Yeah, let's go. I quit my job to dunk. Let's get it So yeah, I quit my job for the dunk life. What does that mean did I quit my job to go dunking professionally? No, dunk life to me is more than just dunking. It's living my life my through my passion doing things I love all the time. That's what I'm shooting for and I'm on my way and this next chapter I'm super excited for so technically I'm a full-time content creator But I am working with other people and working for other people But all I'm doing is working on content producing podcasts making videos all in the same brand that I love which is Motivation inspiration and helping others and inspiring them to be their full selves and make the most out of their life So that's what I've been doing and now even what I work on even my work is doing that as well So I'm so pumped and I can't wait to take you through this next chapter. Oh Yeah, so I quit my job actually just left for today And it's not my last day, but I have one more week and today. I'm actually headed straight to LA Let's get it. It's a Red Bull event. Can I make it? Well, see you want to know a little bit more details about my new position Check out my podcast and coming soon on my channel. I'm gonna make my part 2 video I'm still in the works with that But I am gonna be focusing on my dunk vlogs and I'm excited to get my content even better because now I'm free with my mind and my focus to be all about dunk life And I'm excited to make more and better content. Let's frickin get it and one big take away from landing this position has been Everything that I've ever done on my channel every time I tried to push my content has led up to this moment When I had the interview when I had them show them what I can do I was very confident because I was doing the podcast daily And when I went to set up a podcast I knew what I was doing I was efficient and I felt very confident that can produce something that they would be happy with so just as a tidbit Go hard at what you want to do keep getting better at what you want to do because you never know when that Opportunity is gonna meet your preparation and that's the formula for luck And I didn't make that up But that's a really good one that I wanted to give to you and just like Rob Deardeck says make your own luck so prepare your ass off and keep working and that Opportunity will arise and you got to be ready for it. So take it and be ready for it and let's go All right, so hamstrings getting better I had to jump earlier this week because the legend himself the golden bear was there So I had to jump a little bit got some dope photos, but actually warming up. They just did a little sessu I don't even know if I can say that but I can't post it till after the base post it So if you're seeing this you're probably it's already. Okay, so good now I'm gonna try to dunk and get some epic photos from the one and only golden bear My hamstrings feeling good not like great, but I got a massage yesterday, too I think there needs some soft tissue work as well to break up some of the scar tissue in there But yeah, I think today low room is the perfect remedy for exactly what I need and also stay in shape You get it how much energy you got it's all gone. How much do I have?  You're good. Let's go Walk backwards for the Sun So the other thing I noticed is that I could work on is my technique So when I come back healthy, I have really good technique because I never really do low-ramp So this is my other chance to do my low-ramp technique so I can come back hanging off all plants and tricks I don't even want to do tricks. I just want to be good off the drip I can put some force behind it, but very tiny penultimate and very tiny bending so almost no load I don't know where the load is, but it doesn't hurt. It doesn't feel like I'm straining anything That's what I'm gonna stick to. I gotta do my other dunks sideways kind of back. I like that car It looked like you practice it Eight and a half feet. We're watching your session together. Thank you If you guys don't know about Florida and their love bugs, he's gone. When? Okay, so now nine and a half feet just gonna work on my off the dribble two hands because they're atrocious There's a little bit technique work a little bit of pushing to get my energy drained myself And that's it. Let's go because I barely used any momentum Barely used a penultimate just super springy didn't even load up still got up there Yeah Had it till LA tomorrow, and I'll let you know how that goes super excited to get my hamstring healthy and get that technique work Come back dunking on your entire family. Sorry in advance for those new to the channel. This is what you can expect perfect And for those new to the channel, this is what you can expect even tell them who you are All right, fine for those new to the channel and the algorithm, you know, welcome to my new algorithm This is what you can expect Yeah, are you gonna go to the Red Bull thing? I'm gonna see if I have time, but I probably not Yo, so I think I'm gonna have time now. I'm really gonna try to make it so stay tuned and there's a lot of people watching me right now All right, so I take off. Let's go Oh


Hello and welcome. Now, the novel Frankenstein by Mary Shelley is considered among one of the major classics. However, if you are studying this either for your coursework or exams, it is also an incredibly wordy novel and there are lots of different subplots and sub-narratives and different main characters, of course the primary ones being Victor Frankenstein and the creature, and sometimes it can be a little bit difficult to wrap your head around all the major events that you need to understand, but equally to kind of take a step back from the story itself and know really what you need to focus on. Now, when it comes to actually revising for this story and of course also writing about this, it's really important to have an eagle's eye view. So what I decided to create was essentially a mind map, charting all the major events in this story. Now, bear in mind that this story is considered in terms of its narrative structure and its narrative framework. It's written in what we call an embedded narrative. In other words, it's not written from one person's perspective. It's actually there's a framed narrative. So this is the main story or the main person that introduces the story. Of course, this is Captain Walton. He's writing a series of letters then contained within that is another sub story and another sub narrative. Of course, this is Victor Frankenstein talking directly about his story and recounting his events. However, within his recounting, we then hear the creature himself when he encounters Victor Frankenstein and the creature also shares his narrative. Okay. So really, if you think about it kind of in a series of boxes, you've got the wider narrative, the frame narrative. So the widest box is Walton. So Captain Walton, his story and it's in his letters. Then a smaller box inside this wider box is Victor Frankenstein's own story. And then another box inside Victor Frankenstein's box is the creature. Hopefully that hasn't confused you. Just bear in mind that. And of course, this is one of the reasons why this story is so powerful, but equally also can be a little bit complicated. It is written in an embedded narrative structure. Okay. Now, what I think would be really good is to really start off by looking at generally all the major events that happen in this story. So that you can really have a clear idea and a clear understanding of the major events. Okay. And then with that, what I will do is go over all the main characters and key quotations to remember. And I will highlight, for example, when it comes to the character of Victor Frankenstein, the creature and so on, all the key quotations to remember for them, but also the word level analysis you can do when it comes to each of the key quotations. Okay. In this way, I'm trying to make this novel a bit more digestible and a bit easier to follow and to understand. Okay. So now what I'm going to do is basically go over the entire plot with you. Okay. Now, the story and as I mentioned, it's an embedded narrative. So the first narrative starts with Captain Walton writing letters to his sister who's back in England. And we learned that he's on a massive expedition on an exploration mission. It's something that's part of his ambition to essentially get with his men to the North Pole. However, he gets stuck. He gets stuck in the ice. And whilst he's stuck, he discovers a man, a really mysterious character in this cold area. And this man looks like he's almost very close to death. He's intrigued. This man, he's lonely. He's isolated his by himself. He then, of course, because this man looks like he's about to die out in the ice. And of course, this is in a very forbidden atmosphere. In fact, actually Captain Walton's own ship can't even pass through. He invites him on board. Okay.  He discovers that this man is called Victor Frankenstein and Victor Frankenstein, who's intrigued about how did you come here? How did you get here? Victor Frankenstein then narrates his own story and he's almost telling Captain Walton. Look, please take my story because I can see that you're a very ambitious man. I used to be an ambitious man and that ambition caused me a lot of pain. Please take my story as a cautionary tell to maybe dampen your ambition a little bit. Okay. So Captain Walton, of course, is writing all of this and then Victor Frankenstein starts his narrative within Captain Walton's story. So we firstly learned that Victor Frankenstein, he tells Captain Walton and of course speaks directly to us of his early life. We find that he had a very idealistic early upbringing. He's very intelligent. He comes from a good family and he talks of his early life and his really idyllic family setting in Geneva. So we learned that he comes from a very good family and then when he gets older, he sets off and goes to university to study anatomy. In other words, to study the body and how the body is made. Now whilst he's at university studying anatomy and how the body works, he becomes really ambitious and he starts working on what becomes a really passion project, something that really consumes him. It consumes him to the point of him becoming really obsessed but also almost sick. In other words, Victor Frankenstein confesses that whilst he was at university, he started working on his creation, essentially the crowning achievement of his university projects. And this creation was a creature that he wanted to make and it was made up of dead body parts. So he confessed that he went to the graveyards, you know, dug up different body parts, so different head, eyes, hands and so on. He put all of this together. He played the role of God and created a new creature, okay? And Frankenstein then brings the creature to life and of course bear in mind that he has played the role of God. He's played the role of both mother and father. They've created a new creature.  It wakes up and when the creature, this creation of his wakes up, he is really horrified to behold it. He's horrified to behold this new creation and as a result, Victor Frankenstein confesses that he became so overwhelmed that he fled. He ran away from essentially what is his child. He ran away, runs off, goes to sleep, has really fitful nightmares and essentially runs away from his creation, okay? Then Frankenstein when he later recovers but he never goes back to find his creature, his own child and he later then finds a letter and receives a letter from his father in Geneva basically saying that his young brother William has been murdered. Now Frankenstein of course ponders this sudden change of events and he suspects that the murderer of his own brother William is the creature that he created and abandoned, okay? So he returns home. So he leaves of course university. He returns home for his brother's funeral and realizes that not only has his brother, his young brother William been killed but Justine, their servant has been mistakenly suspected and accused of being the murderer and she's unlawfully, she's lawfully executed. However, it's on the mistaken assumption that she is the one that killed William. So Victor Frankenstein is really tortured by this knowledge because he realizes that as a result of him, he has been directly related to firstly William's murder but of course also the murder of Justine who is a really, really good and kind servant to them. So Frankenstein feels really guilty and he feels incredibly responsible for both the deaths of William, his young brother and Justine and he runs away to the mountains where he finally meets the creature, his creation, the child that he ran away from. Now, this is now the third narrative. Okay, so the creature approaches him. Of course, Frankenstein and the descriptions we get of the creature, it looks really horrifying. Okay, now the creature then approaches Frankenstein and tells him his story. He, how he basically as a child that's been abandoned slowly started to understand the world around him. He's very eloquent. He's able to speak really clearly and we learned that he learned how the world works through primarily watching from a distance. The Delacy family because initially when he first was kind of figuring things out, he noticed that human beings who judged him based on his appearance and not the quality of his character would often run away from him or become really violent.  This is where the Delacy family lives and he witnesses them and this is how he learns how to speak and how to communicate. He longs for warmth, companionship like a child would long to have a mother, father, a family. He one day approaches the Delacy family. At first he approaches the blind father who accepts him however when the other seeing human beings see him. So the other members of the Delacy family, they do chase him away. So the monster reveals to Frankenstein or rather the creature reveals to Frankenstein that he is incredibly lonely. Human beings are very shallow. They judge everybody based on appearance, not the quality of the character and the creature says because he's very lonely he wants Frankenstein who also abandoned him as his maker. He wants him to create a mate for him, a companion, someone who can be his lover but also his friend. Frankenstein agrees initially and he creates a mate, right? So he creates a female version of the creature. However, once he creates her he realizes how maybe he might unleash a race of these terrible beings onto the human race and ultimately maybe even cause the deaths of all human beings. So he decides to destroy this creation of his meaning of course the creature will never have a mate. The creature witnesses him doing this and he vows revenge against Frankenstein. Now, later we find that one of Frankenstein's really close friends, Henry Carval is killed and as a result Victor Frankenstein himself he finds himself in the same position as Justine who was accused of murdering William. So he finds himself in the position of the accused. He knows that Henry was killed even looks at the marks of the fingers that killed and choked him and he realizes this is the creature, okay? However Frankenstein cannot prove his innocence.  So the creature vows that not only will he be alone because of Frankenstein's actions but Frankenstein himself will also be alone. So as a result he ends up killing Elizabeth on Frankenstein's own wedding night and Frankenstein also discovered that his father has died. So now he is completely alone, completely isolated but equally he realizes that his creation has been at the root of all of these senseless murders. As a result Victor Frankenstein decides to now vow revenge. Now the tables turn it goes from the creature constantly trying to pursue Frankenstein, pursue his family, pursue everything. Frankenstein is now alone and Frankenstein is the one that now starts chasing the creature. He wants to destroy this creation and he decides to hunt the creature down and kill it and this is what leads him to go deeper and deeper and deeper into icy regions across Europe and he finally gets to the icy North Pole and this is where when he's almost at the point of death he meets Walton and Walton welcomes him on his ship. Now ultimately the story ends sadly with Victor Frankenstein once he's told his very cautionary tale against ambition and against overreaching human boundaries and playing the role of God. Victor Frankenstein ends up dying and the creature who's been secretly witnessing this interaction comes in when Walton has left Victor Frankenstein's body. He appears, the creature appears and weeps and Walton finds the creature morning over his father and mother and morning over his creator.  So that's it when it comes to understanding the plot and the narrative of Frankenstein. Do bear in mind that it is written as I mentioned in an embedded narrative. The main narrative framework, the frame is Captain Walton who's very ambitious and of course once he realizes these ambitions he decides to now head back to England who doesn't want to do any more discoveries and try to play the role of God. However Victor Frankenstein's story is told within his and then within Victor Frankenstein's own story is a creature's story. So thanks so much for listening and do make sure you come back where I'll go over all the key quotations to remember for the main characters of this story.


Next, let's see how to use the Organization Unit Report. We'll select it from the left-hand side menu. We start by selecting an Organization Unit, and then we select the Group Set. Here we can see a couple examples of Organization Unit Group Sets. Let's see what happens when I select one of these Group Sets. If I select the ownership type and click on Get Report, we can see that it breaks down these facilities into public and private. Let's select the region and update this report. We can see here now the number of private and public facilities within each district. If we change this to Urban and Rural and get the report, we can then split the facilities up by their location. This can be quite useful in terms of describing the layout of our Organization Unit Hierarchy to other users. Lastly, let's have a look at reporting rates. We'll go to Reporting Rate Summary. In order to select a reporting rate summary, let's start by selecting a data set. Next, we will select a period type. This data set is collected monthly, so we cannot select daily or weekly. We can, however, select monthly or any other period above monthly. Let's have a look at a yearly period. We'll select a year, and then we'll select the Organization Unit that we want to review. I'll then click on Get Report. In this example table, we can see the number of actual reports that were submitted from each health facility that belongs to this particular district. We can also see the expected number of reports within the period that we have selected. In this example, I expect one report every month. Therefore, within the year, I expect 12 reports from each facility. We then have a calculated rate, which is the percent of completion for these facilities. We also have two additional columns, which show the number of reports submitted on time. This is user-defined, and we will get into that a little bit more later on, as well as a calculation for the percentage of reports that have been submitted on time.


Hello and welcome to the Monday market update with me David Madden. Today's date is Monday the 10th of June 2019 and the time has just gone 1155 British summertime It's been largely speaking a fairly positive start to the European session a number of actors are coming to play here and essentially Trade tensions global trade tensions have pooled a little and that has helped extra markets push on From the fairly strong finish that had at the back end of last week Starting off with the kind of most important one Over the refer from Steve Mnuchin the US Treasury Secretary who stated that President Trump isn't going to make a decision in relation to the increase of Chinese tariffs until President Trump missed at the the Chinese leader later this month So it would appear But for the time being things are going to tick along as they are in relation to US China trade Obviously that can change but for the time being it seems that things are kind of Added a bit of a standstill in relation to US China trade and we have seen in recent weeks and months Whatever that there's no negative news. We've often seen traders and Enter by a backing of the market and that's precisely what we're seeing Speaking of trade We've heard of the weekend that the US isn't going to press ahead with an increase if I by importing the tariffs on Imported from Mexico It's not really a massive surprise And it was quite it was quite clear that the threat of tariffs on Mexican imports Was largely to do was it basically to be to do with border security? Mexico I've stepped up the board security in relation to the US the Mexican US border and the US government quote a full confidence In the Mexican government's ability to kind of maintain a higher level of security So they're the kind of the really kind of the big issues in relation to kind of global trade being eased We had to have some economic indicators out of China overnight to be honest There's some good news in there. There's some bad news in there Starting up with the bad news Chinese exports, you know in US dollar terms declined to Chinese imports imports US dollar in you in US dollar terms declined by 8.5 percent Which really does kind of highlight Declined demand in the second largest economy the world but on the bright side exports actually increased by 1.1 percent, which isn't huge But it was a decent enough rebound to comparison with the decline of 2.7 percent in the previous reading So that the mixed picture there It shows that in exports are still rising despite the fact that there are tariffs on their goods But the but the foolish size of a decline in Chinese imports paints a picture that demanded declining I keep mind China's economy has been has been cooling for the last decade or so So this can add further way to the argument That China probably they probably can they can handle the trades back with the US probably to really don't really don't want one So they're the kind of the big kind of the big stories on the last Take a couple of days taking a look at European equity markets starting off with the FTSE 100 This is fairly common I'm gonna cross the board how we had a fairly sizable move from late December often up until April So it multi mod highs in April But notice how we had a lower low a lower high another lower low But so what you can know could be could be the sign of a downward trend But notice how the markets pushed on higher here managed to move above the 50 moving average In fact managed you I should take out the recent kind of mid-may high here So this could be the sign If you can hold above these levels and predict if you can hold above the fifth day moving average at 7339 if you could hold above these levels and build on it It could be to assign that we're kind of over the work We're over we're gonna we're gonna fully recoup the ground that we lost between Between late April and early June So this could be a sign that we're actually gonna recover all the ground if it can press on higher from here We could be looking at retargeting this area here in around the seven thousand four hundred and sixty mark And if you press on higher beyond that You'll be looking at retesting the late April high of in around 7,520 30 ish I don't if you go beyond that if you've been looking at reckoning this area here in around 7,558 But if the market does manage to turn over on itself yet again and have a sharp move to the downside We could be looking at heading back down towards this get a line here the one already moving average Which comes into play at seventy two twenty one And we can see that on a few occasions recently that we saw some consolidation in that area And we saw a clear example of support coming to play here So the metric is actually a support in the past which makes it More likely that it will do so in the near term But if the area to keep them out for to be really worried about is this area here the early June low in around 7,000 and 79 if you take it if a size of break below that That would be a kind of you know a month That would be another lower low and a multi-year multi-month low and I could point you for the losses Penetrate you down to the psychology Portland 7,000. I take a look now what's going on over in the US Starting off with the the Dow Jones So similar situation where by the US market between January mid-December and An April quite an impressive run quite a bit of ground has been given up Between late April and early June, but similar to similar situation to the FTSE 100 or by the rally here In this case it actually come to be above It's a fifth of the moving average and the highs here have taken up highs of kind of middle mid-May And so it's looking We you know if you could hold above this blue line here the fifth of the moving average Which basically comes into play at the cycle as you actually important 26,000 mark if you could hold above that It's like a likely to be good press on higher from here and target this this region here in around 26,400 and if you go beyond that we're going to be heading up towards the 26,700 mark here So we've already recouped quite a bit of the ground Which is which suggests that we are going to continue to press on higher from here But if you do manage to actually turn over ourselves yet again We could be looking at falling back to this yellow line here the 100 moving average Which comes into play in around 25,750 The metric act is both support and resistance on a few occasions In the last few weeks of the last few weeks, so it makes it more likely that that'll be of importance in the near term and even if you Push below that support could be found from this trend line here You can notice how it acted as both resistance and also support at the beginning of the beginning of the year It's sort of acted as support In mid-May, so that trend line comes into play in around the kind of 24 25,500 ish mark So that region might act as support and then they also keep mind running far away from the turning moving average this red line here in at 25,415 So the general area might act as support should we see a move to the downside Take a look at what's going on with the SFB 500. It's a similar situation or by After a very impressive rally between late December and early And early May the market has managed to give up my manage gave up a fair bit of ground But we have recouped a sizable amount of those losses. So the ground that was lost between May and Basically that the month basically early May to early June a good portion of it has been has been recouped Like with the Dow Jones just be 500 is back above its 50 the moving average the SP 50 moving average comes into play at 28 71 We're not we're pretty much trading at the mid-May high of in around 2800 and 84 85 if you can hold above these levels and if you're gonna press on higher a bit from here It's likely we could be targeting in around the kind of 2920 mark but a consolidation in around here And if you go beyond that we could be leading a target in 2958 If you do have a move to the downside Support could be found from this yellow line here Which is the water to moving average and that comes into play in at 28 15 And if you even move below that it could be found from the kind of psychological important 2800 sorry 2800 mark and once again the trend line Which was back in quite a while This trend line goes straight all the way back to the lows of February 2016 through November 2016 This particular trend line Actors both support and resistance at the back end of last year and also early as relevant in early 2019 so that's trend line which comes to play in around the 2785 mark these are all potential areas for support should we have a move to the downside Take a look now what's going on in gold So gold has had a major rally between basically between late May Until now I've had a major move to the upside in gold. It's almost you know in a straight line Which isn't which usually doesn't last very long, you know the markets If they have a sharp move in one direction, it's difficult for that to be sustained over over a period of time So we might have a bit of a pullback Consider how much ground we managed to kind of come with ground we managed to make is just a short space of time See notice here how on Friday that the market management should hit a level not seen since since April last year, so talking about The highest level in over a in well in just in over a year about about 13 40 mob high didn't actually hold up at that level though and Notice how the market is a bit lower today because we're in more of a the US dollar response back I mean we're in more of a risk on attitude So the market so the gold market As is given a bit of ground if you continue to drift lower from here support could be found from the get from this region here in around 1324 maybe down in a thousand three hundred and twenty or perhaps even as low as this area here in around 1310 Given then it how steep this risk rally is it's possible that the kind of the upward move could continue But might continue at a less steep rate at a less quick rate So we might see a bit of a move to the downside back down towards 1300 and then potentially look to actually push on higher again continue the wider upward trend But I don't have it at a at a more At a less quick pay So if you're going to head back up here, we could be looking at retesting 1346 And if you go beyond that keep out now for 1366 levels that was last seen in her in around April 2018 It's only really if you're going to take out 1300 But then we actually looked about she kind of have a 30 kind of size and move to the downside I thought that is the case support could be found from this blue line here the fifth Moving average which comes into play in around 1290 Turning our attention now to the oil market starting off at Brent crude So the oil market similar to equities and a massive rally between late December and late April and then since then we've had you know a fairly fairly size book Move fairly size book all back So you have the lower low the lower high and lower low and lower high lower low And the market has rebounded again But if you could hold above this area here In around $60 a barrel if you hold above that level as it's possible that we could actually look to kind of push higher push on Hard yet again Now they can a factor behind this elephant gold was concerns about about global trade Those tensions appear to have Let it away somewhat for now. I should kind of trade would become less fearful about global trade We might see a rebound in oil and should you press on higher from here we could be looking at heading up towards this area here in around where In around the kind of 68 dollar mark when we're not too far away from the one or the moving average units at 67 spot 64 and the 30 moving average comes into play in around 68 spot 52 So in around 68 dollars far out there. They're about But if you do manage to actually turn over lower than self again Keep them out for the psychology porn 60 bucks a barrel per 60 bucks per barrel and if you have a break below that We could be looking down towards this area here in around at 57 spot 50 There's a few occasions that actually as a consolidation so it's likely that it could be important in the near term In terms of the price action wise it's a fairly similar situation on WTI provides at a major Valley between the end of 2018 and An April this year We had a fairly sizable sell-off, but notice how the market did manage to sell off didn't really take out The early okay that made it January lows of 50 spot 36 We managed to just about hold above that so if you could hold above that metric We could look you heading back up toward this area here in around 56 dollars a bar We can see on a few occasions that there's a quite a bit of consolidation in that area So keep an eye out for 56 dollars a barrel and if you press on higher from here We can try getting this area here in around the psychology Portland 60 bucks per barrel. I sort of really if you take off the recent lows in around 50 spot 54 or maybe down to a 50 spot 36 It's only really if you take out those lows could be looked ahead back down towards 48 dollars a barrel Or potentially this area here in around at 47 dollars per barrel Take a look now some currencies euro versus US dollar So your daughter was in a fairly clear and obvious downward trend for quite a few months There was decent support coming to play in around that one spot 1110 area, but the market has magic and a press on higher Combination of the the European Central Bank last week worth is dovish and some traders expecting that they were and more recently the Fed reserve I've given some indication that they're open to the idea of interest rate cost towards the back end of this year and and Bond markets have really gone with that second a lot of pressure they put on the dollar So that's where I've seen this size of a bounce back in the euro versus the dollar If you can hold above the kind of the 130 in area It's likely we could press on higher from here Keep an eye for the eternity moving average this red line here, which comes into play in around one 130 can is 62 ish and if you go beyond that keep on there for the mid-march high of in around one spot 1448 and I saw it if you do have money to have a down Market does match to turn over and start yet again So four could be found from this area here in around one spot 12 And the friends the charts goes the last one to look at the pound versus US dollar So pounds starting is obviously I've been a very good example of a downward trend in the last couple of months I think I said looking relatively relatively bearish on the pound starting But if you could hold above the recent lows in a one spot 25 59 It's likely that we could see a continuation of the recent rebound if we can press on higher from here We keep looking at tracking this area here in one spot 28 And if we go beyond that we can head up towards the dirty moving average this red line here in at one spot 2945 or up a fire as one spot 30 But if you do manage to take off the recent lows here We could really keep targeting heading back down towards this region in at one spot 24 76 if you're going to be trading cable Please keep my for keep my on on UK politics Theresa May is no longer the conservative party leader So the the Tory leadership race is on and depending on which candidates are put their hat into the ring And which are looking likely to succeed That's going to drag the British pound around and essentially everyone is going to be looking up the particular candidates Policy and Brexit are they more on the remain side or a soft Brexit prexist? Would you be likely to be less which put this way? Any candidate that is avocating a hard Brexit and it's looking likely that they're going to do they're going to Succeed succeed Prime Minister. Mrs. May That's likely to have a negative impact on the pounds to keep a line for starting volatility in relation to the Tory leadership Quickly taking a look at the week ahead The weekend article can be found on a website if you go to cmcmarkets.com and under under a new to analysis You'll find a good portion of the articles that we do on a daily basis. So scroll down here looking ahead to tomorrow we have UK unemployment and wage data Press Nicholson the the house but the company have first-time figures up tomorrow on Thursday the Swiss National Bank Have their interface decision on Thursday. We have first quarter figures from Tesco On Thursday, we have full year figures from majestic wine We've second quarter numbers from Broadcom on Friday We have Chinese retail sales and industrial production and lasting on Friday. We also have US retail sales Finally before we go if you have any comments to make on this video or any of the other videos We've made here at CMC markets. Please feel free to leave review on reviews. Thank you very much


Oh, right my friends, how are we? What is going on? Welcome back to another Rugby Player Reacts video today. Well, I am a Rugby Player, I'm currently playing rugby for a team called Littleton, but we're not reacting to American football, which is where probably a lot of you guys have come to this channel through. We're actually reacting to running and out and out speed.  Well, I could be up at two in the morning as a five year old watching the Olympic Games before school. It doesn't matter what it is, speed is king. Speed is incredible. It's fantastic to watch. And there's nothing like the 100 meter dash is there. There really isn't. And with that in mind, there's one name that keeps getting thrown around. There's one name, a teenager's name, that I've heard for probably the last year or so. But I haven't recently, but there is one video that came up across my newsfeed probably about a month ago. And I thought, you know what? The one time that I actually do delve deep and find out about this guy, this is going to be the video that we watch. And it's called The Truth About Matthew Boling, the next great Olympic sprinter. And with that being said, if he does become the next great Olympic sprinter of, well, I've got a duty to check him out before that happens. Because at the end of the day, when you type in rugby player reacts to Matt Boling, this video will come out. Type it in in 10 years time. This video is still going to come out. So it has to be done. Anyways, The Truth About Matthew Boling, the next great Olympic sprinter. Let's get into it. He had one of the greatest track and field campaigns in history as he maintained an undefeated season over multiple disciplines and he became the first high school athlete to ever run under 10 seconds for the 100 meter dash. In addition to his sprinting dominance, he also achieved great success in the long jump with one jump in particular going just over eight meters in length. This was the furthest high school long jump in over a decade. Hang on. I know he's probably going to tell me this but 2016 long jump medals. Oh my god. Okay. He jumped 8.01. In the 2016 Olympics there's two rounds and the two automatic qualifiers with the round winners. The winners of those two rounds jumped 8.20 and 8.24. All right. We've got a top. Okay. So, all right. Yep. Mm-hmm. Shit. Got a couple of personal bests here but basically, basically, if you're jumping over eight meters, you're at the Olympic level. There was 8.18, 8.16, 8.20, 8.19 and then the final round on his last attempt, Henderson won it with an 8.38. And with that being said, let's get back to Matt Bolling. And it only further displayed Bolling's unbelievable athletic capabilities. This versatility is what makes Bolling so compelling because even though he's certainly one of the most exciting and promising team-writters in the world. Let's watch that again. ...because even though he's certainly one of the most... But I should watch this. Look at the... Okay, this guy runs a 10 second... Runs a 9.9 second hundred. Okay? He's 18 years old or 19. Wonder how tall he is. Look at this, man.  Exciting and promising young sprinters in the world. His raw athleticism is certainly the absolute elite of the elite. To the surprise of no one, Bolling was awarded the National Gatorade Track and Field Athlete of the Year for his senior year of high school, signifying once again that he was on another level for track and field excellence. So he won that. He won the National High School Athlete of the Year and then goes and breaks all these records as next year at college.  What about this year? Is he gonna run a 9.8? Is he gonna do 100, 204? Plus Longer? Is he gonna be the next Usain Boll? After his high school graduation, he continued his quest for track and field dominance. And just like he did throughout his entire senior year, he made winning seem almost inevitable. Looks as if... Yeah, his stride is pretty damn long. And it looks as if, just like our old mate Usain Boll, once he gets to that top speed about half way down the track, once he gets to that top in that top gear, that's when the distance starts increasing. Anyway. In June of 2019... Actually, I need to know just one thing, one thing, one thing. He is 20. He's only just turned 20. He's six foot tall, 183 centimeters. He competed at the United States under 20 championships, which brings out many of the nation's most promising young athletes, both in high school and in college. Although he was still only 18 years old at the time, he won both the 100 and the 200 meters. And he won both... Look at him stride out, man. Oh, oh, oh. I don't know if that was easy. He ran a time of 10.15 seconds, which put him a full stride length ahead of his closest competitor. In the 200 meters, he was once again unstoppable as he won the race by over two tenths of a second. This was certainly an exciting and dominant start to his summer. However, Matthew Bowling was just getting started. Well, all right then. Under 20 Pan American championships, he was once again poised to run some of his fastest times ever. And although this was his first real test on the international scene, his racing exploits left many in complete shock. In the 100 meters, the 200 meters, the 4x1, and the 4x4 gold medals. And in both his relay races, he broke the under 20 world records with incredible times of 38.62 seconds for the 4x1 and a time of 2 minutes 59.30 seconds for the 4x4. He also managed to improve on his personal bests in both the 100 and the 200 meters, running times of 10.11 for the 100 and 20.31 for the 200 meters. This was yet another moment of surreal success as he now defeated not just the best competition in his country, but in the entire world.  Or at the very least, you'd expect him to like stumble a couple of times, or maybe have a bad start, or even a false start. Just seems like, you know, he's so clinical, everything is just going perfectly. I wonder who his coach is? He enrolled at the University of Georgia, where he was expected to continue in both sprinting and in jumping. And just like his senior year of high school, he was still a true running celebrity. At the start of the season, he appeared in a video with the University of Georgia football team, where he raced against a fellow football player in a relay race. And just like many previous races, he managed to defeat this athlete like it was nothing. How good. As the year progressed, he maintained an almost untouchable athletic profile, as his elite training was documented in multiple outlets throughout his first semester. Right, I've got to look how many followers this guy's got. It's got to be a million, right? First year in college, right? And if it's not, if it's not over a million, I'll be surprised. Let's see. Huh, 168,000. Well, you've got to follow in me, mate. Oh man. I just saw, I just saw a news report today saying that the Tokyo Olympics, which has been postponed, thankfully not cancelled, is a year away exactly today. And so today being the 23rd of July, that means, yeah, apparently, on the 23rd of July, 2021, fingers crossed all going well. This fellow Matthew Bowling may just be at his first Olympic games of many, hopefully.  That's going to be the story of the Olympics. You know, Usain Bolt, he's done. Unfortunately. God, I loved watching him. 04, even 04. 04, 08, 12, and 16. What a dynasty. What an absolute legend. And it seems like, well, the world is this guy's oyster. Can make the Olympic team as a freshman in college. Unfortunately, after an unprecedented turn of events, the entire world suspended all track races, leaving Bowling with many unanswered questions. Although his season unfortunately got cut very short, we did have the opportunity to see Bowling compete during the Olympics. He's going hard, isn't he? And the truth of these performances is absolutely stunning. That is, yeah, he's running extremely hard. That is talent plus, you know, working hard, which in the end creates something extremely special. On January 12th of 2020, Bowling ran his collegiate debut at Clemson University in the 60 meter dash in his very first collegiate finals performance. Look at that, bro. He's behind. He is behind. His stride is in, he's literally got the same stride as Bolt. It just takes him a few strides to get up to speed.  In 2020, Bowling ran his collegiate debut at Clemson University. He really does, mate. You guys know, right?  And then it's like, boom, here's the exact same movement. It's like, it's really trying to like power through those first two steps, first three or four steps.  Big time, big time. He's not as tall as his very first collegiate finals performance. He ran a time of 6.68 seconds for the 60 meter dash, putting him third on the top. He came back well, didn't he? Time list at the University of Georgia. And that's what it looked like.  Additionally, Bowling typically takes a few strides to get into his racing, but somehow he still managed to run a very respectable time in this rep. Exactly the same as Bolt. If he gets a good start and he's within a couple of feet of those first guys after like 10, 15 meters, fuck. Yeah. Say no more. Another short racing distance. This performance was indeed a powerful start to his collegiate career, and true greatness was definitely just around the corner for Bowling. Just one month later on February 15th, he once again proved that he was a formidable opponent for all competition. At the Tyson Invitational in Fayetteville, Arkansas, Bowling set out to race the 200 meters. Based on his previous performances, expectations were quite high, but once again, Bowling did not disappoint. In the finals, he ran a superior time of 20.66 seconds, which was easily a new school record at the University of Georgia. Then once again, just two weeks later, he ran another great race at the SEC Championships where he placed second overall with a time of 20.71 seconds. Nice. All of these performances were certainly fantastic, but there is another reason why each of these races were even more incredible than most realize. I actually have no idea what he's about to say. Unlike many other athletes, Bowling had a specific goal for 2020, and that was to reach his best fitness in the summer, as the Olympic trials were originally slated for June of 2020. This means that for his early performances during his collegiate career, he was just beginning to show his true fitness, and out of nowhere, his season was cut short. Look at that, bro. That is a machine, man. Imagine what his 2020 campaign would have looked like if everything would have gone normally. However, given that the Olympic trials are now scheduled for 2021, this one year postponement could very well make Bowling one of the biggest threats in both the 100 and the 200.  What did I just say before? I'm going to be watching him like a hawk. He's going to be in the Olympics all going well. Another year of training, mate. I've really got no words as to the potential of this fella. 100 meters, and who knows? Maybe even the long jump. With his current personal bests, it would be quite challenging for Bowling to make the Olympic team. In both the 100 and the 200, he will almost certainly need to run under 10 seconds and under 20 seconds in order to make the team. Interesting point, because a guy called Karlan Isles, who's a rugby player, plays for the USA Eagles, he's actually come out this year, he's training hard to make the Olympic team. To possibly be the first athlete to participate at an Olympics, doesn't matter if you win or not, to participate in both the 100 meter dash and the rugby sevens. And if he does that, that's going to be one of the most incredible things I've ever seen happen.  So under 10 seconds, he thinks, right, if I can get a clocked 10 second 100, I've got a good shot at making that team. And now as we saw, he's got another 12 months to get it done. And you know, I'm backing both of them. I'm backing Karlan Isles and Matt Boling to be both a part of the USA sprint team at the 2021 Tokyo Olympics. And although he was already beginning to show some improvements, achieving these times against the nation's greatest competition by June of 2020 would have been a monumental task for Boling. Since the start of the pandemic shutdown, he has posted a few times on social media broadcasting multiple clips showcasing his amazing fitness. On March 18th, he showed his raw strength while lifting weights. On March 5th, he showed the more technical side of his 100 meter start as he posted this slow motion side view video.  What? Well, we've heard his PB is actually over eight meters, right? So that's, yeah, definitely feasible. Oh my God, bro.  If he's not motivated now, who, when will he be, you know, he's got all he needs to wait for is the world to, well, to open back up again and fuck, he's very into go. He's right there. Oh, mate. Definitely going to be following this guy. Boling's chances of making the Olympic team in 2021 are certainly higher than they would have been in 2020. And as we previously stated, he'll almost certainly need to be under 10 seconds for the 100 meters and under 20 or perhaps right around 20 seconds for the 200. In 2016 at the Olympic trials, both sprinting events were very much reflecting this reality. Oh, let me, sorry, I wasn't listening. Perhaps right around 20 seconds for the 200. In 2016 at the Olympic trials, both sprinting events were very much reflecting this. Olympic trials. Wow. Okay. Interesting. I'm not sure what the qualifying time was, but it, yeah, it's definitely around that 20 second and 10 second mark, isn't it? Which is the absolute and utter elite. It's reality. And in other Olympic trials, we saw a very similar situation with runners achieving times of just under 10 seconds for the 100 and either under 20 or right at 20 seconds for the 200 meters. Indeed, qualification will be a big challenge for bowling, but it certainly is more possible with the postponement. Bro, he's just turned 20. He turned 21 month ago. He had a decent chance of making the Olympic team for 2020, but if he could continue to improve.  Incredible athleticism. Matthew Bowling very well might become an Olympian in 2021. Hope so, man. Fingers crossed. Pass the question off to you. Will Bowling make the Olympic team in 2021 and what event will be his specialty? Will he qualify in the 100 meters where he has a personal best of 10.11 seconds? Will he make the team in the 200 meters where he has a personal best of 20.31 seconds or will he become an Olympian in another event such as the 400 meters or the long jump where he has excellent personal bests as well? Leave a comment down below and share your thoughts on how you believe Matthew Bowling will qualify for the Olympic Games. Thanks for watching, everyone. And as always, until next time. Wow. Matthew Bowling, what an exciting prospect. What an exciting career he's had already. To answer that question, mate, I do believe he will make the team. And I do believe that Carl and I was going to make the team. And with that being said, I believe both athletes will be in one event, one track event, and it'll be the 100 meters. I feel like, I feel like he's, I feel like, yeah, I think 100 meters. Yeah. Long jump. Well, he's up there. Depends. Honestly, I think, well, let's, let's forget about Carl and I as we're not talking about him right now. But Matthew Bowling, I believe, will put his name forward for all four events. Plus 100 meter relay. Possibly a 400 meter relay. So that's what's that five, six events. And we'll just have to see where the cookie crumbles. I think with another year of training, I think it looks like he's got the determination. I'd love to know who his coach is. But yeah, with all that being said, I really hope you've enjoyed this video. It wasn't your usual topic, but it's definitely a topic that excites me. And come summer Olympics time this time next year. We're all going to be talking about this guy. And you know it. So with that being said, I hope you've had a fantastic day. I hope you're kicking goals out there. And I'll see you on the next one. Peace out, my friends.


Okay, move out. A television camera flying. Or watch a moving wheel that wasn't completely round. How many times have you seen a swimming tank 40 tons a day? In case you haven't already get, it's all in the interest of science. Part of the Army Tank Automotive Center at Warren, Michigan. As this huge installation, military and civilian personnel, are facing space age problems of producing sophisticated machines of war. Sometimes the work of these dedicated men and women touches the area generally reserved for science fiction. A giant X-ray shows imperfections in cast steel. A sensitive sound recorder reveals valuable information of mechanical performance. And evaluate until each piece of equipment meets all specifications for ruggedness and dependability. Research for vehicles of every type and description. Vehicles to fight in mountains, jungles and on beaches. Products of the world's greatest arsenal. Development of weapons ready to carry America's power to any part of the globe. Here is the story of scientists, engineers and technicians who are advancing the frontiers of automotive science and technology. In the heart of Detroit, the world's automotive capital is ATAC. The Army Tank Automotive Center and its components research and development laboratories are the top flight scientists and engineers from the laboratories. It is their responsibility to ensure the mobility of the Army of today and increase the mobility of the Army of tomorrow. This is a big job. They are responsible for the reliability of every component that goes to make up these modern machines of war. Upon their shoulders falls the responsibility to find and develop the components that will make our Army vehicles the best in the world. They must create new concepts. New materials must be found. New problems must be solved. The solutions to these many problems involve research into a great variety of fields of study. In the materials laboratory, important research is being carried on in the field of microbiology. It is the job of the microbiologist to determine if components built for use in Army vehicles are subject to biological attacks. To achieve this, microscopic strains of fungi are grown on the various materials that make up the components of the vehicle. Small growth seen through the microscope here see on these materials. They grow at a fantastic rate, particularly in tropical environments. This could spell disaster in combat. The growth of these small organisms could immobilize a tank and cost the lives of many men. The search for effective ways of fighting these microscopic enemies is part of the challenge. Another enemy of vehicle components is ozone deterioration. Ozone molecules are always present in our atmosphere. Natural and synthetic rubber products that are in storage for long periods of time are particularly subject to this type of deterioration. To combat it, additives called anti-osomate are blended into presently used rubber compounds. A component made from this new blend is then subjected to an ozone chamber. The upper half of this tire section was made of a new anti-osomate compound. The other half was made of a standard compound containing the anti-osomate has not been affected. Modern Army rolls on rubber. This unit is part of a tank track. Different compounds used in making tank tracks are submitted to the laboratory by private contractors. They are tested and checked to ensure that they meet the rigid specifications for use on Army vehicles. Hundreds of different rubber compounds have been developed and are on test today on vehicles of all types in every part of the world. Here in the materials laboratory, a new compound is being developed for possible future use. A formed component comes out of the extruder. It is soft and pliable. It is then hardened in a vulcanizing oven to meet the final requirements of the job. These scientists and engineers face the critical test of continually increasing the mobility of Army vehicles and increasing the storage life of vehicle components. While the effectiveness of a modern Army is based on mobility and firepower, another important factor must be considered, the protection of men and vehicles. In the materials laboratory, various armor fabricating processes are tried and tested. Different types of welds are made on samples of armor plates. At the proving ground in Aberdeen, Maryland, artillery projectiles are fired directly at the weld on each plate. The plates are then subjected to a thorough inspection and analysis, and firing reports are submitted to ATAC. One of the largest and most modern X-ray facilities in the world assures the Army that the heavy armor plate of its tank is free from internal structural defects. By means of a 15 million volt camera and protected by concrete walls seven feet thick, men can see through 20 inches of solid steel. Tiny-skilled X-ray technicians, engineers and scientists combine their skills and experience to make sure the American Fighting Man has the greatest possible protection. It was Army research and development that pioneered the 12 volt electrical system. The results of present research in 24 volt systems will be seen in the private and commercial vehicles of tomorrow. Here in the instrument electrical laboratories, batteries submitted by contractors from all over the nation are tested and checked in the most thorough examination a battery can get. New materials are developed and tested to make the battery cases virtually shock-proof. A six-foot drop onto hard concrete is only one of many practical tests they have to pass. After long exposure to low temperatures to prove their capacity to function under the frigid conditions of the Arctic, batteries and components like this portable generator are tested for normal response. Other electrical components are given grueling tests in this laboratory. A generator is connected to a pre-programmed dynamometer. It operates for 1,000 consecutive hours at minimum and maximum speed. It must maintain proper voltage output at all speeds throughout this period. High speeds and rough terrain add up to severe vibration problems for Army vehicles. This test on lamp filaments is far more intense than any condition in the field. The row of bulbs shows another test given a manufacturer's sample. A contractor must prove his product to be more durable than those of current suppliers. Through this competition, the general public also benefits because of the Army's insistence on better and better products. Testing is not the only function of the man of the instrument electrical laboratory. The experimental wiring being considered here was designed to supply power and drive for the command cubula mounted on a tank turret. From this experimental concept, a working model was developed and is undergoing extensive testing. This machine subjects a tank track to the tremendous punishment it would receive as a component on the heaviest tactical vehicle. Different kind of testing of vehicle components and materials is done in the environmental laboratory. Here a heavy command cubula is being tested on a circular raceway with a new alloy. It must operate under severe temperature ranges without chipping, cracking or deforming. In this special laboratory, air filters are tested and specifications are set. Vehicle power plants like people must breathe. They must be able to breathe in the dustiest and most arid parts of the world. So dust and other impurities are induced into the filters to simulate extreme conditions. In this test chamber, men of science bring the Arctic to Detroit. Here vehicles are cold soaked for long periods of time at temperatures as low as 65 degrees below zero. The bitter winds that blow across the Arctic waste are also recreated here. Lines for remote control and instrument recording are connected to the test points of vehicle components. From the room outside, the engine and other components will be operated and controlled. To prove the efficiency of the items under test, recording instruments are watched and checked and logged. Engine tests are performed at all gear ranges. Research in the laboratory permits the Army to fight in gale force sub-zero winds on the Arctic tundra or in the hottest, driest, most remote corners of the earth. Within the broad research and engineering activities of the propulsion systems laboratory comes the testing and evaluating of engines and transmissions as well as full-sized vehicles under simulated loads at temperatures up to 160 degrees Fahrenheit. The lake outside is a reservoir of water needed to cool the equipment used in these operations. One of the largest wind machines in the world forces air through these hot radiators simulating winds hotter than those of any desert region. Here a tank is being prepared for full load cooling tests under simulated environmental conditions. Remote control and instrument controlling lines have been connected to the various package components of the tank. Continuous readings at each test point are made throughout the operation. The tank's track has been disconnected from the vehicle and the sprocket wheel is hooked to the absorption dynamometer. Heat lamps are rigged above the tank to simulate the hot equatorial sun on vehicles. Wind speed and temperature control are maintained from the complex control room high above the floor of the test chamber. The tank engine is started and operated from the control room. Instruments connected to the vehicle are constantly checked and logged by the engineer in charge. Often conducted in this facility are tests on Navy and Air Force vehicles as well as vehicles from Allied countries. The resulting findings help establish international standards. The eight other test cells in this laboratory each have their own control room and dynamometer. Each can simulate any desired wind forces at air temperatures. Men and women of ATAC's research and development work closely with research experts from engine manufacturers. Together they develop new designs, new concepts to assure our armed forces maximum power plant reliability. One result of this cooperation has been the revolutionary power plant that operates successfully with a number of different fuels. This multi-fuel engine will prove to be a great asset to mobility and frontline operations when specific fuels are not available. The results of this kind of study of new automotive principles will soon be seen in civilian vehicles. Modern combat vehicles must be able to carry the fight to the enemy on any type of terrain. Mobility for the new army must be maintained and continuously improved to meet situations that just a few years ago seemed next to impossible. The defense perimeter of the free world has expanded to include every type of challenge on the face of the globe. To keep up with this expansion, the personnel of the components laboratories are always trying to foresee the future needs of an army on the move. At the land locomotion laboratory, the ancient game of tug-of-war is used to demonstrate a new concept of the wheel. Here, two identical descendants of the Army Mule. One with conventional wheels and one with a hubless wheel conceived at ATAC are compared for traction quality. The hubless wheel, still in the infant stage of development, has attracted the attention of other scientific groups seeking new means of travel on the surface of the moon and other space objectives. Before new methods of locomotion can be devised, our scientists must learn about the ingredients that make up the terrain. Soil samples representing the most remote and rugged parts of the world are studied and tested. Working models of new locomotion concepts are put through strenuous tests. In a soil test bin, that is the closest thing to natural terrain that modern science can devise. Slippage, sinkage, and other factors are checked and recorded. A version of this particular locomotion system may someday move army vehicles across swamps or through the wet and muddy jungles of the tropics. A hot dry sands of the desert are simulated in another test bin. Different elevations and angled slopes are artificially created. The locomotion concepts of ATAC research experts conducted in this laboratory are supplemented by ideas submitted from other sources. Civilian inventors often submit models of their concepts for possible use by the Army. Detailed photographic and written reports are then evaluated to determine whether the new idea can contribute to the mobility of the Army of tomorrow. A factor that sometimes limits the scope of overall mobility is that our planet is crisscrossed with thousands of waterways. This laboratory test bank can simulate natural water obstacles of all types. In this man-made river, currents can be made to flow in any direction and at many forces. The resulting flow patterns and eddies are documented by the cameraman following the model. Here is another scale model under the watchful and critical eyes of the team of scientist-engineered technicians. Each contributes to the cooperative effort that will make the resulting full-size vehicle better and more effective than the one in current use. Years from the firepower laboratory are engaged in a long-range program to help solve the problem of seeing what happens on the other side of the mountain. Using a space-age version of the observation balloon, the ATAC investigators have been researching a radically new device that can carry a miniature television camera to a height of several hundred feet to see over natural and man-made obstruction. As in this artist's conception, the aerial observation platform may be mounted in an armored reconnaissance vehicle. When ground-level observation is obstructed, the vehicle crew launches the device. Using its power and coaxial cables, it lifts the TV camera into the most advantageous position to observe the hostile terrain ahead. As the camera transmits the image to the observer in the vehicle below, he tilts, pans and domes to scrutinize the entire area. In addition to providing close surveillance from a protected position, the device may prove of value in fire control, radar detection, missile guidance and a variety of special uses. Suspension systems that permit better riding characteristics and a more stable gun platform is one of the jobs of ATAC's research experts in the track and suspension laboratories. One outstanding result of this research is the hydro-neumatic springing device, which allows track combat vehicles to negotiate broken terrain at higher speeds and to provide a self-leveling firing platform for vehicle armaments. Test capabilities of the track and suspension labs are not limited to the main facility at Warren, Michigan. Through the use of its mobile laboratory, new vehicles such as this model submitted by a civilian contractor may be tested anywhere in the country. Results of these tests can be evaluated immediately by the technical personnel who man the mobile laboratory. The greatest challenge for the men of the components laboratories is to meet the complex demands of the sophisticated vehicles still on the drawing board or mock-up stage. They must design and build new and more efficient vehicle components, components that must stand up under more severe conditions, components made of new materials, components designed for installation in odd-shaped cramped areas. To get this gigantic task done calls for the most advanced technologies of the scientific world. Scientific developments of the nuclear age have long been at work in the components laboratories. For this oil filter test, radioactive impurity particles are placed in the oil and passed through an oil filter rigged on a test rack. Radioactivity in the reservoir gradually decreases and is measured at scheduled intervals. The reliability of the filter is recorded with extreme accuracy by a gamma ray counter. Experiments of a more sophisticated nature are being conducted by the research experts of the physical science laboratory. The sounds of individual vehicles are recorded on a seven-track tape. The tape sounds are fed into this unique analyzer containing the pickup head. A visual record of each individual sound made by the vehicle is plotted as a graph. Studies of graph patterns determine the precise sound characteristics of each vehicle. This type of data, someday in the future, may help to identify friendly or hostile vehicles from their sounds alone. Research is being carried out at the same laboratory in the thin film deposition of metals and dielectric materials on optical surfaces. Here, a vision block from a tank's command cupular will have a thin film of an experimental substance deposited on its surface. After the apparatus is sealed and the air is pumped out, a pellet of the dielectric material is then heated to its melting point. It vaporizes and condenses on the surface of the viewing block to form a uniform thin film on the glass. These optical surfaces will reduce reflection and glare, or they can carry a current and work as the icers. The men and women of the components laboratories of the Army Tank Automotive Center are playing a key role in keeping the modern army on the move throughout the world, trying the results of their research and testing to bring today's weapons to their highest peak of efficiency. It is their responsibility to meet the needs of today's defense at every point in the globe to which the armies of the free world may be called. And in a continuing program of development, the need to meet tomorrow's defenses are studied. In this way, drawn from a wide range of technical know-how, ideas and concepts for new vehicles and new weapons are started on their way into production and into the hands of frontline defenses. Here in Detroit, the men and women of Army Research and Development and Commercial Automotive Experts work in close harmony. Research breakthroughs at these major automotive facilities are shared with the components laboratories. This cooperation between scientists and engineers of the Army and those of the private automotive industry is a must. Each must work to meet the demands for greater mobility and transportation in a fast-changing world. From engineering schools throughout the country will come trained minds to attack new problems. In the automotive capital, there is a vast reservoir of technical disciplines in training. The industrial heritage of this area has provided our universities with both teachers and students, who will help to give us the best equipped, most mobile and powerful military machine in the world. Tomorrow's battles may well be decided by students in college today. A team of scientists, engineers and technicians are regularly briefed and kept up to date on the current and future needs for mobility. Together with the immense production potential of our industrial centers, the readiness of our fighting forces on guard around the globe becomes an impregnable bulwark for the defense of the free world.


From around the globe, it's theCUBE. Covering HPE Discover Virtual Experience, brought to you by HPE. Hi, and welcome back to theCUBE's coverage of HPE Discover 2020, the virtual experience. I'm Stu Miniman, and happy to welcome back to the program. One of our CUBE alumni, Partha Narazimhan, he is the Chief Technology Officer of Aruba, which of course Aruba is an HPE company. Partha, thanks so much for joining us. Thank you, Stu. All right, so HPE Discover is a big event, but for the networking people, of course Aruba has its own event, atmosphere, which happened just ahead of Discover. You gave a keynote there, some news there that we'll talk about, but just bring our audience up to speed a little bit about the role of the networking inside of HPE with Aruba. Right, and so while Aruba's primary focus is networking and security, we really have expanded, in the past few years, the scope of the problem set that we work on to what we call the intelligent edge, and we define the edge as where people are, where action is, and how do you think about the kinds of experiences that end users care about, in addition to just connecting security to their absence of data on the other side, but also about the experiences in the physical world, and then there are these stakeholders that care about efficiency, productivity, and so on. So the intelligent edge is, it includes networking and security, but it really focuses on people and business stakeholders. Yeah, that's great. Often we talk to the business outcomes that matter and experiences. It's so much about people. The current global pandemic absolutely has put a real focus on people. From a networking standpoint, of course, everybody's working from home a lot more. VPN services need to be considered, and I'm curious the impact from your business and your customers as to what's happening. Right, and this is where the focus on the intelligent edge, on people's experiences and business outcomes is actually, even though we got started earlier, it was being highlighted now with the presence of the pandemic, and if you define, go back to the definition of the edge as where people are and where action is, in the last two to three months, a lot of that is just in people's homes, in all of our homes, that's where I am right now and that's where we all have been. So what does that mean for where the edge is? And so we kind of see at least three phases in here where right now we're focused on business continuity, which is how do you now enable employees to continue to stay productive and connect securely to the enterprise data and apps, but also when some of this subsides, how do you bring people back safely into physical spaces and that's what we call business recovery. And then as I talk to customers, there's a spectrum of opinions about what is going to stick and if you call that the new normal, when the pandemic goes out of our lives, it doesn't look like we're all going back to where we were in January or February this year. And so what is the new normal and how does the edge prepare for it? And that's really what we're focusing on. That's so important right now. Partha, when you look at enterprises, rapidly adjusting to situations is not necessarily what we think of. Of course, in the last few months, we've had to move very fast to be able to enable the workforce. Love to hear what you're hearing from CIOs there and customers and how are you helping them react to things much faster than they might have pre-COVID. So a lot of the business continuity, actually the focus is on IT, right? Because how do you deploy technologies or actually leverage the technologies that have already been deployed in order to allow employees to stay productive from their homes. And there's been a spike in demand for work from home solutions. Believe it or not, Aruba had, we had built a solution for the remote access point way back in 2005 or 2006, when there was a different pandemic at that time as a business continuity solution. But given the intensity of how this pandemic is affected all of our lives, there was a spike in demand for work from home solutions, not just from a connectivity and security perspective, but also every employee's home is very different based on the speed of your internet connection. How many other people are at home? How many other devices are connecting to the home network? And what else is happening at the three Netflix streams running in parallel? And in which case, in that kind of an environment, how do we now provide some visibility for IT to help the employee in getting their work done? So while we built the remote access point as a security solution, we ended up realizing that what we really saw for the end user was a better user experience where they just see the same network that they see in the office they see at home. But more again, helping IT forget some visibility and maybe troubleshoot some issues employees might have. And so all three of these have been integral components of that solution and it became even more front and center when the pandemic hit in terms of the spike in demand for that. Yeah, when I think about security has really, in the last five years or so escalated not only to the C-suite, but up the board level for constant consideration. Has the current situation really raised the visibility of networking to the C-suite? It has, right? Essentially, the focus until now could have been that, okay, all of my employees get into the office and how do I now create an environment within the office building that allows for collaboration that allows for seamless connectivity and security. But the pace at which we all had to go to this work from home situation was the time window was so short that IT had to respond quickly. And they had to respond quickly, where they could have dealt with a few dozen office buildings to now thousands of employees homes. And so the all of the effort that we had put in to create that solution earlier now paid off because we were ready for this situation, even though we all live in interesting times and I never want to see this again in my lifetime. But the fact that we had a focus on it for the last 15 years or so made it ready for us. But more importantly, as we look at, as a business continuity phase was about IT, the business recovery, which is, which is probably where we are starting to enter right now of how do we now bring people back safely into physical spaces. Now the stakeholders, that set is expanding, right? Whether it's, at HPE, we have this team called the crisis management team that is looking at, okay, how do I now manage not just the crisis but bringing people back in facilities important because if things space has to get rearranged in order to meet certain density or spacing objectives. So they have some interest in their marketing, if you're retail or hospitality and so on, they get interested in it. So there's a lot of other stakeholders now rely on the infrastructure that IT has deployed primarily for connectivity and security. Now that same infrastructure is gonna go benefit other stakeholders so that you get competitive advantage in the business recovery phase, right? If I'm able to safely bring a lot of my key employees that are required to be in physical spaces back in while addressing all of their concerns about the health and the safety associated with the recovery, that definitely gives me a competitive advantage. And we believe that the solutions that Aruba has provided to IT until now are now there's a spotlight shining on it because a lot of people, a lot of other stakeholders could benefit from that infrastructure that has already been. Yeah, there's a lot of conversation going on in the industry about what things look like post pandemic. And while there's still obviously a lot of uncertainties, we really think there will be some hybrid modes going on. So work from home might not stay permanent but many companies are talking about being more flexible. So how does that impact what you're offering? Because I think about from the enterprise, I needed a certain density. Now I need to think about, okay, how do I make sure that whether you're in the office or working remotely that I can have you participate and have the same kind of experience wherever you are. Right, and this is again, this is where we rely on the network infrastructure, right? Because if you create a connectivity network that enables mobility is secure and is always available, it drives participation. That participation leverages network data to provide visibility into physical spaces, right? And think about even the recovery phase and we see actually three, at least three interesting scenarios in our conversations with customers on how the network can help them in the recovery phase and it points to distancing requirements or how do I reduce density so that I get some level of increased distancing amongst my employees. So that way you can look at network data and figure out, okay, where the hotspots are in terms of people density and can I go make changes to those to try and lower that meet my internal guidelines or public safety guidelines. Two shared spaces are also a medium of transmission of this particular virus or disease. And so shared spaces like conference rooms, cafeteria tables and others that we can again use the network to figure out usage of those and potentially provide guidelines to cleaning crews to pay more attention to certain spaces in favor of others that are not necessarily seeing the same level of usage. And three, if in the unfortunate situation that some individual becomes a person of interest, we can quickly figure out all of the spaces that they have been in in the past certain time window, including who else they could have overlap or being close to within that space, right? So at least you're not relying purely on human memory for contact tracing. There's a certain level of additional data that can be used to enhance or refresh human memory. That is really what we see happening in the business recovery, but you made a good point on what is a new normal because as we, again, talk to customers, trying to gauge what is going to stick beyond the recovery phase, right? And if you fast forward, let's say a year from now we have a vaccine and the virus is under control, are we all going to go back to where we were before the virus entered our lives? And the common opinion seems to be that some things are here to stay. And you look at work from home, you made a reference to that. A lot of our customers do believe that there is going to be an increased amount of work from home that stays with us, even after the virus is out of our lives. That again, refreshes all the things that we built for the business continuity continues forward, even as some of, we start to get back into physical spaces. Security again is paramount, right? The home, essentially as far as IT is concerned is an uncontrolled environment because they just don't have control over many things that happen in employees' homes. And so how do we bring in a layer of visibility and some degree of control in an environment that is inherently not subject to that level of control, the same way that an office building can be? And those are the kinds of things that we're looking at. When we talk to higher education customers, for example, they are looking at plans for this upcoming fall semester or for the next academic year of running their classrooms at 30% occupancy. So if you have 100 students sign up for a class, physically in the classroom, they only want to have 30 students and the other 70 could be on campus but they're all dialed in remotely or online into the class. But how do you manage this process? So which 30 people get to be in the classroom for any particular day? And we believe that a lot of these, the workflows and interesting use cases that directly address the intelligent edge are going to become important as we get into the new one. All right, and I'm glad you talked about the intelligent edge. So your keynote that you gave at Atmosphere was accelerating innovation at the edge. And you had the tough task of being right before the SpaceX speaker too. So give us a little, our audience a little bit about the innovation. How should we be thinking about the edge? So at Atmosphere Digital, two weeks ago, Ruba announced the Edge Services Platform or ESP for short. And it's a little bit of a play because we really believe that we're building solutions that have a sixth sense in sensing what end users are looking for, what stakeholders are looking for, when problems show up and how do we quickly resolve them, right? So that degree of focus on data-driven AI operations was the key in us starting to coin the term ESP or Edge Services Platform, right? So it really looks at addressing not just connectivity, connect and protect, but also analyze and act because the telemetry data coming out of the network is really the same data that helps with the business recovery, but we want to actually bubble that up and put it into a common data lake that helps us deliver a better connection and connectivity and security service, but also enable all of these experiences and outcomes at the edge. And so the ESP or the Edge Services Platform was the key announcement at Atmosphere this year and we see that as the foundation on which everything that we're going to do starting now is going to get built up. Yeah, I'm curious. You know, we talked about some of the things that have been accelerated due to the current situation. I have to respond, work from home and the like. When you look at Edge environment, is that something that, you know, is that something you see people, you know, accelerating them or are they pausing them? Is it just kind of happening at the same pace? Any data or sense that you have from users right now? So Edge is going to become even more important, right? And we used to focus on the Edge. We've had the focus on Edge for a while, but until now, until the pandemic hit us, the assumption is always that people are going to show up in physical spaces and then let's focus on the experiences and the outcomes. I believe with the pandemic coming in, some of the power of choice has shifted towards the user or the person in choosing whether they want to consume a particular service or experience by going to a physical space or by staying at home and doing it online, right? I look at the past few weeks, we've had a few birthday parties where we used to meet in person and now we're all doing it over Zoom or other video conferencing technologies. So that choice moving over to the person means that we can't just assume that people are going to show up in physical spaces and then focus only on, okay, once they show up, what can I do about the experience or the outcomes? The focus on Edge is now shifting to where we have to even look at enabling technologies and experiences that entice people, that convince people to come into that physical space and consume that service or experience. And that means that, okay, the scope of what we do at the intelligent edge actually is going to increase, it's going to widen. And that's the reason why it was timely that we were working on the Edge services platform. Even, we had started working on it long before the pandemic ever showed up in our radar, but that focus is now putting us in the right place from a competitive perspective to leverage all of the technologies that we built so far to package it up together, to offer our customers something that is far beyond just connectivity and security. Great, final question I have for you, you're talking about these, not necessarily in-person experiences, here we have the Discover Virtual Experience. Give our audience just a little bit as to what they expect from Aruba and what you want people to take away from the Discover Virtual Experience when it comes to Aruba and networking at HPE. Right, and the common, we kind of, when we talk to some customers, there's always an association of the Aruba brand to a wireless LAN and over time in the past five years as being part of Hewlett Packard Enterprise, we've kind of expanded that to include all of networking and some of the security functions that we offer. But more importantly, I'd encourage everybody to go look at some of the technologies that we package together as part of the Edge services platform and how they can help our customers, not just IT, but also all of the other stakeholders within their organizations to create that compelling experiences and outcomes at the Edge. Excellent, well, thank you so much for joining us, appreciate all the updates. Thanks for having me Stu. All right, stay tuned for more coverage, HPE Discover Virtual Experience, I'm Stu Miniman and thank you for watching theCUBE.