And here I am thinking the craziest thing that was happening today was me uploading an hour-long episode of NFL questions from subscribers Team keep it clean. What's going on? St. Graven here with another video and man From about 4 o'clock p.m. Eastern Time to 4 30 p.m. Eastern Time We got this influx of news on the Ravens This guy's in this guy's out this guy's sick this guy's out this guy's up this guy's activated this guy injures It's like man But we've we've grown so accustomed to that this season and it's like it's weird because today Just did not feel normal probably because of everything with Lamar Jackson now We know of course Lamar Jackson. He missed not one but two days of practice this week dealing with a sickness He came back on Friday had his pressure and all that said he was feeling good said he was feeling great. He was straight but then today The and the Ravens had taken him off the injury report But today they added him back on there because apparently he was getting some symptoms or something like that and he just He wasn't feeling it. So, you know, yeah, we got Tyler Huntley in the cut just in case Lamar Jackson can't go But the Ravens took it a step further and they said no, we're gonna be extra safe and they promoted Trace McSawley They did a practice squad call up for Trace McSawley to the roster just in case Lamar is a no-go so Obviously we want Lamar to be good to go we want him to be the quarterback, but If if he ain't good to go it's Tyler Huntley season it is Tyler Huntley season and He this would be the most action that he got in a regular season game ever Ever and it's crazy because if you if you all watch the presser with Lamar yesterday Think Jameson Henson he talked about he was like man all these people They they talk about the possibility of you getting injured and missing time because you take so many hits But the only thing that takes you out of the games is sicknesses and That's crazy But that's what it is So, I mean hey, we are of course hope Lamar Jackson gets better first and foremost That's most important. We want to want them to get better and feel better But it's just it's crazy to think about that so then All right, so that was one thing so then The Ravens they got a little busy They got a little busy because big big Cleveland big country been Cleveland is back He's officially on the active man roster. He's been practicing for like the last weekend change So that's a beautiful thing. It's nice to see stuff like that when Ravens get guys back But for every guy they get back They got to lose one too Pernel McPhee injured reserve injured reserve Now his play time over the past couple of games I noticed that it it hadn't really he hadn't really been out there like that And maybe it's because he may have been dealing with the injury. I'm not sure but now he is out out So I expect Jaylen Ferguson. I Expect his number to be called tomorrow.  Because so many guys be like they be hurt already So it's like Ravens inactive list doesn't even have it's not even so long because so many guys be out already It's like it doesn't even it's not even hard for them to choose. Okay. Hmm, which guys are we gonna? Which guys are gonna be healthy scratches today? It's hard when you ain't hardly got no healthy scratches But anyway So Ben Cleveland up Pernel McPhee he is down for at least the next three games so They did say Khalil McKenzie He got signed to the 53 man roster from the practice squad Joe Thomas who they signed like a month ago the inside linebacker used to play for the Texans They said that he got called up for the game tomorrow Against the Bears. So Ravens been busy. They they've been very very very busy James Carpenter he got cut from the practice squad They had signed him a couple of weeks ago the offensive linemen used to play for the Falcons I think he used to play for the Seahawks too, but either way he got he got released. So he is going um, but these guys have been super busy but uh One that is became official uh for tomorrow It's pretty upsetting Because he was like back and forth back and forth with the uh the depth chart this week Hollywood Marquis Brown He is inactive for the game tomorrow. They said he is out out Not oh possibly he could play not. Oh, maybe he'll play. Oh, maybe he's questionable. He's doubt. No, no, no He's out He's completely out So that's unfortunate for the Ravens because that is their primary deep threat That has been their number one receiver this year Um and Hollywood is always just a big play away Obviously minus that uh the Detroit and the dolphins game because those were two uh huge yikes for him Those were his two worst games of the season uh, but He's him being out. That's big Now with Hollywood being out with a thigh injury because remember earlier this week He was on the injury report for like, I think he's back Then it was like, oh man. What's going on with Hollywood? Oh, no But then he practiced and he was like, oh, okay. Oh, Hollywood straight. Okay. Oh, we could And then they listed him on injury report for his thigh Oh, no, he he practiced though. He's straight, but now he's out So now we we we hoping that Sammy Watkins is healthy like all the way because last week against the dolphin That that was no healthy Sammy Watkins at least not in my eyes um now Rashad Bateman Rashad Bateman he has shown that hey I'm ready. I'm here. I'm ready. Let's do it. Let's do it And with Rashad Bateman, um He like again from jump From jump he let us know like, oh, yeah, I've arrived He did it calmly. I don't know cocky. No air get away anything like that But he gladly let us know like uh, yeah, I'm NFL ready. Let's do it So tomorrow, um, Rashad Bateman is definitely Uh going to his role which has been It has it's weird because we're at Shaw Bateman first game that he played I was thinking he wasn't going to really play that much. He may play like 10 to 12 snaps Nothing crazy, but they had him out there a lot a lot And then every week they would have him out there a lot and I'm like, oh man He's right. They really love Rashad Bateman. But then in the Dolphins game Did anybody understand the lack of Rashad Bateman in that game? And there were points where they were there were points in the game when we were down and and The passing game needed something But Rashad Bateman found himself on the sideline and I just I did not I couldn't believe I didn't understand it I just didn't get it Didn't make any sense whatsoever But this game should not be like that it should not be like that at all at all So we'll see How that works itself out, but I would expect a big game from him tomorrow and it's like he's been consistent Like he'll be like around Like four or five catches about 75 yards. That's like his average for the games So but tomorrow So hollywood out and sammy walkins depending on how he is Um, man, I'm still like we still have not got to truly see All of our wide receivers together at the same time because that last week of Miami that don't count That don't count at all. I was thinking that that was gonna be it. But that that ain't count Um, I still got people down here asking me what happened like even just today Me and my wife and um carter and my wife sister. We we went by that uncle's house He's a dolphins fan. He's like, man, what happened to those ravens the other day against the dolphins. Oh, man He was like, oh, I think I think it's him solid them up from down here because he was saying Some guys from north lauderdale some from pompano some from my head. He's like, man I guess they were they just came down here to party I'm like, what? I guess so but anyway Tomorrow we will officially officially move on from the dolphins game, but it's Like depending on like what's these guys out and I don't know if lamar don't go if he's a no-go Like we rocking with tyler huntley for sure But tyler huntley is not lamar jackson But now with tyler huntley if if he ends up being the go-to for tomorrow Um, I will still be confident in ravens. It'd be a little less confident And I know a lot of people would be a little less confident and that's not a shot at tyler huntley at all um, but just the uh the inexperience and um The uh, this is this is like real deal. This is not a blowout game You're not coming in to spell lamar for a blowout game.  Well, if he does play it'll be for it'll be fun regardless um, but With that being said there's with tyler huntley, there's less pressure on him Then it is a lamar jackson So tyler, I wouldn't and you know tyler hully he he loved he loved letting him fly He loved the deep shot man. He loved letting him fly man loves it So because I mean we saw it in a playoff game against the bills Uh, we saw it man. It was another game too. I mean we saw it all in the preseason, of course, too But tyler huntley is not afraid to Take that shot So bateman he gonna get his chance. Why can't it's gonna get whatever receivers out there? They're gonna get their chances. Why because tyler if if tyler huntley plays Because with with tyler hunt and even if lamar jackson plays too for char bateman Sammy walk they're gonna get it because hollywood ain't in hollywood is out hollywood is out lamar's favorite receivers out So now you you have to use the other guys too Uh, hopefully he used a little more to check down game as well but With that being said, um, if tyler huntley is in Then I think that would uh, it will make it Make the opportunity for a lot of other guys to get involved Especially because tyler huntley is the second string quarterback. He works with those twos and the threes at wide receiver So his connection with them will be a little better It could be a little better than it would be with like a bateman or walk-ins or whatnot But he did get to practice with those guys this week when lamar was out So that would help his connection with the ones So it's this tomorrow is going to be a very interesting game It is going to be a very interesting game. And um, I know a lot of ravens fans will be waiting and sweating around 11 30 Uh, when the active inactive list comes out So that's gonna be a sight to see. Uh, but anyway Team keeping clean while it like like I said from four o'clock pm to 4 30 It was just a crazy 30 minutes because we just kept getting news after news after news after news And after and it was just wild Anyway, I love y'all. I really do appreciate y'all um hollywood Not playing tomorrow. I don't like it, but a get better. So it's it's a marathon. It's not a sprint It's a marathon. So we need hollywood for the long haul lamar Same thing worst case scenario if he can't play tomorrow. All right. Okay. Huntley season, baby Huntley season So we'll see how all this thing goes and That's gonna be that So just like hollywood officially is and lamar jackson could be as well when it comes to playing tomorrow I'm out


It's early, early, early on a Sunday morning, which is not always the very most freshest time for hackers, I've noticed. My name is Dazza Greenwood, I'm a scientist here in the MIT Media Lab, and today we are hosting the Open Music Legal Hackathon, where we'll explore solutions and new ideas to try to make business easier for musicians, composers, producers, the creators of the world that need some help to get past business barriers and legal obstacles. Legal hacker right here, yes, the legal hacker, five chain, five chain, it's the groovyest project. Thank you. You have a ton of creative people here, lots of amazing tools and resources. Swaggy. What I keep telling all my fellows here is that MIT is a definition of pushing the forefront of human knowledge, actually our CTO, Daniel, when he was roaming the corridors here, he says he has goosebumps and he was having trouble falling to sleep. So yeah, this is MIT, so it is the place to be. Pre-start is going to be just to introduce ourselves so people can know who's in the room. I'm interested in legal automation, legal tech more broadly, improving the law through technology. I've done some research in the blockchain area related to ICO, to blockchain prototypes, so I'm a math student at MIT and I want to learn about blockchain. Kind of a hacker and hobbyist on blockchain related thing, so I have a bit of a math scientist lab with a bunch of old partners. My name is George Howard and I'm one of the original founders of the Open Music Initiative. I'm also an associate professor at Berkeley College of Music and at Brown University. Hi, I'm Kevan, I came here from San Francisco. I am part of the R-Chain blockchain. The fact that we are here doing this whole discussion shows everybody in the ecosystem how relevant the thing is. So far I think this event is really terrific. It's exactly what we'd hope for at the Media Lab in terms of getting together people from Berkeley College of Music. I was a director of library systems, technology groups, and they founded C.O. Fendor. People in the music profession itself. I'm just interested in learning more about music in the blockchain. Heap tonal lawyers. Lawyers collaborated on GitHub in the same way that coders. And see if we can't break through the barriers and the obstacles that have been holding musicians, composers, other performing artists and creatives back. So far the event is off to a rollicking start.  Right, what is popular, what should I sing about?  I can't wait to have them all presented when the teams report out at the end of the day. Our vision is to make it as simple as possible, as simple as possible. We just completed our learning session, which was super exciting because it was an opportunity for us to tell all the participants who arrived, what is Endor and how it can disrupt the music industry. So much like regular physics, social physics works on any type of human data, which is why we can work on data that we don't know the semantics of. We can absorb data coming from our customers in a fully encrypted way. We don't need to know anything about the data and we can still provide very accurate predictions. There is no limit to use cases or industries that can use Endor. It's pretty much to the average price. One thing that we saw is that people from the music industry with zero background in machine learning or data science, they can now build applications and services that fulfill their creative imagination, creative ideas. And this I think is awesome.  Albert, about the different aspects of music industry and in general how you can tackle human behavioral buttons in data. So we talked about aspects of music rights, how you can kind of target your audience and how you can be paid accordingly and how you can open up new industries. VibeChain is a platform that allows friends to come together to build a playlist and get together and listen to that playlist. So in other words, if I invite you to hang out with me, once you show up at the door, I will play the exact very song that you like. And I think it's super awesome. I think that we would see it come to fruition. It's amazing. I've been here for a couple of times. We've been brainstorming with Sandy and Yaniv. And as a matter of fact, I think we had this first discussion four and a half years ago, kind of sat here, Yaniv, me and Sandy and kind of discussed it in his room, just down the hall, his office. And it was amazing because Sandy is a visionary. We technologists tend to sort of like run off and say, oh, we can like compute this stuff. He comes from very vast experience and understanding how data works and how people work. And the social physics has the potential of really disrupting this world. And of course, the big thing is humans. This is all for people. It ought to be something that makes our society better. And the way we can do that is by having conversations. That's generally what we do here at MIT. Just see people like Endor. I read their white paper, so I'm happy to see that whatever they're working on, I might become their client very soon. So just face-to-face interaction with the team. It's very nice. I'm very grateful. One of the highlights of the morning, I think, was the Endor specific learning session. Part of what was good about it was they walked through the data science and sort of the business methods that enable them to do analytics on data while the data is still encrypted and safe is just the right type of tool. It's just the right time. And it's amazing. I think that in baby steps, we're getting there. The thing that I think all of us at the Media Lab are happiest about and proudest of is that we're not hacking alone here. So it's a distributed legal hackathon with legal hackers, Vienna, Tokyo, San Francisco. We're lucky to have Daza in the world because he is a force of inspiration for, I think, lawyers everywhere to be able to be part of building and building together. We have whiteboards in here. We have a table. We have gray matter. Let's put it all together and hack the law. Come on. Legal hackers, New York, Kansas City, Sao Paulo, Brazil. Hi, everyone. My name is Camila. I'm legal hackers, Sao Paulo chapter co-organizer. Are you there, Daza, yet? Hello. Here we are coming to you live from MIT. So this is our Brazilian crew. This is a way that we hope that we can do a better job at breaking open the process of participatory citizen focused science and make sure everybody can be involved and we can get the best of the outputs of everybody's ideas. Thank you very much. This afternoon, we shifted gears and tried the format of a roundtable discussion session. So asking an artist right now, what do you need? What would make things? I don't know how things look in West Africa, but I assume that the process isn't as streamlined. I'm from Brazil. And that gave us an opportunity to surface different views and ideas.  By the end of it, we had a chance to identify the key types of technical prototypes and new business models that remain to be built in order to achieve this vision we have for open music. You need a collaborative approach with the law in order to be able to come up with solutions that are actually feasible and applicable in the real world. We brought hundreds of people from four different continents to work together and imagine what the future could look like. It's the excitement of developing new technologies, of pushing the boundaries of science, of finding way to accomplish what was considered impossible before. This is what makes me open my eyes with joy at every morning. I really want to thank Endor, an MIT Media Lab spin-off company for being such a great collaborator on the hackathon. They made their tools available, and they showed up in force from Israel at the Media Lab to really support the teams and to help us move forward. So I want to just encourage everybody to keep at it, especially those of you that are really making a go of it with your specific companies that you've been working on developing. So this is the question today. How can the artists and creative people behind the curtain benefit a lot more because they're giving us so much? And let us see if we can catalyze lightning strike. We've got the windmill in sights, and we're ready to go tilting. So thank you, everybody. This open music legal hackathon is hereby successfully concluded. Thank you all. This is a far more productive use of my time than singing at home and watching Netflix. The hackathon, allowing you to wrap with your application our engine and create new TripAdvisor. Does anybody have the USB-C kind of like dongle? That seems to be what is holding me back here.


Live from Las Vegas, it's theCUBE, covering Dell Technologies World 2018. Brought to you by Dell EMC and its ecosystem partners. And welcome back here on theCUBE. We continue our live coverage at Dell Technologies 2018. We are in Las Vegas and we are in the sands right now, 14,000 people strong attending this year's show and great energy, great buzz here on the show floor. Keith Townsend, I'm John Walls. We're joined now by Ben Gibson, the CMO Nutanix and Dan McConnell, Vice President of Dell EMC. Gentlemen, thank you for being with us. Good to have you here on theCUBE. Great to be here. Thanks for having us. Yeah, a lot of conversation about hyper, right? And hyperconverged, we're talking about some numbers that we've heard that Dell's been talking about that 60 plus percent of inquiries, discussions here from the customer is all about HCI. And so how does that stack up with what you're hearing first off, Ben or Dan in the marketplace? And what's the driving force right now behind all that discussion? Absolutely, yeah, it's been HCI. I guess the Nutanix partnership, we've been about four years, right? I'll jokingly say, back before HCI was cool. And more and more, what we've seen is in the early days, it was picking application, okay? It's VDI and that's kind of its starting point. But now more and more in all these discussions, it's not what app or what workload works for HCI. It's really which one doesn't work. I'm trying to throw everything I can on HCI. Which one should I park over here? So the interest has really, really flipped. And it's the ease of use, it's the flexibility, it's the incremental scale. So it's something that we've seen huge traction in on the Dell side, obviously to our partnership with Nutanix as well as some of our own solutions. It's tremendous growth. And year over year, we've seen stronger and stronger growth. So definitely getting traction, it's moving out of what is test and dev and it's in core of the data center right now. And what's driving that, you think, in the marketplace? How's it responding, I guess, to performance that it's seeing from early adopters, basically? And what's that motivation there? Yeah, John, you know, as Dan just said, there's a lot of growth in this space and the market for hyperconverge in general, it's probably among, if not the top IT growth segment that we're seeing out there across the whole IT landscape. Analysts are pegging this as 60% or above year on year growth business and the multi-billions of dollars. And so I think what's motivating that interest, I think there's a huge surge that I think together we're seeing around data center modernization initiatives. There's a lot of need for application traffic growth and how our customers modernize their data center environments to keep up with that demand they're seeing with the workloads that they're running on-premise and those that they may be developing off-prem and bring it on-prem or the like. It's really driving a lot of this hyperconvergence growth story that we're seeing out there in the market. So let's talk about some of the myths out in a market. Hyperconvergence not enterprise ready from a couple of different areas. One, let's talk about the relationship that Nutanix has with Dell. Global reach and scalability. Nutanix, not a hardware company. Nutanix is a software company, but the product is sold in a box. Those boxes have to be supported. How does Nutanix support global companies when you're a software company? Yeah, you know, for us it is about software choice, but it's also about very strategic partnerships, and I count the Dell partnership we have. It's one that's been in our history and moving forward, our most fruitful. It's about delivering different offerings and different ways for customers to consume our joint hyperconvergence solutions. Just recently we announced what we call XC-Core, which is now another option for Dell customers to take advantage of Nutanix HCI with Dell hardware and be able to consume by a software license from Nutanix, buy and continue to buy their hardware platform from Dell, bring that all together in solutions. So we have a real freedom of choice here that we drive out globally. It's a great combination with go-to-market reach with Dell, combined with innovation that we bring to the table together, and I think it's working really well in promising. And even our services teams, to your point, have worked very closely together, you know what? Depending on which consumption model you choose on the appliance side, we'll take L1, L2 support, we'll, you know, on the Dell side. So as the product scale, we help that services aspect, that scalability, that reach. Yeah, so from a practical perspective, you know, I'm a global company, I have retail shops in Germany, and based out of the U.S., you know, drive goes out. And who do I call and how do I get support for that? The great news with this relationship, it's really the customer's choice and what their preference is. We have many customers where Dell is providing that global support model. We now have a new offering that allows the customer to choose whether they get their software support for HCI from Nutanix and continue their existing service relationships with Dell. The nice thing is we're not forcing customers in any one decision on this run, whatever suits their interests, then their needs the best. So next myth, HCI isn't ready for mission critical applications. Dell yesterday brought a customer that went at first and everything in their mission critical systems is Celtic, a global hotelor, their reservation system, their big Oracle apps. Talk to me about the mission critical story, Nutanix, Dell together. You know, one of the key, I don't know, just to exemplify this, we continue to get customer demand for a foresocket. Recently, just released a foresocket version of the XC series. Foresocket, that's database. What do you mean, database on HCI? So yeah, it is continuing to grow into mission critical. Exact status, like 45 to 50% of HCI is deployed in the data center, right? So mission critical workloads, databases, there's no more mission critical than that. And majority of them sitting right in the data center. So it's, there is, that myth of non-data center kind of to the side project or VDI only, that might have been where it was two years ago, no longer. Yeah, I love myths because it makes for good marketing. Right, and we're seeing this trend. So obviously VDI was one of the first, you know, sweet spot workloads for HCI in its infancy. We're seeing across our customer rates now and we talked about this in our New York investor day a few weeks ago. Now we're seeing 60% plus of all workloads are tier one applications, databases, other mission critical applications that are running on HCI infrastructure with Dell and Nutanix together. And so we've seen that really start to quickly shift over into that front. I think what the market should keep an eye out for is more and more, not only customers running those tier one applications on HCI, but you're going to start to see more and more of these major ISVs start to certify their major applications on HCI infrastructure. It's already running there. Poke at SAP HANA, I would love to see SAP HANA on Nutanix, that would be awesome. No comment at present. Well, you're kind of talking about trends in a way here, right? I mean, in terms of adoption of people wanting to do, I'm always kind of interested about the chicken and the egg. I mean, you're developing product, you're listening to customers, you hear their demands, and you're also trying to perhaps develop in a vacuum and give them new capabilities that they haven't dreamed of yet. So how do you work that in terms of that give and take and in your development responding to what the market wants and also driving the market to what you think it needs? I think what's proven to be very successful for Nutanix is obviously we're very customer centric. We also have a strong opinion. Deer is our CEO, talks about having a real strong opinion on architecture and vision for how do we innovate? How do we solve some problems that maybe our customers haven't faced yet? And so I think it's a good balancing act. And so we come to the table, we listen very carefully to our customers, we understand what their key challenges are, but we come with an opinion as well, right? So conventional wisdom would say, go down a certain direction architectually. Well, what if you collapse those three tier data center architectures? What if you move towards this hyperconverge offering? How do you manage and automate and bring together more glue, if you will, across multi-cloud environments? That combines having a vision and a strong conviction of opinion of where it's headed, combined with making sure there's always a check and balance. What are customers thinking? Where are they seeing their challenges? No, absolutely. And as customers step in the HCI, we're seeing more and more people testing in different areas, people looking to solve different problems with it, typically all around the agility, the scalability, the ease of use. But it is like you said, there's a combination between opinionated and listening. Some of our best innovations have come directly from the customers. These are people that are using it in the field, that are tripping over the new cases. So it's a balance. So Michael Dale on stage just, they talked about the ability of Dale to be able to run workloads wherever customers wanted to run their workloads. So far we've talked about HCI, which is interesting. However, we're going into a model where we need to run workloads in a data center. We need to run workloads outside data center, and we need to manage that infrastructure. What's the Nutanix Dale story around managing workloads across hybrid cloud? Yeah, I would say this is a big trend that we're seeing in the market. There's different terminology for multi-cloud, hybrid cloud, right workload on right cloud platform at right time. And when you start throwing those vectors in place, it creates a lot of potential confusion and complexity. How do you determine what's the best cloud platform in terms of cost, in terms of the laws of physics, in terms of latency with SLAs with these workloads? In terms of laws of the land, from governance and overall legal perspective, so you start to bring in as the market moves towards multi-cloud, there's this vacuum I think that has to be filled that we can fill here together. It's like, okay, how do you determine what's the context? What's the right cost model for a particular workload that makes perfect sense to run on a public cloud platform like an AWS or an Azure or a Google cloud? What other highly predictable workloads absolutely need to be run in a modernized data center environment powered by Nutanix plus Dell HCI? So to me, there's a lot of vacuum that can be filled by innovation and management, automation, context around making those decisions. And the last thing I will say, it's not just about technology innovation, it's an opportunity for our customers, I believe, to really evolve their careers to the next step. If you're an infrastructure manager and all of a sudden there's different platforms where the infrastructure resides, what better opportunity then to become that strategic consultant within your own enterprise to help make those decisions with context and with good smarts behind it? And I think you've hit some good point. I mean, when you look at it, there's going to be multiple clouds, right? And it's about enabling the choice and integrating with whatever the right cloud is for your needs, whether it's, we've got virtue stream capabilities for tier one type cloud stuff, all the way to Azure, on the XC series we just integrated with OMS on the Azure side. So it will actually upload all of the stats and metrics into their log analytics solution. So it's enabling choice, enabling which cloud, there's going to be multiple clouds and different clouds are going to be optimized for different things. So I think you'll see us embrace hybrid, embrace it across multiple clouds on the back end. So it's, I don't know if there's one size fits all. So Opinion Nation, I think is a great segue into what's important, I think as IT managers are looking at solutions, there's no one vendor today that can take an end to end solution and say, you know what, we're your one stop shop for a hybrid cloud. So this is where opinion matters. What is Nutanix's opinion when it comes to how to deliver hybrid cloud? So this is what you will be judged on. Can't be judged on the technology because technology isn't there yet, but where's the vision? Yeah, I think it starts and ends with make complexity, make the complexity with multiple cloud environments, with complicated legacy data center environments, make that all invisible, right? How do you radically reduce that complexity? And we talked all the time about one click, one OS, any cloud. And it's not just a nice marketing tagline. I think it really stands for a principle and a vision around how do you make a lot of that complexity go away? So you can redirect a lot of these IT man hours over towards inventing more, right? We just launched a new campaign, you're talking about freedom to invent, freedom to build the data center you wanted to build. And so it's about coming with that opinion that everything that was so complicated and the next big horizon is multi cloud environments. How do you make that essentially disappear so you can reapply your IT resource to new things that can really impact the business? The last thing I'll say too, spiraling cloud cost, right? And so if you have a teenager at home and maybe you're brave enough to get that teenager the credit card in their online gaming or doing something, so it's kind of that shock bill you get at the end of the month. Depending on what workload you're running on what cloud platform, you could have this teenager with the runaway credit card syndrome. And so how do you simplify or bring that context of visibility to the forefront to help make some of those smarter decisions? So that's some of the things that we like to think about in terms of removing barriers and empowering the customers to take back control of what could potentially become a rapidly disaggregated chaotic environment. You just threw every parent author mark right there. Oh my God, the credit card. Are we going to hear some of this next week?  You guys almost flip rolls, right? Dan, you're hosting this week and for you, Bennett, it's next week down in New Orleans. Give us a little sneak peek. Yeah, you know, we're really excited about next week, you know, so Dan has been kind enough to host us here this week in Las Vegas. So it's a rough life next week. New Orleans. We go to New Orleans. And so we have our user conference. We call .next. And Keith, you're going to be joining us. We'll be next week with that. The queue will be there. Looking forward for the queue being there. And so this is about bringing together. It's a lot of early adopters, but increasingly it's about more and more customers that I would call more the early majority. As you see, hyperconverged start to surge, multi-cloud start to surge in terms of how do you fill that vacuum that's out there? That's what this conference is going to be all about. We'll have new announcements. We'll have innovations that we'll be demoing. And most importantly, we're really about openness. And this is about strategic partnerships. And to the earlier point, show me a one-stop shop to solve all this complexity. And I'll show you unfulfilled promise. And so I think the work we're doing with Dell will be at the forefront talking about, hey, how are we working together to solve some pretty snarly issues here that we have to solve for our customers? Well, you're going to go home, both of you. You're going to say, man, it's been tough. Two weeks on the road, you get no sympathy, though, I think with Las Vegas and New Orleans back to back. Not bad, huh? It's a good way to go. Dan, thanks for being with us. We appreciate the time. Look forward to seeing you next week. Thank you very much. To Dan in New Orleans. TheCube continues here. We are live in Las Vegas at Dell Technologies World 2018.


So, we continue with this theme and this is the last capsule in this chapter which also happens to be the last chapter in this part of the course and here we are going to prove the existence of eigenvalues and eigenfunctions using the Sturm's comparison theorem that we did in the last capsule. Also, we are going to prove that the Bessel's function Jpx has infinitely many zeros in the interval 0 infinity. You could use the Sturm's comparison theorem or you could imitate the proof of Sturm's comparison theorems but either way the circle of ideas is the same. So, these are the things with which we are going to finish this chapter. So, let us return to the proof of the existence of eigenvalues and eigenfunctions. So, let us recapitulate what we did last time. We got the differential equation y double prime plus lambda rho xy equal to 0, Dirichlet boundary conditions are going to be considered but before we take up eigenfunctions, we take the initial value problem y of 0 equal to 0, y prime 0 equal to 1 and that solutions is unique yx lambda. It will depend continuously, it will depend smoothly with respect to lambda, it will depend analytically with respect to lambda and so forth. We are going to put x equal to 1 because we are interested in the boundary value problem. y of 0 is already 0, we also want y of 1 to be 0 and we need to select the lambda in such a way that y of 1, lambda is 0. So, rho of x remember is continuous and non-negative on the interval 0 and we are actually going to assume that it is strictly positive. We are going to assume that rho x is strictly positive and little m squared and capital M squared of the infimum and supremum respectively. So, how are you going to apply this terms comparison theorem? Now, we got three differential equations y double prime plus lambda little m squared by equal to 0, the last line which is in blue y double prime plus lambda capital M squared y equal to 0 and the differential equation y double prime plus lambda rho xy equal to 0. This rho x is sandwiched between little m squared and capital M squared and so now we can use the Sturm's comparison theorem. Now, for each lambda the equation yx lambda equal to 0 has a discrete set of 0s. Remember, we proved the 0s are isolated. It is a discrete set of 0s and the 0s are simple that also we proved using the uniqueness clause in Picard's theorem. Here, let me just recapitulate the simplicity part. Suppose x naught is a double 0, suppose x naught is a double 0 then in addition to 6.11 we will also have y prime x naught lambda equal to 0 and y of x naught lambda equal to 0. So, the uniqueness clause will tell you that y is identically 0 and that is a contradiction. Now, let us show that each of these 0s zeta k lambda varies continuously with respect to lambda. Now, to show that zeta k of lambda is a continuous function of lambda, we must employ the implicit function theorem. Let us now prove the continuity at an arbitrary value lambda. Let us freeze the value of lambda, call it lambda naught and let us call the corresponding the kth 0 of yx lambda naught is zeta naught. Then by definition y of zeta naught lambda naught is 0 and we also know that y prime of zeta naught lambda lambda naught is not 0 because the 0s are simple. The implicit function theorem now immediately tells you that there are intervals containing lambda naught and zeta naught such that we can solve this equation y of x lambda equal to 0 uniquely for each choice of lambda naught in J 1 such that the corresponding root lies in J 2 and this unique solution is also continuously differentiable with respect to lambda. Remember when you want to apply the implicit function theorem you need two things you need the series solution. What are the implicit function theorem? You want to solve the equation f of xy equal to 0 for y as a function of x. Now first thing you need is you need a seed solution f of a comma b equal to 0 and you need del f by del y at a comma b should be nonzero. Both these conditions are being met with here zeta naught lambda naught is a seed solution and this derivative with respect to the first variable at zeta naught lambda naught is nonzero. So, implicit function theorem is applicable and we know that each of the 0s varies continuously. So, the 0s are discrete. So, there is a first 0, there is a second 0, there is a third 0, etc. I can arrange the 0s in increasing order. So, there is a there is a ordering among the 0s. So, everything is well defined. Now we are ready to prove the existence of an infinite sequence of 0s namely an infinite sequence of eigenvalues for the Sturm level problem. Let us do the following. Let us start with this function yx lambda. It satisfies this differential equation y double prime plus lambda rho xy equal to 0. Remember this rho x is less than or equal to m squared. So, I must compare that differential equation with y double prime plus lambda capital M squared y equal to 0 whose solution is sin m root lambda x. We know the 0s of sin m root lambda x between 2 0s of y of x comma lambda there must be a 0 of sin m root lambda x by the Sturm's comparison theorem. Now suppose for example the lambda is chosen very small then sin m root lambda x has no 0s on this interval 0 1 0 excluded. So, obviously since sin m root lambda x must have more 0s then y of x lambda we conclude that y of x lambda also cannot have 0s in this interval. So, the first 0 of y x lambda must be larger than 1 if lambda is very small. So, the first 0 of y x lambda must be larger than 1. Now look at a large value of lambda.  But this time it has solution sin little m root lambda x between 2 0s of sin root lambda x there must be a 0 of y x lambda. Now if lambda is large then we know that sin m root lambda x must have lots of 0s here. So, if lambda is large it follows that y x lambda must have 0s here. So, for large lambda there must be a 0 for small lambda there is no 0 which means that there must be a specific value lambda 1 such that y of 1 comma lambda 1 must be 0 whether intermediate value theorem the 0s vary continuously for lambda is small the first 0 zeta 1 lambda is bigger than 1 and lambda is large the first 0 zeta 1 lambda must be less than 1. So, there must be a specific choice lambda equal to lambda 1 by intermediate value theorem such that zeta 1 lambda 1 must be exactly 0 which means y of 1 comma lambda 1 must be 0 and thus we got the first eigenvalue of the term level problem. Now what about the second eigenvalue the second eigenvalue proceeds along similar line looking at zeta 2 lambda the second 0 of y x lambda and look at it for small values of lambda it must be larger than 1 for large values of lambda it must be smaller than you must compare it with sin capital M root lambda x and sin little m root lambda x. And the proof of the existence of infinitely many eigenvalues is completed because it is simply go by induction. So, we have proved that there are infinitely many 0s now that let us look at the 0s of these eigenfunctions a few words about the 0s of these various eigenfunctions it is evident from the construction that the first eigenfunction has no 0s in the open interval 0 1 our proof just now that we are given evidently shows that fundamental mode of vibration has no 0s in the interval 0 1. All other eigenfunctions must have at least 1 0 here because if the second eigenfunction also does not have any 0 here then both eigenfunctions maintain the same sign in the open interval 0 1. So, the integral y 1 x y 2 x rho x dx cannot be 0 remember the density function rho x is assumed to be strictly positive. And so, since by orthogonality it means that other than the fundamental mode all other eigenfunctions must have 0s in my fundamental interval these 0s are called the 0s of the eigenfunctions and it is not difficult to show that nth eigenfunction has n minus 1 0s in the fundamental interval. In fact, our argument will precisely show that now you can also define these terms for storm level problems in higher dimensions such as the vibrating membrane for example or the vibrating ellipse elliptical membrane for example. In higher dimensions the study of the nodes of these eigenfunctions they assume a very spectacular aspect and again Lord Rayleigh's theory of sound contains lots of information concerning the geometry of these nodes of eigenfunctions. Proofs of some of these results can be found in Courant Hilbert's methods of mathematical physics. So, I think I would like to close this discussion here except that we still have one more task to complete to prove that the Bessel's function has infinitely many 0s and the open interval 0 infinity. Remember that the Bessel's function is a problem on the infinite interval 0 infinity whereas what we have been doing so far are regular storm level problem where we worked on a compact interval 0 1 and the density function was continuous non-negative and on the interval 0 1 and we looked at the Dirichlet boundary conditions. So, that is a regular storm level but the Bessel's function has a complication that the domain in question is infinite it is a singular storm level problem. So, as a preparation for that we need to first prove the mean value theorem for integrals. Suppose if f and g are continuous functions on the closed interval a, b and this function g is strictly positive on the open interval a, b then integral a to b fx gx dx is f of c time integral a to b gx dx. Let us see how to prove this first of all let us just work with one function let us assume that gx is 1 let us assume that gx is 1 then what does this equation read integral a to b fx dx is f of c times b minus a can we prove this is this easy to prove it is very easy to prove the function f of x is continuous on a closed interval a, b and so it must have its supremum and infimum and you divide by b minus a and use an intermediate value theorem that is one way to do the problem. So, I am going to assume that this has this easier problem has first been established or you can apply the mean value theorem for differential calculus that is also possible. So, you look at this integral from a to t fx dx call it phi t, phi t is integral from a to t fx dx and then you apply the Lagrange's mean value theorem to phi and that will do it. So, the easier case has been done the general case is very simple you simply use the integral of g as a variable of integration look at gx dx you want gx dx to be du and so look at integral g of lambda d lambda from a to t and call that as the new variable of integration. I will leave the details for you this mean value theorem for integral calculus is what we are going to use. Now, let us take the Bessel's function Jn of kx where k is a parameter assume that k is positive if you like now define ux equal to root kx into Jn of kx. Now, it is very easy for you to check but directly differentiating that ux satisfies this differential equation u double prime plus k squared u equal to n squared minus one fourth upon x squared u. Now, when you look at this kind of thing what you need to understand is that you think of what happens when x is large think of what happens beyond a certain stage think of what happens on the interval a to infinity where a is very very large. In that case since x is bigger than or equal to a this term n squared minus one fourth upon x squared is going to be vanishingly small. So, our intuition should tell you that this differential equation can be approximated by u double prime plus k squared u equal to 0 and you know that u double prime plus k squared u equal to 0 has a nice solution sin k times x minus a sin k times x minus a and we know the location of zeros of that and now we must apply this terms comparison theorem or imitate the proof of terms comparison theorem that is exactly what we are going to do. So, now let us look at sin of x minus a. So, let us compare it with sin of x minus a.     So, that this is going to be pretty small k is going to be larger than 1 just assume k larger than 1 to begin with just a matter of convenience. So, now we are going to look at this interval a to a plus pi. Now integrate this expression that you see on the slide on the interval a to a plus pi. Left hand side of course you are going to use the fundamental theorem of calculus. When you use the fundamental theorem of calculus and you know that the sine function vanishes this at a and a plus pi. The two of the boundary terms will be 0 and two of them will survive surviving ones are written here and for the right hand side integral a to a plus pi dada dx. But now we want to use the mean value theorem but are we sure that the functions and question are positive sine of x minus a is certainly positive on the open interval a to a plus pi and this parenthesis is also a positive quantity in the interval a to a plus pi. So, this expression written in red which is gx, gx is strictly positive on the open interval a to a plus pi. So, with the mean value theorem there is a c in the open interval a to a plus pi integral of the right hand side is given by uc times integral a to a plus pi this vx into k squared minus 1 minus n squared minus 1 fourth upon x squared dx. So, this is the expression that we should be focusing on. Now what happens is that this integral that you see here is positive because v is positive, this parenthesis is positive. So, this integral is positive. Look at these three numbers u of a, u of a plus pi and u of c. These three numbers cannot all have the same sign.  Then what happens the left hand shall be positive, the right hand shall be negative. If all three are positive, the right hand shall be positive, the left hand shall be negative. So, the three numbers u a, u c and u a plus pi cannot all have the same sign. So, by intermediate value theorem there must be a 0 of u anyway in the open interval a to a plus pi and that completes the job. In every interval of length pi, the function jn of kx has a 0 and so jn of kx has infinitely many 0s in the positive real line 0 to infinity. Now of course you want to remove this condition that k is bigger than 1, I will leave it to you to tinker with it and see how k bigger than 1 can be removed and can be replaced by k equal to 1. So, jn x has infinitely many 0s on the positive real line 0 infinity and we already seen an application of this in the theory of wave propagations. We needed this to construct our complete orthonormal system of eigen functions for the circular membrane. Another interesting proof can be given using the integral representation for the Bessel's functions and that is given in Dunham Jackson's book Fourier series and orthogonal polynomials Dover, New York 2004. You also want to consult the monumental treaties of G. N. Watson on the treaties on the theory of Bessel's function page 500 and following for a discussion of techniques used by Euler and Lord Rayleigh to actually compute the 0s of this Bessel's function JPX. I think that was the last bit that was remaining we had completed the bit. There is still one more small item left which I would like to simply mention without getting into the details. If you have been looking at various vibrational problems vibrating strings, circular membranes, you must be wondering what about membranes of other shapes. For example, the case of an elliptical membrane, the vibrations of an elliptical membrane were considered by Emil Leonhard Matthew in 1868 and the result in ODE today is known as the Matthew's equation that you see on the slide, y double prime plus a plus b cosine 2xy equal to 0 where b is given and a is a eigen parameter. It is like an eigen value parameter. This equation has led to a long and rich chapter in the theory of analytic ODE's and this equation of Matthew has been generalized and studied at great length by G. W. Hill about 20 years later in his researches on Lunar theory, specifically perturbations theory in Lunar motion and the work of Hill has been very influential in astronomy. Unfortunately we are not in a position to say anything about these exciting theory in this course. There is a whole book on Hill's equation by Magnus. Hill's equation and Matthew's equation play a very important role in certain problems in modern dynamical systems. So, I shall not say anything more about this. So, with this I would like to close this capsule which also happens to be the end of this particular chapter and also ending the third part of this course. Now we shall proceed to the next part namely study of functional analytic techniques in Fourier analysis. So, thank you very much.


Exercise Cutlass Express 2016 begins. The exercise, sponsored by U.S. Africa Command, focuses on regional stability in coordinated operations. Cutlass Express continues to grow in size and scope each year, with this year marking the fifth iteration of Cutlass Express. The key component as we have done over the years is increasing the complexity. And this year, the new thing that we have added is the interoperability between nations, between navies, and between the armed services. We are completing that through a command level exercise with all the senior members of each nation who will be working together to cooperate and actually run the exercise themselves as a team. And I hope you all are too, especially those who have returned from previous Cutlass Expresses, as we begin Cutlass Express 2016. Specialist, Brouw Cecho, for Victoria Seashells.


Here's two really simple hacks to think about from your body's perspective and the third tip is so practical you're just going to hit your forehead. So tip number one in 1993 in Canada and this research has been replicated in the U.S. Germany and the Netherlands over decades since. The deeper you breathe the deeper you listen and the science is really simple because it's such a cognitive load for your mind getting more oxygen to the brain helps you to listen better there's less distraction and I know you guys teach this and have had other brilliant guests on that talk to this much better but it's a simple fact of holding your breath a little bit longer so for me it's not you taking and sitting down and moving into a yoga position before you start to listen to people for me it's a simple as from the time I step into a building lobby to the time I get to the lift I become completely conscious of my breathing and as a result that starts to block out other distracting thoughts in my head.  The second tip is a hydrated brain is a more effective brain so for a lot of us we might start the morning with coffee and that's great personally I don't but if you can drink two litres of water a day your brain is going to be able to process more effectively because the fluids that transmit sugars to the brain get there quicker. So tip number one breathe deeper tip number two drink water the final tip seems really obvious it's so obvious that people don't do it announce to your guest that you are switching off your phone and put it in your bag or in your waistcoat pocket or wherever it needs to be but by announcing that intention straight away they go I cannot believe that someone's going to do that for me what an act of sheer generosity to give me your complete attention. Now I challenge everybody is listening right now I challenge you to do that once a day for the next week and notice how different that conversation becomes because if you're really listening what will be the opportunity for you to change your thinking because you're listening completely to the other person. So tip number one breathe deeply tip number two drink water and tip number three announce and switch off not vibrate mode switch off your software and you will transform the kinds of conversations you have no matter who you're having them with


أنا كانت واجد فرقات عادي هالي اللي شريط ديال أرض من بدحرك توجيط وخديت وحد القوض وق والحمدولي اللي أنا دب فيها كانت واجد بحش وعور وحد ساعدة كتير لما قدر نصف لك على فرحة هالي اللي بنا فيها أسباب اللي خلتني نهازر هو هو الفقر أنا بشور أوروبا كأنه بأينا بشن نحسنوا الوضعية ديال نودي الوالدي نودي الاخوة حسمك من الهار اللي بشحبك بمكان شهار ومن اللي وصل اللي يد كبير ومن اللي يد الخوط وفين خوكم قلق خوية رحاعت وفي اللي يد كبير مقافية الحب الساعة في الوقت نهما تتمعية لتو عشرين وواحد ما قدرواش يدخلون الإيطاليا قردنا يالله تولد من جديد عثمان من اللي يرجع يالله بحالة يالله تولد من جديد ديكل فرحة دياله من اللي جاق ما تتوصفش بيني أنا والأم دياله أمانتر مع الميشن يعمل with the beneficiaries who came back to Morocco so my role is to go with them step by step to achieve their goals here in Morocco so my mission is based on working with the beneficiaries to make them reintegrate in their society, in their communities here I'm talking about three dimensions psychological dimension, economical dimension and psycho-social dimension it's very hard to come back to Morocco it's a shame to spend money to spend time and to go back with nothing firstly I should contact the beneficiaries when they came back to Morocco in order to make sure that they came back safely then I start to make plans with them I call them almost every day to know about them, about their lives, about their family about their problems in order to overcome their problems so when we get sure that this person is integrated socially we start the next step which is the economic dimension we start talking about what we should do what is the next step, how to gain money how to reintegrate economically in his community and how to get the respect of the others when we start to make plans when we get the money out we can take the money we can give them the security when they come back to the country and when we get the money we will go back to the country and get the money and we will buy them a small house and we will let them have a little space and we will pay the bill so they will serve with us and they will be able to serve with us They will serve with us they will serve with us and we will stay in one of the houses and we will create a new house and that's how we will create a new house بالبيلات ديانة إذا كنت شخص who has self-confidence شخص who knows what he wants to do شخص who realizes the community around him I'm sure that this person is on the right way


I'm the comic weekly man, the jolly comic weekly man, and I'm here to feed the funnies to you happy boys and honey. Yes boys and girls, it's comic weekly time.  Right out of the pages of Puck the Comic Weekly, right into your living room, your friend the comic weekly man, the jolly comic weekly man. A little miss, honey, how are you today? I don't think I've ever been so anxious. And what are you so anxious about? Well today, Rusty Rally is supposed to ride in the race to try to win the thousand dollars so he can give the money to Mr. Jones. And then, that mean Mr. Marlowe can't take her farm away from her. And oh, I just can't wait to see if Rusty wins. Well, let's not waste any time at all. Let's start immediately at once, right now fast. Well please, quick, read me the funny. Puck the comic weekly? Very well, I'll read that in just a moment. But before I do, let's listen to this nice man. Now here we go with Puck the Comic Weekly. And on the first page, under bringing up father, Beatle Bailey. Magic words for the music, please. Very well, my lady. Toot me a toot and tweet me a tweedle. Squeeze out music for Bailey the Beatle. It's another typical day for Beatle Bailey in the army. He and his pals are scrubbing up the barracks because today the captain is going to inspect it. And if it isn't perfectly spick and span and cleaner than any boys or girls room in the country, the captain is going to be M-A-D, which spells furious. Suddenly, one of the G.I.'s pops in the door. Hey, aren't you guys ready yet? The captain's coming to inspect right now. One of the guys shoves his mop in Beatle's locker. Beatle tosses his scrub pale out the window. And then the barrack door opens. Instant! And Beatle looks up, third picture top row to see the captain standing in the door, soaking wet with the pale Beatle throughout the window on his head. Uh-oh. I bet this'll be a tough inspection. As everybody stands at attention, the captain walks around the room, examining it carefully. Suddenly, he stops. What is this? The sergeant squinting his eyes to see it answers. It's a piece of thread, sir.  The sergeant marks it down on his pad. Uh, yes, sir. First picture bottom row, the sergeant exclaims, Here's an orange seat on Bailey's shelf, sir. The captain roars. Garbage on the furniture! And then next picture, the captain roars. That window is filthy! And but it's open, Captain! The sergeant exclaims, Darge you in with an officer! And writes it down. Then the captain walks over to Beatle's locker and he says, Let's just see what shape Bailey's locker is in. He opens the locker, and the wet mop falls out, smacking him in the face. This is too much! And he starts for Beatle who pops out the window. And last picture, the rest of the men in the barracks put the window as the captain tries to catch Beatle. One of the men says, Hey, what's the captain doing now? About 30 miles an hour! Another guy says, Hey, what's Beatle doing? And another one answers, He's doing his best to stay ahead of that mop, the captain is swinging! Of course, Beatle! Yes, just because somebody stuck a mop in his locker. Oh, indeed. But that began the trouble for Beatle. I'm sure it did too. Well, now let's turn over the page to Prince Valiant. Oh, yes, then. And last week, Tillicombe, the Indian maid who was Prince Arn's nurse, started after him. Then she followed most of those bad men. Oh, I wonder if she'll catch up to them today. Well, let's read now and find out. Here we go with Prince Valiant in the days of King Arthur. Eckhart, Brickett, Gray Vulcan and Quince, music romantic for a fair, fair prince. It's nightfall, and Tillicombe can't follow the trail to the back of the forest, so she builds a fire because the mosquitoes fill the air. And Tillicombe had taken off her long skirt so she could run swiftly. And smoke is the only way she can protect herself from the mosquitoes in the night. Then she lies down to sleep to gain strength to continue the chase tomorrow. Meanwhile, Boltar, who had discovered the absence of Tillicombe and little Arn, had called for a search. He and his men had followed Arn's and Tillicombe's tracks in the forest. He had found Arn's bowl, her skirt. She had been wise enough to leave a trail for him to follow and with torchbearers to lead the way, Boltar has followed her trail all through the night. But finally, the torchbearers fall back exhausted. Boltar continues on alone by moonlight. Last picture, second row, following Tillicombe by the trail she has made. Broken twigs to mark her path. First picture, bottom row, he finds where there are no twigs on the bare mountain, her headband, and then her bracelet.  And Arn Boltar strides following her trail through the night. Next morning, Tillicombe awakens at the exact moment when there is light enough to follow the trail. Quickly, she washes at a nearby screen. And after a refreshing drink, she scoops up some mushrooms, berries, and pern roots. And last picture is on her way. It's easy to follow the trail of the four horses. And nowhere does she see signs of that being pastured. And she knows she must outlast the horses. Did Tillicombe before she woke up? Yes, because running swiftly as she is, she's have to leave Boltar quite far behind. But maybe one time she started in the morning and if he hurries, he could still catch up with her. Well, let's hope so because she'll need the strength of a man like Boltar to help her. But we'll find that out next week. Now let's turn over the page. A wagon that's hauling the gold that's supposed to spread him because King Richard is a prisoner in a far-off country. Yes, and King John's men, led by the sheriff of Nottingham, are going to dress like Robin Hood's men. And he hopes that Robin Hood will be blamed for the robbery. But Robin Hood has learned what his plan is, and I'm sure Robin Hood will come. And then there'll be a big battle and I'm anxious to see how it will end. Well, let's read now and find out. Here we go with the story of Robin Hood. It's Mary, Mary, England in days long ago. Time now for Robin Hood. Some music. I hope. Through the forest, second picture, first row, the procession bearing the gold by King Richard's freedom, accompanied by the Queen of England, approaches the spot where the sheriff of Nottingham's men wait in ambush. Suddenly there's a shout. And the sheriff's men dressed like Robin Hood's outlaws burst out of the bushes and dashed for the wagon, carrying the gold. Last picture, top row, the archbishop who's riding with the Queen's guard says, In the name of the King, stand aside and let us pass. One of the sheriff's men shouts, Don't know, King, save Robin Hood. Switch the way. First picture, bottom row, the sheriff's men attack the Queen's guard. Others of his men leap on the wagon to remove the chest of gold. Second picture, bottom row, the archbishop draws his sword. One of the sheriff's men aims his bow at him. But before the murderous bowman can release his shaft, he is toppled by his swifter arrow. Oh! The last picture out of the forest comes Robin Hood and his men. We're just in time, lads. Have Adam. Yes, in time to save the archbishop's life. And now, Queen, that Robin Hood is loyal to the Queen and King Richard. Yes, but if Robin Hood and his men aren't defeated by the sheriff's men, that will happen. And I just hope we'll find that out next week. Oh, I'm sure we will. Now, let's turn over the page and see who's there. Oh, the Donald Duck! And I know you love Donald Duck. So here we go with Donald Duck. Say the magic words with me. Squeegeum, squeegeum, squeegeum. Let's have music to fit a quack quack. Donald wants to take a nap today. And to make sure he won't be interrupted, he puts a sign beside the doorbell. The sign reads, Don't Ring Bell, Invalid Sleeping. A short time later, Donald is sound asleep. Suddenly, Donald wakes with a start and dashes to the door.  I'm an Invalid. Squawk! And he slams the door shut. He starts for his couch again, last picture top row, when? And by the time you get to the first picture bottom row, Donald has the door open and is sticking his shotgun in the salesman's tummy. Aye! The salesman says, and away he goes. By this time, Donald is disgusted because no one will pay any attention to his sign. So he says, This requires drastic action.  Ah!  Stop! Stop! In the last picture, Donald is in bed with an ice pack on his head. His nephew Dewey leans over his bed and this is what he said. What's the matter, Uncle Donald? Aren't you sleepy? Got some ice cubes and pipes down! His girlfriend Daisy is the one who got the shock?  Well, I bet she won't nursing this time. No, I bet she won't either. Well, now let's go to the last page in the first section. Very well, my lady. Let's have music for Heroic Flash! Flash, Dale and their friend Dr. Zarkov have been captured by an Earthman who has managed to set himself up as King Stang of the Planet Penis. Carried by strange creatures with huge wings, they approach an amazing castle surrounded by a river of liquid fire. Stang, spurred on by a small jet motor, sails through the air beside them. Flying high over the searing mode of liquid fire, Flash's captors tow him to the entrance of King Stang's palace. It is a weird, colorful hot house, a city in itself providing shelter and stored up sunlight for comfortable living on this dripping cloud and gulf planet. As Flash is whisked through the hatch-like entrance, he catches a glimpse of Dale and Zarkov close behind him. Last picture, Top Rose. Stang settles himself into a chair then smiles coldly and commands, Zarkov, you will label in the power room. Dale, you will try your skill in the royal kitchen. And then Stang turns to Flash. First picture, Bottom Rose. Gordon, my wife, Queen Vicki, is about to make a journey to the food forest. You will go along to protect her against our enemies, the blue ones. And remember, she remains as hostage.  But discretion stays his hand and he meekly accompanies Queen Vicki as she sets out to direct the harvesting of the weak supply of food and precious oil. Last picture, soaring above the toiling three men in Vicki's jet wagon, Flash questions her about the blue ones. The Queen shivers, says that they're frightful creatures like huge jellyfish, cruel and cunning. Intent on watching the harvesters, Flash and Vicki fail to see the pale blue shapes, lurking in the wet forest. All these guns and kills have mean King Stang dead. I don't like them. Yes, but I imagine if Flash had done that, then he would have quickly been surrounded by King Stang's men and Flash himself might have been killed. I suppose so. Well, we'll find out more about them next week. Now it's time to go to the first page of the second section. And I'll read that in just a moment. But first, here's that nice man again with something interesting to say. Now here we go again with Puck the Comic Weekly, and on the first page of the second section, Dagwit and Blondie. Magic words for the music, please. Very well, my lady. Let's go for Dagwit and Blondie. The bumpsters are shopping today, and while they're in a store, Dagwit's daughter says, Dad, he hates with the money I save. Dagwit replies, All right, we'll do it right now. So they go to the toy department. And there they look at some skates. And the salesman says, The skates are $2. They're just what I want. Dagwit whispers, Dagwit takes Cookie out of the store. Last picture, top row, Dagwit says to Cookie when they're outside. If you look around a bit, you'll get them cheaper than that. First picture, next row, they're in another store. The sales lady shows Cookie a pair of skates. They're $1.95. That's cheaper, Daddy. Cookie, come on, come on. Cookie looks up and surprised. Dagwit leads her out of the store. When they're outside, he tells her, I still find you skates that are even cheaper than that. Blondie tells Cookie that they'll show her how to shop carefully and save money.  Oh, no, no, come on, come on. Now we can do even better than that. Whereupon Cookie starts to cry. First picture, third row. Blondie reminds Cookie that a penny saved is a penny earned. And Dagwit says, all right, come on, come on. We'll try this place. Blondie goes off down the street. What can I do for you, sir? We'd like to look at some skates. Very well. Here's a very nice pair. The man answers. Last picture, third row. $1.70. That's the cheapest yet. All right, go ahead. Buy those. First picture, bottom row. Dagwit and Cookie come out of the store with the skates. Now, see, you saved yourself $0.30 by being patient. Suddenly Blondie dashes around the corner. And she tells Dagwit there's a big sale on women's suits around the corner and asks for $30 quick. Dagwit goes... And last picture, Dagwit's in the women's shop as Blondie tries on her new suit. Dagwit hands the sales lady $30. Cookie says... And Blondie replies, we certainly are dear. And Dagwit, thinking of the $30 grinds his teeth in anger. Yes, he's looking from one store to the other, brought Blondie to the place where she could see the suits that were on sale. But Dagwit never wins. No, no, Dagwit never wins. But you will if you turn over the page because now it's time for Roy Rogers. Oh, there he is, Roy. Very well, here we go with Roy Rogers, King of the Cowboys. Now here we go with Roy and Frigger. Roy has arrived in Pine City. He's talking to his friend the sheriff. They're standing in front of the bank which is boarded up and the sheriff is explaining... Well, the last robbery broke the bank, Roy. This town face is ruined. Roy replies... Well, there must be some way to get to this Sphinx gang that did this job and break it up, sheriff. Well, they've boarded up in an old mission. Impossible to get in. Roy decides to see what he can do to help the sheriff run down the gang. He mounts his horse, third picture top row and says to the sheriff... Here's my plan, sheriff. I'll pose as a wanted man and try to get into the gang. The sheriff replies... I hate to give up, Roy, but if you fail, I'll have to ask the governor for the militia. Then later, last picture top row, Roy is galloping toward the gang's hideout. A tough-looking hombre lurking on the ledge above the road sees Roy approaching. He says to himself... Well, first time I ever seen an owl heading for the Sphinx's gang hideout alone. He must be a new recruit. First picture bottom row, as Roy passes under the ledge, the man drops the last shoe over Roy's shoulders. Hey, somebody's trying to hog-time me. Hey, Trigger, run!  Barlow braces his feet against the ledge. Trigger lunges forward. That's it, Trigger. He'll have to let go now. Suddenly, there's a sharp crack. He's trying to get away. Oh, suddenly, there's a sharp crack. Barlow yells, Hey, hey, the ledge is giving way! At last picture, Barlow lies beside the road, pinned beneath pieces of the broken ledge. Bless you, you'll pray for this. Roy answers, Give me those guns. And then he sees that the barrels of the guns are plugged, and Roy exclaims, Hey, what kind of a bandit are you? Plugged guns can't fire. Yes, he found out the hard way that he'd picked the wrong horse. I'm surprised he wasn't killed by the pieces of rock that fell all around him. Me, too. I can't understand what he was up to, or why his gun barrels are plugged. I can't understand. Well, next week, maybe we'll find out. Now let's turn over to the last page of all and Dick's adventures. And I'm anxious to read that because Dick is in the early days of America in the American Navy with Lieutenant Oliver Perry. And the Americans are at war with the English. And at the moment, Dick is on board the newly built American ship that's called the Lawrence. And it was prepared to engage the British ship in battle. And the British ship was outside the harbor, and it was waiting for the American ship to come out. But a terrible thing has happened. You bet it is terrible. Lieutenant Perry started to sail his ship out of the harbor, and she got stuck on a sandbar. Oh, if the British take them now, they could just blow the American ship to pieces. But I wonder what can happen. Well, let's read now and find out. Here we go with Dick's adventures. Let's say the magic words with me. Riggity-pack-de-zack-de-zick. Let's have music for adventurous Dick. Riggity-pack-de-zack-de-zick. Let's have music for adventurous Dick. As Perry realizes his ship is stuck on the sandbar, he's sure he'll be attacked by the British. Last picture top row, a single gesture from Perry sends every man swiftly and noiselessly to his battle station aboard the unmovable Man of War. Not a man among them, but expects the next instant to be blown into kingdom come. First picture second row, they silently stand by, waiting for the attack which they are sure will come, waiting to fight back with every ounce of powder and every nerve in their bodies. There's an ominous whiff. But from the outer darkness where the British cannon should be blasting fire, not a sound comes. Another silent gesture from Perry sends Dick last picture second row, racing up the rigging to see if he can why the British are passing up this perfect opportunity to destroy the helpless American ship. First picture bottom row, Dick stares through the darkness and then he can hardly believe his own eyes. In the pale moonlight he sees the British fleet sailing away and he shouts, they hold down and heading toward Canada.  Perry Riley announces my impression gentlemen that our enemy has sailed off to attend a banquet to celebrate the king's birthday and to give us a chance to get off this blasted sandbar. Oh yes it really was. And just because the English sailors decided to celebrate the king's birthday they missed their chance to attack Perry. Yes and let's hope by next week he gets his ship off the sandbar so he'll be in a position to fight the British in their own terms. Oh I hope he can. Now please read me Rusty Riley because this is going to be the day when the race is supposed to be run. Yes the day when Rusty has his chance to win the thousand dollars to give to Mrs. Jones. And then she won't have to turn her phone so quick read please. Very well here we go with Rusty Riley. Gallop and run till the road is dusty. Give us music for his horse and Rusty. Rusty is mounted on his horse space pilot. All right come on Rusty it's almost time for the race. Rusty answers. Well okay Pete it's too bad I don't have a jockey suit but well I guess that won't bother a space pilot. A friend stovepipe who has been such a big help to the boy smiles. Success my lad. Success. Rusty joins the line of horses moving toward the track. He smiles nervously to Pete who is trotting along beside. Well we just luck Pete we've just got to get that money to save the farm for Nell and her mother. Well I'm calling for you Rusty and I'll be right in the front of the grandstand. Mr. Stovepipe somehow got a couple of box seats. A few minutes later last picture top row Stovepipe and Pete are in their seats in the grandstand watching the horses as they approach the post. Stovepipe smiles. Excellent seats excellent seats. Reminds me of my private box at Ashconn. Ah my boy this is truly the sport of kings. Especially one as a proprietary interest in one of the entries. Pete answers. Well Rusty and I are aren't thinking about the fun. It's Nell's mother. Oh jeepers they're ready to start.  The first picture of Adam Roll the horses leave from the starting post for the thunder of hoops. Rusty is in second place as they go to the first turn. A jockey riding beside Rusty says to himself. I thought this kid on my left would be a pushover. But he's got a horse. Then he can ride him. Rusty shouts. All right come on come on space pilot. In the grandstand Stovepipe leans forward excitedly.  I drove that chap in the red and yellow silk is leading by half a length. And Rusty can't close up an inch. Last picture the horses come into the home stretch. Rusty leans over space pilot's neck and he says in space pilot's here. Please space pilot. If you never win another race please win this one. Now don't get so excited. We'll find out for sure next week what happens. Well you'll have to spend seven days crossing your fingers for Rusty. But I wonder if I can wait. Well we'll see you next week what happens. Now that's all the time I have. But before I go here's that nice fellow with some more interesting information. And all your boys and girls I gotta go now. All right Mr. Cromby weekly man. But I'll be waiting for you next week. OK that's the date and the date with all your boys and girls. Be sure to meet me with our little friend Miss Honey next week when I read Puck the comic weekly. For I'm the comic weekly man the jolly comic weekly man I'll be back to read the funnies to you happy boys and honey. Don't forget boys and girls see you all next week. Your friend the comic weekly man the jolly comic weekly man