, I actually switched away from that game thinking that it was just that it was just over I was like Sons are cruising No KD. No Kyrie No CC bus one I actually didn't see it. I fell asleep. I just I fell asleep It was like five sets you would have been up forever. I think Nadal even won the first two I want to say first two sets of the five and then just fell apart Yeah, we got we got Serena and Osaka tonight. So that should be fun. We can actually watch that EA what's going on? How are you packs inside of packs? Making the stacks Think a lot of people want to try certified EA when we get it on Friday Unfortunately due to weather delays in Dallas and the North Texas area a lot of people I think some people did get their cases, but a lot of people also did not get their cases of certified and and a cup hockey So I think we're expecting to get our stock in on Friday Which probably means limited football for Friday will also be delayed Maybe to next week situation is a little Little fluid at the moment. No, no worries, man. It's it's it's an annoying situation, but what are you gonna do weather? Okay start Here we got Luca Donchich There's a Zion Kevin Durant Mike Scott Nox the Tribute Zion Williamson rookie card going to Jay goings and Pels now vet commons don't ship in this but LeBron's second-year Luca Donchiches Yannis's will ship obviously Parallels will ship. There's a Yannis right there nice RJ Barrett rookie card These silvers will ship green will ship Julie's Randall playing some good basketball Those greens are not numbered and that's an insert so that'll obviously ship Yeah, that's that weather in Texas. That's what our distributors were saying that that Texas North Texas weather just jamming us all up It's RJ Barrett Playing some solid hoops these days. They are Smith for the Lakers. There's backstage Luca just kind of cool There you go. I see you Luca Donchich's cool jacket. I like the The ice that he's sporting there Hachimura silver Bowl Bowl Siege of a column blue That'll be for Denver. That's gonna go to Cody kind of heroes pretty solid There's another Luca You know EA. I was if you're still listening. I was like I was thinking More about that Jared Allen thing you were talking about now that AD is out for At least a few weeks probably more Now I wonder if if there'll be more There'll be more steam on Jared Allen, maybe to the Lakers For the Lakers will figure something out although they Looked okay without AD against the trail against the Timberwolves that is there's a nice city LeBron James I think these cards are pretty sharp. They're a gross Michael Kidd Gilcrest with these Tybal Green Lonzo Donovan Mitchell Damian Lillard Luke Knard and a backstage pass Yanis onto the Compo That's how he rolls backstage All right now your bonus packs Which look like velocity pattern cards there Remember folks. We got to do a few more of these To unlock that big triple case break. So the next one is already in the store on Jasper's case breaks comm go and check that out All right. Good luck here. You're all obviously all of these are going to ship But let's see if we can find some of the top rookies here How Horton Tucker to me is a top rookie as a Lakers fan this goes to Rob We'll get a lot more minutes without Anthony Davis in the lineup. Do we like do we still like Lugans dork? We have a really great bubble That's for okay. See Kevin Mendoza Dean Wade not Dwayne Wade Dean Wade Scofield Trey young Kevin Knox and Eric Pascal back there. All right There you have it now Let's randomize all of these names Let's see who wins a spot in that big triple case break the triple header Sean Down to Brian and everybody in between has a shot Good luck. Let's randomize that a hard 10 5 and a 5 name on top wins a $3,500 spot right there It's gonna be pretty nice after 10 good luck 1 2 3 4 5 6 7 8 9 and 10th and final time. So we got one really happy person 29 sad people my apologies to the sad people. We'll get him next time My apologies to whoever's in the two spot. That's gonna be kind of brutal Sorry, Cody But big congratulations to the name on top. It's gonna be Rob Clemens Rob For a fraction of the price you're in that triple case break with bounty opportunities as well It's gonna be nice. Check out the details on Jasper's case breaks calm. I'm Joe. I'll see you next time for the next one. Bye


Blair of the Mounties, a story of the Royal Northwest Mounted Police. We present the second part of the Hamilton Mystery, being the ninth episode in the dramatic series, Blair of the Mounties. Inspector Blair, on leave in England, finds himself plunged into a murder mystery on the second day after his arrival. Blair's sister, with whom he is staying, is the wife of Colonel Markham, newly appointed Chief of the County Police of West Hamptonshire. The murder of Sir John Hamilton, President of Associated Chemicals, causes a tremendous stir in the sleepy little old English town of Barmenster. As the news of the murder spreads through the countryside, Blair forgets all about holidays and goes after a solution of the mystery. As our scene opens, we find Blair, Colonel Markham, and Superintendent Cota discussing the crime in the library at Hamilton Hall.  And I tell you, you don't know what you're talking about. I've been in police work for 30 years, and I say she done it. Just a moment. Aren't you forgetting yourself a little, Cota? I ain't forgetting my duty, Colonel Markham. He's the friend of yours, Inspector Blair. Well, he's got no right to come a button in on this year's job. That will do, Cota. I asked Inspector Blair to assist us. He has a lot of experience in criminal work. Well, he may be all right in Canada, but this year's England, and conditions is different. Let's get back to business, please. I'm going to ask Inspector Blair to explain why he disagrees with us in the face of all this direct evidence. Well, suppose we start from the beginning again and go over the ground. I'd like to talk to that housemaid and the housekeeper as well. What good will that do with all the evidence? Why, it's simple enough. Sir John Hamilton was killed, wasn't he? We have two people who saw Lady Hamilton shooting. We got the gun she used and the bullet fits the gun. What's the use of going over the evidence? Well, Cota, I'll admit it looks as if you're right. Now, make your proposition.  Well, I hope so. Ever do any fly fishing? No. Never had no patience with that saw to work. Of course, I like to go fishing. I would use a worm myself. And when I get a fish on the oak, I just drag them in. No blooming nonsense about me. Yes, I see. But when you come to catching murderous Cota, especially with important people involved, it's very like fly fishing. You have to be careful. I don't get you. Anyway, what's this year's proposition? I want to talk to the maid, the housekeeper, and then the doctor. If I don't prove to your satisfaction that Lady Hamilton is innocent, then I'll leave this case strictly alone. That's fair enough, Cota. Well, it's up to you, Colonel Morgan, and I say it can't be done. Bring that maid in, McLean. Yes, sir. Come in, Jenny. You're the maid that was in the breakfast room this morning at eight o'clock, are you? Yes, sir. You saw Sir John Hamilton shot? Yes, sir. Tell me what happened. It was just before eight o'clock, sir. Sir John, he was standing out in the little court just outside the window. Could you see him plainly? Oh, yes, sir. All right, go on. Lady Hamilton comes along from the shooting gallery. She had a little rifle under her arm. Sir John, he always waits for her. Just at the same time? Yes, sir. Lady Hamilton, she was in an awful temper, and they start quarrelling. And I says to Milner, I says, there they go. That is a game. All right, what then? Well, all of a sudden, Lady Hamilton turns and walks away. And Sir John, he turns his back and stood looking out over the garden. And then? Well, we heard a noise. And Milner, he said it was a shot. Sounded more like the crack of a whip to me. And then Sir John, he staggers and falls on his face. Oh, it was awful, sir. Now, when you heard the shot, could you see Lady Hamilton? No, sir. She was out of sight behind the shrubbery. Oh, she never done it, sir. Oh, she wouldn't harm nobody. Yes, all right. That's all my claim. Oh, I know she wouldn't. You wanted me, sir? Oh, Mrs. Bevin. Yes, come in, please. Sit down, Mrs. Bevin. Thank you, sir. You're employed as a housekeeper at Hamilton Hall? Yes, sir. How long have you been in Sir John Hamilton's employ? Why ever since I was a girl inspector, I've been working at the Hall for 20 years now. Indeed. Now, Mrs. Bevin, I understand you told the police that you saw Lady Hamilton shoot her husband. Yes, sir. Where were you when you saw this? I was here in the library, sir. Looking through the window, I saw Lady Hamilton coming to all the house. And then I saw her turn.  And, well, she deliberately shot her husband. It's a dreadful thing, sir, but there isn't any doubt about it. Morton saw it, too. What did I tell you? Just a minute. Now, Mrs. Bevin, this is the rifle that Lady Hamilton carried. You recognize it? Certainly. Mrs. Bevin, I want you to hold this rifle. Just as Lady Hamilton held it when you saw her shoot her husband. Oh, no, I couldn't. It's too terrible. Come now, Mrs. Bevin. It's only a little thing. Just a matter of form. There. That's it. Thank you. Then Lady Hamilton fired from her right shoulder. Why? Of course. Did you ever see Lady Hamilton fire a gun before? Years ago. I often saw her shoot. But not since she had the special shooting gallery built. No, sir. And she always used to shoot from the right shoulder. Yes, sir. Thank you. That's all, Mrs. Bevin. Please tell Dr. Rutherford to step this way. Very well, sir. What's all the fuss about this year's gun? Did you look at that rifle, Colde? Did I look at it? What do you mean? Notice the wear on the woodwork. It's just opposite to what you see in an ordinary rifle. What do you mean, Blair? There's a rubber pad on the side of the butt for the cheek to rest against. It's on the wrong side. It's a left-handed gun used by a person who shoots from the left shoulder. Hi, George. Yes. Well, what difference does that make? This here butler in the housekeeper both saw her shoot her husband. I wonder. It begins to make their evidence look pretty sick. Well, me I don't know. She might have fired from her right shoulder even with a rifle like this. I'll admit it does look different, but I don't see it. That's all right. Please talk to Dr. Rutherford, sir. Oh, yes. Come in, Doctor. Have a seat. Yes. Thanks. How long have you known Lady Hamilton, Doctor? Practically all my life. You know Lady Hamilton well, of course? Yes. I've been her physician for nearly 15 years. Now, Doctor, I understand Lady Hamilton used to do a lot of rifle shooting. Then for some reason she gave it up, except for daily practice in a private gallery, always with the door locked. Why was that?  With what result? She practically lost the sight of her right eye. She's very sensitive about it, and it was a terrible thing to her then in another way. You see, she used to be one of the best shots in the country. You mean she hoped to regain her skill in spite of this affliction? Yes. That's why she had this enclosed shooting range built. She tried to learn to shoot from the left shoulder, but it was no use. Do you believe she shot her husband this morning? Well, it looks like it. I suppose it was just an unlucky chance. Ordinarily in her present condition, she couldn't hit a house. One of the servants states that she fired from her right shoulder. Oh, but that's impossible. She's nearly blind in that eye. But that's the key to this case, Doctor. I believe she's a victim of a frame-up. You mean that she didn't do it? I'm certain she didn't. But there's a motive that I haven't yet established. Ah, if there's anything I can do to help you... There might be. Tell me, Doctor, about this Mrs. Bevan, the housekeeper, would she have any grudge against Sir John or his wife, or both of them, perhaps? That's an awkward question. I'd rather not be forced to answer this. It may save Lady Hamilton from a trial. Very well, then. This, of course, is in confidence. Mrs. Bevan had good cause to hate Sir John, and she certainly had a grudge against his wife. And what grounds?  Sir John has an only son and heir, a boy of 18. What's that got to do with it? Everything. Sir John was the boy's father, but Lady Hamilton was not his mother. What do you mean? His real mother is... Mrs. Bevan. What? Even that wouldn't be motive for hatred. Not by itself. But the boy has never been told the truth. Mother and son have been kept apart since the boy was born. Hamilton was a very, very cruel man in some ways. Oh, thanks, Doctor. That helps a lot. I think we can tell Lady Hamilton. Oh, that's good news, Inspector. All right, goodbye, Doctor. Thank you. Goodbye. What an extraordinary story. It's like me pink. It ain't as simple as I thought it was. You still think Lady Hamilton did it cold-air? Well, no, I'll admit it. It don't look like it, no matter what the Doctor said. But if she didn't, who did? It couldn't have been Mrs. Bevan. No, it wasn't Mrs. Bevan. Then who was it? I think I know cold-air, but I don't know how it was done. So we're back to where we stopped. Not quite. Oh, McLean. Yes, sir. I suppose there isn't another rifle, that same caliber in the house? Not of that size, no, sir. But there was a rifle in this room. What kind of a rifle? It's a .303 Army pattern Leonfield. That's no good. Too big. That's right. It couldn't have fired a .22 bullet out of that. Unless what? Well, not unless you used a Morris tube. Job, a Morris tube, of course. Why didn't I think of that? We ain't found any tube. No, but I found part of it. That little screw cap that goes over the muzzle of the rifle. Remember, Marco? My George, yes. Rather fantastic. But it could be. Yet you'd have to find the tube itself. How are you going to do that? Well, I think the best plan would be to have the murderer himself find it for me, eh? Then we'd have the two together. Well, you see, help me, Bob. I never urged each nonce. Look, sir, tell me, this is no joke. I'm not joking. I can prove that to you. Well? All right. McLean? Yes, sir. What policeman have you on duty here? There's a man at the gate, one in the hoose, and another watching the garden. All right. Leave him on till dark this evening. And you stay here, too. Then take everybody off when it gets dark. He wants the idea. All right. I know what I'm doing. And another thing, Mac, when you take the men off this evening, tell Mrs. Bevan, we're going to make a thorough search of this house tomorrow morning. But look here.  No, not exactly. We'll all be back here at dark. Oh, what for? I want you to meet the man who killed Sir John Hamilton. Inspector. Yes? There's somebody coming up the path now. It's a man. All right. I'll talk to him. Huh. Good evening, Morton. Why? Why? Good evening, sir. Didn't know you was here. Oh, I'm just taking a look round. Is there anything I can do for you, sir? What have you got under your coat? Look out. Take him away. Get a hold of him. He's still out. The crime's up, Morton. The crime's up. We got him. I got him all right. And I bet me I only see her bloke all along. Oh, Jimmy, I'm simply dying to hear the rest of that story. How did you know Morton would be there last night? I knew he'd try to get that Morris tube out of the house before we searched in the morning. But what is a Morris tube? It's a long steel tube that fits into the barrel of an army rifle so that the smaller bullet can be used. There's a cap that holds it at the muzzle. I found the cap near where Sir John's body had been. Morton must have dropped it in his hurry. How exciting. See the report in the paper, Peggy? No. Oh, do let me know. Here you are. Gracious. What does this mean? Clever catcher of murder by Superintendent Coulter. Eh? Oh, dear. I knew that wretched man would steal the show. That's all right. I gave him that report myself. You're what? Best thing that will happen. There'll be no more trouble with Coulter. He thanked me with tears in his eyes. Oh, I see. Well, thank goodness it's Sunday and we'll have a nice quiet day. Sorry. I'm going out. Going out? But where, Jimmy? Coulter and I are going fly fishing. You've heard Episode 9 in Blair of the Mountains. Tune in for the next episode entitled The Cherry Hill Mystery.


SCP-583 is a Sony Color Collection 60-90 minute mini-DV videotape, its case composed primarily of transparent green plastic, details of the contents of the tape itself, as described by test subjects. Nothing on the tape for the first 12 seconds. 12 seconds. Playback of a recording of Sesame Street Live begins, although with no sound. A date stamp of **** is visible. Two minutes 58 seconds. It starts choking and tries to get out of his costume. Three minutes 12 seconds. Dies from apparent asphyxiation. During the next 19 seconds, three other characters start choking and die in the same way.