Father Luke, the Franciscans of the renewal, you are known for working with some of the poorest of the poor, the destitute, the homeless, the drug addicts, women in crisis pregnancies, just a whole gamut of poverty. How does that work with impoverished groups?  Yeah, thank you. I have to try to slim down what I want to say. I've got about 20 bullet points to answer that one. But I think really it comes back to the gospel and it comes back to the reality that our faith, what it means to be a follower of Jesus, a disciple, a devout Catholic. It isn't just a matter of doing devotions or prayers or wearing scapulars or getting demasts on Sunday. But it's like an integration to your whole life which includes some sort of work with the poor. I mean, Jesus himself has been highlighted quite a bit by a number of popes, including recently Pope Francis that somehow serving Jesus in the poor isn't just for a couple of people. It's actually essential to the gospel. And that comes in so many different ways. You think of the spiritual works of mercy, the corpo works of mercy. And I'll tell you over these years of living and working and serving the poor, our community had been, our founders have been good friends with Mother Teresa of Calcutta, Mother Teresa had been inspired by her and encouraged by her to start this renewal which would have a more intentional focus on living and working with the poor.  I think in the beginning, there's the idea of being in the category of the haves and we're here to help and bless those who are the have nots. And sometimes with people who are drug addicted or mentally ill or in the streets that dynamic, it feels very clear and apparent that very needy and wounded and need a lot of aid. But what ends up happening is you start to realize that you always receive more than you give. And then particularly the relationships and the friendships that maybe they're getting a sandwich but there's a beautiful profound grace that comes to you through them. And so there's kind of this beautiful give and take, this giving and receiving that happens with the Lord's grace where you're serving Jesus, you're trying to find his, what Mother Teresa would call, he's wearing a distressing disguise of the poor and you're looking for his presence that you can express your love to him by loving his least of his brothers, but then also to allow the Lord to minister to you and speak to you through the encounter with the person who is poor and being in a place where you realize as it says in the Catechism, we are all beggars before God.  What was it like just the first couple of times that you were out in New York or New Jersey on dirty streets with people who are really seemed quite lost? Were you scared at all when you began that kind of ministry? Yes, it was intimidating. It was like for me, a metaphor would be getting out of the boat to walk on the water. Sure. Oh, this is uncomfortable, you know, like, but it's one of these things where so often the Lord will invite us to get out of our comfort zone to help us to grow, help us to stretch. One of our priests says it really well. It's time to get out of your comfort zone and into the zone of the comforter, the Holy Spirit.


And Governor DeGray Gao Yeh-Tala was shown on Saturday in our showbook described a report linking him to the purchase of a property in London as unfounded and untrue. The publication alleged that Yeh-Tala bought a pegged pattern a mansion worth 11.95 million euros in London from a company belonging to Colla Alucó, an Andrian businessman who has been tried for money laundering. The Governor's Chief Press Secretary Ishmael O'Mikbidon said in a statement that a governor resigned from the company around Daru Vassie's corporation that was allegedly used to buy the set property in 2011. Yeh-Tala's resignation from the company he added was consequent upon his appointment as Chief of Staff to immediate pass Governor Raoufa Rebechola. He stated also that Yeh-Tala had no relationship whatsoever with Alucó, the alleged owner of the set property, let alone have any business transaction with him.


Hi Beth, this is Ashley with Oxmore Toyota. Thank you so much for your recent interest in a new 2016 Tacoma.  If you have any questions regarding any of our vehicles, please feel free to give me a call. My number is 502-2147-166 or you can also email me back. Thanks. Bye


Okay, hello everyone. I am Stuart McCurlay-Maylor from the University of Suffolk and welcome to the Sports Biomechanics lecture series. First off, I need to thank ISPS, the International Society of Biomechanics in Sports, for their support in both organizing and promoting this. And of course, I must say, all views are those of individual speakers and not necessarily ISPS themselves. My second huge thank you has to go to Vicon for their financial support in allowing this to go ahead and essentially allowing us to reach as many people as possible. So with that in mind, we've tried to pitch it so that it's suitable for the majority of undergrad sports science students. So there may be the odd recap thrown in and if there's anything you want to explore in more detail, then just ask a question or things can be explored in more detail as part of existing programs. Okay, so that leaves just the biggest thank you of the day, which is for Alastair for agreeing to go first on this. I'd like to introduce Dr Alastair Dempsey from Murdoch University in Australia. He is a senior lecturer in biomechanics and sports science. His research focuses on understanding the neuromuscular biomechanics behind sports injury and musculoskeletal diseases, and he's kindly offered to do the first lecture on the biomechanics of preventing sports injuries. So thank you, Alastair. Okay. Thanks, Stuart. Get on to the right screen. There's a nice little slide there that says basically what we're doing again. So we'll move on and really talk about why do we care about injuries? If I was to ask everyone sort of live how many people have been injured, how many people thought it sort of sucked, it's probably most of the people in the room, particularly for me when I'm talking to a very sports science group of students. But also sports injuries are a big issue. So in Australia, so this is just Australian data. In 2016-2017, there were almost 60,000 hospitalisations due to sports participation. This is not going out and rolling your ankle, treating yourself with the right. So this is going to hospital, ending up in ED and having further treatment from there. So it's not a cheap sort of injury to manage. Hospitalisations and today's environment, we don't really want to be ending up in hospital. So when we look at that, most of these come from the football codes, netball and basketball. So our team sports and the football codes, Australian football, which is our sort of native code here. The two rugby, so rugby league and rugby union and association football or soccer. Netball for those who aren't from a Commonwealth country. It's definitely going and having a look at a netball game because if you were to design a game where people were to get injured, it would be netball. What's really good for us from an injury prevention point of view is a large proportion of these injuries are due to non-contact mechanisms, which means that we can actually intervene at the level of the athlete or without having to change too much and actually come up with some sort of positive outcome, positive mechanism. We don't have to change again. We don't have to do anything about it. We can intervene and change the athlete and change it, how they interact with their environment. So when it comes to injury, it's really all about the load and the load that we experience. And when we get injury, we have the load which is too big. We have a load which is in the wrong direction. We have inadequate support or we have inadequate loading frequency. We're either loading too much. So we get our overuse injuries or we're loading too low and quickly transition to a high-frequency load. And that's a lot of where our workload management comes in. So really the interaction of these four factors are what leads us to getting injury. In the end, a tissue is going to get damaged when the load that you apply is too big for the tissue's ability to cope. So to get your elastic band, you stretch it, you stretch it, you stretch it. It's all good and then it breaks. The same with any of our tissue body structures as we go through. So if we look at injury prevention, there's lots of models out there around injury prevention. The one that I really like is the one proposed by Carolyn Finch in 2006, which takes injury prevention right through from our initial phases through to actually getting people to do the injury prevention. So if we look at that, the first step is obviously to look at what injuries are actually out there. So who's getting injured? How many people are getting injured?  If there's one person who gets injured and no one else in the sport ever has through that mechanism, trying to prevent it is probably fraught with we're doing a lot for not much bang. If we have an injury which doesn't have huge detrimental outcomes, for instance, say a hamstring or most hamstrings, but that happens a lot, we want to intervene then, or something like an ACL, which is what we're going to talk about through most of this lecture. So the anti-recreation ligament happens relatively regularly, but when it does happen, it usually leads to about 12 months out of sport, which, you know, for the Joe Blow athlete or even a professional athlete is not something we want. So once we know what injuries are actually carrying, we want to intervene. And to intervene, we first need to establish how the injuries are actually carrying. So look at where the injuries are carrying and also look at the mechanism of injury. So once then we get a good handle of that, we can go through and work out what our intervention looks like through our programming, if we're from an exercise science background. Then we should be testing it out in an ideal condition. Everything's perfect. We're a nice controlled experimental environment. And once we know they're in at work, we can go out and we can say, how do I get this from my lab to everyone in the country doing it? And then finally, we need to go back and evaluate. So where does biomechanics come in? So it really sits through steps two, three and four. We're not epidemiologists. We're not going to go out and do the surveillance. Most of us are not going to be doing the implementation phase, but we're really about understanding how we're getting injured, developing prevention measures from that, and then going through and doing the evaluation. So if we work to all of these, and this is the work that came out of my PhD, looking at how each of these steps work. So the first step is really to look at how we're getting injured. So look away now if you don't like gory videos, but this is an example of a contact ACL injury. So if you watch the guy coming across here, just turn a pointer on. If you watch this knee here, he gets hit. He gets into knee abduction, rotation, and ACL is gone. And from an intervention point of view, there's not much we can do about that. He's being crushed into these knees, completely legal environment within that sport. So there's not much we can do without really changing the way that sport is played. The next sort of injury is an indirect contact. So we can see that he's had his loading environment changed by this player here. And then we've had this injury here on his left knee. And again, there's only so much we can do to manage and intervene in these sports. And finally, we now move to our classic ACL. So you watch this player here from Essendon. If you watch this left knee, sorry, Essendon. I forgot I'm not speaking to just Australian. Essendon's a team in black and red. We can see that as the player comes in, he throws his leg out and his knee collapses in. Now, one thing to note when he actually gets injured is that you can see that he's placed his foot a long way from the midline of his body. And he's leaning his torso back over this support leg. And we'll see that same position if we look at other ACL injuries. So this is where England lost their 2006 FIFA World Cup bid when Michael Owen snapped his ACL. I do apologize for anyone in Europe or anyone in England who's watching this. But again, as we see, he goes to suddenly change direction, throws his leg out a long way, and we can see it collapsing down and in. So again, at full contact, his foot's a long way away from the midline of his body. And here's a more recent one from AFL, the women's AFL. If you watch this left knee here, we can see that as he goes to change direction, the knee, again, a long way away from the body. Torso is coming back over there. And we see it collapse back in towards the middle of the body. So before we go into the next step, just a quick recap, depending on where you are in your particular course. As to what a moment or the moment of force or torque, we use these terms interchangeably. I think much of the exercise science or sports area talks about it being the moment, which is really the turning effect of a force, not a moment. I do apologize with my typo there of my words. And the important thing to remember is how do we calculate our moment, or the two components of our moment, is the force and our moment arm. And the moment arm being that perpendicular distance from an axis of rotation to a line of action of the force. So very quickly we've got this here. So we know that these two characters here will balance out that seesaw because they each produce the same bending moment. Because we've got the same value here. This one is double the force and half the moment arm of the other athlete. So we're going to have a balance out. So that's what we're talking about when we're talking about moments here is that bending force is the current. So if we look at our ACL, we've just seen people go through and get injured. And when they get injured, we saw that we had the knee tends to collapse in, which is what we call a valgus load or an abduction load of the knee. And this is some cataberic work where we can go through and they went through and they actually loaded the ACL. This worked by Markov in 1995 and they loaded the knee with an anterior drawer load. So this is this black line coming through here where we pulled on the quadriceps tendon, which slightly pulls the tibia forward, which causes an anterior drawer load on the ACL. What these other lines here is the combination and the addition of an additional load. So we can see here that below about 10 degrees of knee selection. So we get a huge increase in the load on the ACL when we apply an internal rotation load. Again, with our barus load, so this is when our ankle is pulled in. So we're putting a barus moment or an abduction moment on. We can see that we see an increase in our ACL load, again, below about 10 degrees of knee selection. If we look at our valgus load from about 10 degrees of knee selection through to, you know, right through, we see an increase in our anterior drawer. If we apply this valgus load, we really see an increase in the load on the ACL. And really the big loads are these valgus and internal rotation. These are the ones that have been shown to be dangerous when we look at this cateveric work and are the lines to where we see the knee collapse. So when we looked at all of those, we saw the knee collapse inwards and down. What we also know is that the ACL can be supported by the muscles across the knee. So all of the muscles across the knee, we talk about our quadriceps as being extensors. But if you think about our quadriceps, if we break them down to our valgus lateralis, it actually inserts on the lateral aspect of the catella. So it's going to have a lateral force. It will produce an abduction moment on the knee. Similarly with our valgus medialis inserts onto the medial aspect of the catella, so it's going to produce a barus moment on the knee. So if I contract all of my medial muscles, I'm actually going to counter out an external valgus load to something which is forcing me into a valgus position. So our muscles, yes, our quadriceps are extensors, our hamstrings and flexors, but they also have the ability, because of where their tendons insert relative to the axis of rotation, which is going to create that moment, they can produce barus and valgus and internal and external rotation moments, which allows them to support.  So we've gone through, we've seen how people get injured, we've looked at the loading and now we can think about, well, why do we think that that might be a bad condition? So we saw that when people got injured, they tended to look like this with a wide foot placement a long way away from the midline. So we remember back to our moment, it was our force. And in this case, we can assume our force is our mass, modified bar of gravity coming down through here. So in both of these athletes, it's the same mass, the same person. But we can see that we have a different moment arm. When our foot's enclosed, we have a small moment arm, so the force is coming down not too far away from the middle aspect of the knee. And in this one, we have a much larger moment arm. So what that results in is a much bigger abduction or abrogate moment in this wide foot placement. And we can go through and test this. And this is what we did. We've gone through and we got people to do a whole pile of wacky side steps that they came in, run forward, do a side step. That's this normal side step here. And we then got them to throw their torso in the opposite direction of travel, in the same direction of travel to rotate their torso around. So their right shoulder was back if they were heading to the left. We've got them to flex their knee. We've got them to have their knees straight. We've got them to turn their foot in, turn their foot out. Foot has got close wide, close, and also put their foot as far away as they can and do the side step. And what we see is that when your torso is leaning over and when your foot's wide, you see an increase in the abduction moment or the abrogate moment. So we know that the abrogate moment increases the load in the ACL. We know that people who got injured had their foot out a long way. And now when we measure that in a lab, we can see that those who have a wide foot placement have a bigger abrogate load. So it's all sort of starting to align that we've got this wide foot placement. Of course, it's a high load of the knee. It's causing a knee load, which loads the ACL. We also see that placing the foot wide also increases the internal rotation moment at the knee. Again, internal rotation moments, particularly when the knee is straight, leads to a higher abrogate load. So again, this foot wide is a really bad position because it mostly increases your abrogate force. And it also increases your internal rotation moment at the knee. So now we've got a good handle that there seems to be a technique relationship to how we get injured. So we want to develop some preventative measures. We want to stop these guys getting injured. So we've got two options from a biomechanical perspective. We can reduce our loading or we can increase our support. So we want to do one of these. So where does sort of the biomechanics come in? What do we want to do? Well, let's go back to this. We worked out that we've got the same athlete, which means that they have the same mass. But we've got different moment arms, which result in different talks. So if I can move an athlete from having a technique that looks like this to a technique that looks like this, maybe I can reduce my force. So I've got a prevention measure. Let's change the technique. Let's take people away from the high risk, high load technique to a reduced loading environment. So we've come up with a theory. We've gone through, we've developed prevention measure. We think this is going to work. So now we need to some and test it in an ideal and ideal conditions in a scientific evaluation. Now the great thing with biomechanics and in testing this is that we can use a much smaller cohort to go and test out to see if our preventative measures work. If I'm trying to do actual epidemiology studies where I go through and I apply this to a large cohort and I track to see if they get injured over time, I need 200, 300, 500 people. To test this in the lab, I can do it with 20. So it's a great way to sort of test. I've got my risk factors. I've established what my risk factors are in here. And often these risk factors are things that we can measure in biomechanics. It's a force. It's muscle activation. So we can measure these risk factors. We've identified them. We can measure them. So we can apply our intervention and see, does it change the risk factors? So the risk factors that we had were a large valve that's in a large internal rotation moment. So we've gone through and we were trying to get people to avoid these high loading techniques. So these are the techniques, these three from the first paper that we were talking about and this one from the literature which is to increase knee collection. And we try to get athletes to do all of these. To bring their trunk more upright as it is a side step. To not rotate their body. To bend their knee a little bit more at foot contact. And also to bring their foot in closer. And we can see that we weren't really great at successful at getting their knee flexed. But we could bring the foot closer to the midline. So the foot is not much. It's only two centimetres as a whole population. So the foot's come a little bit closer. And we've also got the torso to be more upright, particularly during a planned side step. So during this task they came through and were either told you're doing a side step or just before they reached a force plate they were told do a side step, do a run, do a crossover cut for the change to go the other direction. Which is just to try and mimic that unplanned scenario that you see in the field. So particularly when we had a planned side step we see a reduction.  Great. We can change techniques. I would hope we can. Particularly any of us who have been involved in coaching. That's what we're trying to do is change techniques. So great. We can do that. It was done with video feedback. Those guys got to watch them. Watch themselves perform. Cues in the ground. So all of the stuff that we get from our motor learning. And what we found was that we can reduce the valgus moment by about 30% just by bringing the foot in about two centimeters on average and also keeping the torso upright. So from an injury prevention perspective this technique appears to be successful. And when you go through and look at injury prevention programs which are now rolled out more broadly you see this technique modification being included alongside a lot of the technique modification you see in landing about getting the knee, keeping the knee out in that position out over the small little toe. So that's really that the main role that Biomechanics has in this space but just to sort of finish up the injury prevention really the next step is about and ISPS is very much about trying to get things into coaches and getting coaches to actually apply stuff which is really where this next step is which is to think about where we want to apply this intervention and to make sure that it's going to work. Your environment where you're going to want to put this intervention in it's going to make a huge difference to the population on to what you actually do and then we can go to evaluate it. So some of the things you need to think about when you put an intervention together is sort of the nature of the sport. If you have a contact sport an obvious solution to a number of the injuries is to take away the contact. There's a lot of debate at the moment around tackling in rugby union. I know in the UK there's been some letters from some very influential people saying that there should be no contact in Schoolboys Rugby Union. I've seen some similar sort of arguments made here in Australia. But that's what the sport is. So how do we modify a lot of the work that was done recently and would demonstrate the last World Cup to reduce the tackle height and to have mandated frameworks around yellow cards which led out by the rugby science network and over in South Africa as well to basically enforce the rules but understand the fine mechanics and understanding how people are actually getting injured. That's a good example there. Now the level of the target cohort this might be a great intervention for a professional team probably not so good for your under 10 soccer team that you're coaching on the weekend because you don't have all this equipment floating around and you're never going to have it. How invasive is the intervention? We can talk about changing people's curangles of their hips to reduce the alignment, to get better alignment in the knees but I don't know many people who are going to go and have that surgery just to reduce the risk of ACL injury. So the surgery is probably more invasive than an ACL injury. You also need to think about what players want. If anyone's ever heard of the FIFA 11 plus soccer program it failed miserably the first time because it was 11 static exercises that didn't progress. If you think about anyone who plays sport the first thing you want to do when you get to the field is to get a ball and to score. So we need to make sure that your players are moving around that they've got the ball, that they interact and move around and also progress and you also again this comes down to that the level of the target cohort what sort of things club have access to. Just before we go, let's have one more example of how we can use this and this is an intervention that's slightly different we can actually change the rules to the game but without really changing the nature of the sport. So rules and nature are not always exactly the same. So if anyone's ever seen the AFL the game traditionally starts with the ball being bounced in the middle and the two guys, two biggest guys in the team pretty much run up and try and tap the ball to their own advantage. What the AFL was finding is that from 98 to 2004 there was an explosion in PCL injuries occurring at this centre bounce when the game was being restarted. And what they were looking at is that the rules at the time said that the guys could run anywhere from inside a 50-metre box so they had to start one side or the other so two guys weighing 100kg could sprint a detailer at 25kg jump up within these led boards. Probably not the best idea when you consider that the ideology of a PCL injury is the tibial impact force putting rapid posterior shift and PCL rupture. So you don't really want two guys banging their tibias into tolerable speed. Now, we all know that when two guys make contact for impact momentum... sorry, impulse momentum relationship says that the quicker we have to change our momentum the bigger the impulse is going to be and our momentum change is related to both how big the guys are and how fast they're travelling. So we're not going to make the guys any lighter in fact they've gotten heavier since then but we can actually reduce their speed and the way that the speed was reduced was to actually introduce a 5-metre circle sorry, 10-metre circle so the guys instead of running from this line back here which is 25 metres away only had 5 metres to accelerate that results in a reduction in velocity and therefore a reduction in that peak force when they make contact. Does it work? This is great because the ASL keeps great injury data so if you ever want some injury data to look at how things change in interventions come here and we can see that when the rule was introduced before the 2006 season the number of centre-bound PCL injuries fell and completely disappeared and hasn't gone back up yet and that's still the rule that's being used. So what the rule changes introduced but it doesn't really change the nature it's still two big guys jumping up and competing for the ball they just do it from 10 metres away as opposed to 25 metres away and we don't change. Now the final thing to remember before we sort of stop talking about injuries is that it doesn't really matter how good we are at injury prevention there is no way that we can stop all injuries there is always something that's going to happen that is beyond any sort of prevention that we can introduce other than sitting in our own rooms and doing nothing. Thanks very much guys. Okay, thank you. So all that's left for me to say is a huge thank you to Alastair for kicking us off on week one of the Sports Biomechanics lecture series and I'm sure you'll all agree that was excellent and I really enjoyed it. If anyone has any more questions then please kind of use the hashtag on Twitter so hashtag sportsbiomels and we will be keeping an eye out for that but I can now announce kind of the schedule for the next two weeks we've got both myself and Dr Paul Felton focusing on cricket biomechanics next week which will be both bowling so fast bowling and spin bowling followed later on in the day by batting biomechanics and then there's a couple of really interesting talks the week after which on Tuesday the 7th is Johans with long jump with the sports prosthesis and then on the Friday we have Walter with running footwear and the two-hour marathon so keep an eye out for those all the talks will be on YouTube and will be sharing links on social media in the coming days. Thank you.


The next thing we'll talk about is ejecting the tips. So we get the tip on.  So we have our liquid and take the liquid out. And so now we've already used this tip, right? And we don't want to use it again. Unless you're using the same media or the same solution, you never really want to reuse a micropipe pet tip. So it's a way to get rid of the micropipe pet tip. So we've been using this top one to get the liquid out. For ejecting the tip, we use this one right here. In the back, there's a one right there. And this one's a little bit hard.  So that's how you eject a micropipe pet tip.


Welcome to InterGEO TV studio at InterGEO 2018 in Frankfurt joining me is Dr. Georg Schroet co-founder and general manager of Nevis Thanks a lot. Welcome. Thanks. BIM has really been taking off in the last few years That's our topic today, but it's still mostly limited to the design phase Why do you think adoption of BIM throughout the entire building life cycle has been slower? Yeah, I think BIM is like in its in its core it's really about a single source of truth to have everyone working together and to collaborate and I think we did a good job what industry has done a really good job around making that possible for the for the design in the Planning phase where CED experts are sitting together with the architects engineering teams and collaborate and find a joint understanding of what They really want to do now. However, once we start building the construction. We are in the field We have people that are not really CED experts and they basically they they find the reality and then a There's there will be mistakes always and there will be workarounds, but I have a hard time believing that those people will update the BIM model with their mistakes with their workarounds to reflect the real state of the building and So this leaves me sort of say the point that it's still about collaboration and it's still about a single source of truth But maybe a CED drawings are not the right medium to do that So we have to open ourselves a little bit towards that and not be limited to that view and then if you look So to say at the phase where BIM could be yeah, at least as valuable and Generate a lot of money would be at the operation phase where the facility managers come in But today they don't really have an S build model, right? So there's nothing that they can rely on because it's not as built and it's also a little bit complex for them Because they are not really CED experts either and I think at that point We again have to look on how we can actually provide a medium that is reliable and easy to use for the facility managers And once we open our mind and not constrain ourselves to CED, I think we will see a lot of growth in that area On the other hand the benefits of BIM are becoming increasingly well known But many buildings do not have BIM models Yeah, if BIM was not part of the design phase of building construction So the question is how can BIM be brought to existing buildings where BIM was not part of the design phase Right there's a lot of buildings obviously in the world that did not already start their construction with BIM So all the existing buildings pretty much and this is maybe the even larger market for us because a lot of renovations Re-usage is happening and at that point. Well, you have to start with collecting the reality, right? It's there's no way around this and people have done this right they use laser scanners to do this However, the time and money required to do that to map a whole building It's all its detail and that's what you need for BIM is almost prohibitively expensive So you you'd rarely do this and I think you have seen around today already a lot of systems That try to do this a lot faster than it was possible in the past And the key word is of course in a mobile mapping systems here Now once sort of say the capturing of the reality is done or it can be done much more easier The question is now about the modeling part which is at least as time-consuming and complex as the capturing and There's actually a question of whether we really need to model everything Yeah, or whether maybe even a 2d model is good enough for a lot of things and then combining it together with The reality capture data directly so making the reality capture data Accessible without massive GPUs on anything like that so that you can walk around as if you were there To be added with a 2d floor plan sounds to me like a very good solution to many stakeholders that can work together and collaborate As a matter of fact SAP and archivist like facility management providers did already Integrate for instance with one of our products Point clouds are a valuable source of building information But they are usually limited to professionals working with the models and building plans What can be done to make point cloud data more consumer-friendly and enable widespread adoption? Yeah, so I think point clouds are basically Like the data that we acquire not the data that we should give to everyone, right? I don't provide people with individual measurements and everything like that So people want to see like they want to have an idea of how the building is and like really is in every detail And but they don't want to go to the individual measurements, of course And I think point clouds are just sort of say an intermediary product to get to the realization or them like the Yeah, the data that the people should actually consume So I think what what can be done today already fairly easy is to have something like a virtual walkthrough where you can Just walk as you were on site and not just fly like a plane or try to maneuver completely free in space You can just walk through that space and I think this is something that we also try to reflect in our in our software in our browser based software and The second part is about Making that data accessible by being able to search on that data And I think there will be a quite a few things in the future that try to interpret the data and not just only have geometry and In pictures, but also have yeah meta data assigned to that it can be automatically generated Now the topic mobile scanning. Yeah, it's key to scaling data structure But data accuracy is an important consideration What is slam by the way? Yeah, and how is it being used to bridge this gap? Yeah So more mapping in general is super important as as you mentioned to to scale up and to be much faster in acquisition of the Data, and I think we see more and more people being able to Yeah, you make use of this data. However, so far it really has been limited to the experts now with more mapping systems There is multiple different ways of mapping mobile But I think the one that is most advanced is the one that is based on slam Which is called simultaneous localization at mapping and you can imagine it like basically an automated surveying Where you constantly look in your in your environment with hundreds if not thousands of measurements point per second or actually hundreds of measurements point per second and constantly observing your environment and in the moment you start doing this you already have like a first let's say a static laser scan You did that so you continue while you're moving building multiple times Like a like to let's say a hundred times per second you're building these static laser scanners And you match all of them together and by doing that you basically have an idea of how you have moved while you collected all those static laser scans And by algorithms you can now combine these individual scans together to a consolidated and very accurate map So there has been a lot of improvement a lot of companies have raised and that provides lamb And it is like the early days where laser scanning came in and now it's about to differentiate What kind of slam are the people providing and the the magic number here So to say is still missing where so far was just millimeters or is it how accurate is it? What's the density how many points per second there? There's new numbers so to say in slam to compare them one of the most important one is the amount of drift that you accumulate over a certain length and I think two grades to surveying grades lamb You have to be in the range of less than zero point one percent of drift means if you go a hundred meters The arrow has to be zero point one percent of a hundred meters of drift And then you can still do loop closures and combine it with With total stations to get an even higher accuracy, but that's kind of the level very very few Companies are capable of doing that these days and it's important for surveyor to ask about these specific questions What technology trends do you see emerging in indoor spatial intelligence over the next few years? Yeah, so I think there's two parts first of all making This this this potential of reality capturing Really accessible to everyone so far we are mapping gigantic data fantastic data in the end We hand over a 2d floor plan that cannot be the result, right? That's not reflecting what the capabilities of all of us are so we want to be able to transport this data to everyone And our interviewer for instance is one product that gives the old stakeholders the accessibility or the access to this powerful data By just going in the browser and virtually walking through this site So the accessibility is one part of this data making people work together on reality data The second part is certainly about extending the scope of mapping and we will see a lot more mapping in the future It's not only about having 2d floor plans. It's about collaboration in factories on construction sites We see that a lot of momentum from Factory providers that say I want to have an up-to-date model of my factory to be able to plan What I have to change to improve efficiency and here you don't map like once every two years you map like once a month And that obviously is only possible with more scalable mapping systems. The third dimension that I see is That it's not only about the capture data. It's also about interpreting that data analyzing this With the recent advances in AI algorithms We are able today already to analyze these environments and to provide let's say a route or understand Where what does what kind of rooms do we have in this building without? Necessity necessity to annotate these things. You can just query for that in our in our tools Finally heads and let's have a look on your company Navis What technology has Navis developed to support the widespread adoption of indoor spatial intelligence? Yeah So as I mentioned, I think the m6 is a really Really amazing product because we really brought the slam technology now to surveying levels. So before We had given a lot on improving the slam incrementally But now we have made a really big step so that you can map on any terrain or any surface in 6d That's six degrees of freedom and go over cobblestone rams anything like that. And of course this extends the amount of Use cases that you can apply mobile mapping to a lot and at the same time you provide the surveying radar courtesy Now with the indoor view of this here We are launching a new version that allows you to bring anyone scan data inside a browser-based tool to make this Accessible to all the stakeholders. So in terms, let's go back to this digital factory example They will scan with an m6 But they also scan or already have scanned with a farro like or whatever the product might be and now you bring all This data together and allow the people to discuss certain issues That is done on real up-to-date and detailed data and that enables really true collaboration So thanks a lot and have a successful time at Intergeo. Thank you so much


I really enjoy being an instructor within Dataversity. It gives me the opportunity to share my knowledge with people and help them to get ahead quicker. To be able to contribute my voice to that community and help people that are just getting started, I feel really honored to have the opportunity. I wish I had someone to explain these things to me when I started and it's rewarding to pay back. I get to meet people who have taken my courses and it's really satisfying to know that the effort that I put into creating the training course is helping people to do their work better.


I have a pledge that if someone could actually convince me that global warming were not true, I would rent the largest SUV I could find, I would drive it to where that person was, kiss them on the mouth or whatever body part they want, and I would stop doing work on global warming entirely and I would give back any dollar I ever got in funding related to climate change because I don't want it to be true.


Alright guys, so I'm gonna make this intro and kind of like a rush kind of thing. So if you guys are new to the channel, make sure you guys hit that subscribe button. Alright, just do it, I know you want to. Right now, Janice is currently outside taking Blooper for a walk. Your boy thought of this brilliant idea.  So I'm gonna tell them that they can stay here.  They got my mom, my stepdad, my two sisters, my grandfather. So you got five people coming to stay in a one bedroom apartment. And this apartment isn't that big to begin with. So I'm gonna be pretending to be on a phone call talking to my mom about that stuff when Janice walks back in. I just want to see her reaction. Is she gonna be mad that my whole family's coming to stay with us and we have no room? Is she gonna be supportive about it, which I'm hoping she will? Or was she just simply not cared? So like I said guys, I'm making this intro in a rush. So if you guys are ready for today's video, make sure you guys smash that thumbs up button, comment down below to Team Isaiah all day every day. I'm about to hide the camera and let's get into it. Alright guys, camera's hitting. I got you guys being on the plants. You guys are chilling right now in the little jungle. I'm about to go sit down and pretend to get on a phone call real quick when I hear Janice in the hallway and we're just gonna catch her reaction. Again, if you guys are ready, make sure you guys smash that thumbs up button, Team Isaiah all day every day. Let's go. But ma, it's okay. I understand. I get where you're coming from. I get where you're coming from ma, but there's nothing wrong with ma. Okay, but listen. You're not listening to me. It's okay if you need help. Oh ma, I get it. 100% I get where you're coming from, but it's okay. You can just, all of y'all can stay here. It's okay. It's not an issue. It wouldn't be an issue if I'm offering it to you. It's not an issue. It's okay with me. I can just come over here. We'll figure everything out and we'll go from there. Ma, I don't care if you stay a week or a month, two months. I don't care. All of y'all can just, ma, just pack y'all bags, pack all y'all bags and then just come over here. We'll talk about it together as a family when y'all get over it, alright? Alright, I love you too. I'll see you when you get here. Bye. My mom's getting evicted. Ooh, what? Yeah, so apparently she's backed up on three months worth of mortgage. I had no idea about. Three months? Yup. How? Exactly my question. She basically told me that she didn't want to tell me because she didn't want to stress me out or anything like that. And I'm like, before you walked in, I was telling her like, you should have just told me I could have gave you three months worth of mortgage and you could have been chilling right now. We literally could have helped in any way. But my question is, she's still working. Where is her money going or whatever? So I'm like, that's why I want them to come over. Like I said, you probably heard. I told them that they all can come over here, pack their bags, they can stay here for as long as they want.  It's cool. But we gotta have a family talk. We gotta figure out a situation or a resolution and figure out why this happened. Cause I'm just as confused. I don't get it. So does she like really not pay three months of mortgage? What's going on? I don't know. I don't know. Why didn't she tell us? Like we had no idea. You know my mother. You know she's not going to ask for help. You know she likes to try to be mis-independent. Yeah, I understand that. But like we could have helped, you know? I understand that. And that's what I'm saying too. But when she gets here, we're going to have a whole family discussion as to why this happened. And I just want to know the reason behind everything. Why is this going on? Why wasn't I notified? Right. Why did you wait this long? That's what I want to figure out. So come out what's going to happen. Wait, who's coming to stay here? I told her to pack all family's bags, you know, and they can come and stay here for the meantime. So it's going to be my mom, my stepdad, my grandfather, and my two sisters, five people. Okay. So I told them just pack your bags, we'll figure it out when you get here or whatever. I just want to know how this happened and why she waited three months to finally tell them. That's what I'm more worried about. Okay, well we'll get to that when that time comes. They come and talk to us or whatever. My concern is where are they going to sleep? What do you mean? They're here. What do you mean here? This is not enough room for all of them. Babe, we have a one bedroom apartment. Where are they going to sleep? That's what I'm saying. They're going to sleep here in the living room. How? Babe, we have a huge couch. Babe, this is not going to fit papa and your mom. My grandfather's a big guy. You think it's going to be comfortable sleeping all together like that? That's not going to be me. Listen, this is my solution. My grandfather's a big guy. So I'm thinking we go get an air mattress. We put it right here in the middle. He sleeps on the air mattress by himself. Okay. My mom can sleep right here. My stepdad can sleep right here. And then my sister can sleep over here. And I was thinking my little sister, the smallest one, she can sleep in the bathtub.   I bet you she'll be all for it. She's not sleeping in the bathtub. You know she likes being in cramped spaces. You see it when we go outside. She'd be making forts and all that.  The bathtub could be her fort. McKayla's the last of my worries. Like she's small. She can fit anywhere. Okay, so then do you think Seattle will fit? Seattle's tall, but she might fit in the bathtub. I'm just trying to think of a good solution and enough room for everybody. We're gonna figure it out, okay. That seems like the best thing for me. Okay. One person here, one person here. So then let me give you my ideas. No bathroom, okay? Like nobody's gonna sleep in the bathroom. That's just not okay, especially not McKayla. Okay, so let's hear what you have. Okay, so what I'm thinking is maybe your mom and Mikey could sleep on the couch. And it can be them, like what you said, like here. And then Seattle could probably sleep there. Or we can move the table, get like put it in storage or something like that. We can get like a big king size bed to put it over there for a big time. Babe, there's no need for all that. Why not? They're gonna be uncomfortable here. Babe, look, you got one person here. This is one person right here. This whole thing. That's one person. But honestly, like I'm five foot one and if I lay here, my legs dangle off. Imagine everybody else is way taller than me. Bring your legs up. Get in the feet of the position. I'm just trying to make sure that they're comfortable. Okay, well listen, you got one person here, right? That's what you said. Babe, what's the issue? What's the issue with the king bed? That's so much better. Babe, where am I gonna eat? That's my dining room table. Babe, honestly. Babe, one person here. One person here, one person there. One person in the bathroom, grandfather right here. Nobody's sleeping in the bathroom. That's not logical. Like that's not something that people do. What if she wants to move it? What if she says yes? She agrees like. It doesn't matter. Kids always want stuff that they shouldn't want. Okay, so you're gonna rip her from the happiness of sleeping in the bathtub? Babe, seriously? Seriously? No, I'm sleeping in the bathtub. All right, so then let's hear your solution. Is that what I'm saying? I already said it. I don't think that's good. I don't think that's good. Okay, first of all, right? We need to go and get groceries. Because we need to be able to eat all of them. Because we don't have enough food for all of them. We need to go and get groceries that I can figure out what to cook for the week. We'll handle that. Okay, that's first. We need to go food shopping for that. Then, like I said, we'll get a king bed. Do they have king blow-up mattresses? Yeah, I'm sure they make them, yes. Okay, so we moved the table. Maybe we can put the table in that little hallway we have right there. It doesn't matter. We put the king bed right here. Once the king bed is there, that's a big bed. So maybe, Babaka's sleeping in the king bed, or Babaka's sleeping here. We'll get another ear mattress for him right here on the floor. Where are we gonna walk? What do you mean? If I have to get up in the middle of the night and walk outside, I'm gonna step on someone's forehead. Are you even worrying about that? I'm gonna step on someone's forehead. They need a place to stay. I wanna step on my mother's forehead. They need a place to stay. Why are you so worried about a year to step on them? Because they have eyes used on them. Yeah, because you're trying to relocate them everywhere. You're trying to have them all over you. Because I want them to be comfortable. Who wants to sleep? It's just comfortable. This couch is great. One person here, one person here, one person there. The other one in the bathtub, one right here. All right, well how about this? When they get here, let's just talk about it together.  No, nobody wants us to. Okay, your mom's gonna sleep here. Her husband's gonna sleep here. His whole foot in her face. Who wants that? Who wants to sleep with somebody's feet in their face or somebody's breath in their face? Nobody. Bro, I don't know that she can sleep here. His head can be here. And then the sister can smell the feet. No, we're gonna figure something out. All right, so then. If you don't wanna go out, then I'll get beds for them. Because I don't want them to be uncomfortable. Okay, I get you.  But we'll just wait for them to come. They should be here in about like 15, 20 minutes. And then at that point, I guess that's when I can tell you that this is just a prank. Really busting your head, John, figure out. I appreciate that 100%. I love you for that. Thank you for that. But that ain't going down. Yeah, I'm trying to think of a freaking menu for the whole week for what I'm gonna cook everybody. Yo, hold on, time out. I gotta get the camera. All right, so you're gonna say team Isaiah because yo, this was a funny one. This was good. I'm not gonna say it, but you'll get a. That's what I'm talking about. Do it again, I can't. Do it again. See you guys, yeah? Now can I get a team Isaiah? No, I said you're not gonna get that. See, you're always trying to half-ass everything. No, how? Just say it. You're trying to say that your little sister got asleep in the bathtub. I bet you should like it. Probably probably. Yeah, exactly, exactly. So that is it for today's video. You got anything you wanna say? No. You know it was a good one though, right? It was. It was a good one. So with all that being said, guys, that is the end of today's video. Team Isaiah, all day, every day, I made this intro in such a rush it was crazy. When did you make the intro? When I was taking Daniel? As soon as you took him out, like a minute afterwards, I grabbed the camera. I'm like, yo, I gotta start making this intro. This is about to be a banger. I can't stand you. Team Isaiah, all day, every day. Let me see it in the comments section. Smash that thumbs up button. It is time for today's post notification shout out. Today's post notification shout out goes out to Rita Sutton. Thank you so much, girl, for all the love and support. If you guys wanna post notification shout out, all you guys gotta do is like, comment, share, and subscribe and turn your post notification bells on so you're notified whenever we post a new video. And with all that being said, go sleep in the bathtub. No.


Morning, cyber traders. Happy Friday, everybody. Hopefully, everyone's getting ready for the weekends. Couple of interesting stocks that we traded yesterday. We want to talk about NVIDIA. I don't know if anyone saw my quick little video on, if you saw my video that I posted on YouTube. And I basically talked about the NVIDIA where we had that big 250,000 share iceberg order. We're going to talk a little bit about that big iceberg order. So if you haven't, once again, subscribed to the channel, make sure you do that. Watch it, because we're going to have all these little series of, these little tips of what happened after hours and all that really cool stuff and everything. So we'll talk about that and all the other things that are moving this morning. There are a couple of stocks, as usual, moving this morning, not only as a day trade, but as a swing trade and as an investor. So let's go look at what's going to happen. Oh, there you go. Thank you very much, Rich. And if you could also just copy and paste that and put it in the YouTube channel, too, for everybody to share it. What I got going on here, you see? Do I have the right one here? Hold on a second. Just want to make sure I got the right one. There we go. All right. Now, well, let's go see what's happening, what we traded yesterday, and then we'll go through with the watch list. We'll talk about NVIDIA and all those other crazy fun stocks that we had, right? So a couple of stocks that did pretty well. Obviously, everything that happened with NVIDIA yesterday, NVIDIA wasn't really the more easier stock to trade. As in more of the trending stock, AMD was just phenomenal yesterday. I mean, it's expensive. Obviously, it's not one of the stocks we prefer to trade because we like to deal things a little more cost effective, something a little cheaper. But you know what? When something like that comes out with news, you've got to trade the industry. So AMD did really great 172 to 182. I know some of you here have done some really good option calls on that one. They were pretty cheap on that one too. So if you missed the run on NVIDIA, you could have got to AMD. Another one that did amazing yesterday was SMCI.  This stock went from $820 up to about $980, not including what it gapped up yesterday before. Stock was literally up almost $200. That's right, $200 yesterday, the SMCI. So that was that stock. Obviously, you've seen we've been trading for a while since the beginning of January. And that stock went from like 300 to almost 1100 due to being the supercomputers are making those chips. Now listen, this is not, I mean like, could this be another crash of the EV stocks which we're going to check out. Revion has saw what happened. I mean, is that the new height? Remember, this has nothing to do with politics. There's a government or like funding, whatever it is. This has to do about the future. This could be the next internet pop that we had, not hopefully not the bubble that we had in 2000, but this could be the next, this is the future, the AI business and more and more companies are getting into it. You're probably not fully affected by it yet. Some of us here, but you're starting to see a little bit more and it keeps talking about AI, AI, AI.  That's what AI really is. So you might want to go back and watch that movie. Kind of see, okay, what's the scary part about AI and what is the future AI? Hopefully it doesn't turn out to be like a Terminator, but anyway, that's why these stocks are doing phenomenal because of it. And then obviously you can see NVIDIA and I just bring up the NVIDIA trade from yesterday to show you it did move up. It did have that nice pop, the kind of flat line and it did finally started going up a little going into the close. Now what's nice about this stock right here is that, you know, a lot of what we teach in class regarding about the trend and seeing, you know, how the stock trades the highs of the day and the pushes and depending on how it, how it consolidates, you know, we talk about it in the trading room, which by the way, if anyone here is watching on social media, you look at the top left hand corner, you got a little QR code. If you wanna come and join our trading room and you wanna see what we're talking about, just click on that and you can join us whenever you want on that workshop. Now regarding about not just the AI stocks, there were other stocks that did move also did pretty well too. So we had, what else have we had as regarded? We had the, oh, Envax was a really good move. The thing about Envax is that Envax started, it had a nice little pop, you know what, it got pretty volatile Envax, you know? But it was nice, it was cheap, we went from 440 to 540, it had a couple of shakes here and there, the wick was a little bit bigger on that one. I wasn't a big fan of it, I sold it, I lost money, I bought it back, I did well, kind of made flat on that stock. But it got a little nasty and good thing we got out of it because look what happened, even though the good news that we know about that lawsuit that they had that they won and it kind of like gave it a little jolt. If you didn't get out 540, it came right back down to 460. And you know what? If I, the money that I lost on it or the little money I made, if I just said, oh, I need it, it's good news, I would have lost a lot on that trade. And that's why it's important you have to learn how to trade that stocks like that. Couple of the ones that did really well too, RUN was a good short, it still looks like it's going lower, I'm putting RUN on the watch list. Okay, remember, what traded yesterday could continue till today, and not only that, but they turned into swing trades. So RUN was also, looks like it's moving up Nova, another one, spelled the wrong here. NOVA, Nova was also another nice little, good little short, she's still trending down. I'm putting Nova back on the watch list. Okay, so the thing is Nova is getting close to some big support levels around here, around 820. I need to check the iceberg orders out there. I'm gonna post up here just really quick and see what's going on level four, see if I see anything there. But you can see it's got a lot of support around 850, more or less, it looks like more 820-ish right around there. Trying to get some data here. Got about 10,000 shares hovering right around 835, I see right now, we'll look at it a little bit later, we'll check it out. And then Revion, RVVN, that stock, hold on, oops, typed them wrong, window, R-A-V-N. Revion got crushed yesterday, and I just, I mean, if you've been following the news, they just cut their workforce by 10%. That's a lot, 10%.   I wanna bring this up and show you this. Revion, when it went public, stock was $180, okay? Look where it is today. And you know what? It was all the way down at one point last year around this $12 price range. So you know what, and the way it looks like it, it broke it, which is not a very good sign. So you're trying to catch the falling knife? Well, guess what? You just broke through the basement. Where's the next support level of basement? I guess, hell, they say, right? So, well, not a time really hell. It could be zero. It could that happen? You know what? I've seen it time and time again. Another really good mover yesterday that we're doing good on our swing trade. I got a little nervous. We got a big, big nasty slingshot on Eli Lilly. But yeah, Eli Lilly, they come back and did pretty well, ended up being up about $26. So remember, I'm a big fan of those stocks with the drug stocks as in regarding about the fat drug that they have out there, the weight loss drug. Shouldn't say that word, that was nice. But that one and also Nuvo. Nuvo is just doing phenomenal too. And you know what? I like these a little bit better because then a stock like NVIDIA and everything. Because when you see things that go up this fast, believe me, there's always someone who's got one foot in the door and one foot out the door.  And it makes a little bit more, a little lot less stress on the swing trades and on your trading. That's why it's good to know to be a good day trader to understand how to swing trade. All right, now, regarding about what's moving this morning, let's go see what's hop over here and let's move everything on the, let me move things around here and get on level four. Get the book viewer up here. So we got to post up here on the right-hand side. So here we go, everyone. Let's get started. So on the left-hand side, you got the level three. You can't see level four. I got another window, but I will slide over here. If I see something very interesting, and you know, obviously we broadcast in the room so we'll see it during the day. And then we got the execution system. So we got the stock SUGP. So it went up pretty big a lot. It went up to about $9, came back down to five. I'm not a fan of that, okay? There is an iceberg order here around $6. I'm not seeing any buyers out here up until 5.20. So I wasn't a really big fan of this stock right here, even though it is the biggest stock on the watch list. I'm not seeing any real significant buyers coming up. So I'm gonna put this on the B list, okay? SUGP. Now, when I see stocks that trade like this and tier sizes around 100 shares, remember, we always talk about you the three T's, tradable trend and trap. 50% of you are gonna lose money in trading by trading something that is not tradable. Lunar is back on the watch list. I'm not talking about the warrant. Let's look at the regular stock right here. Lunar, we've been doing really well the last couple of days. You can see the stock has done really well. Went from two, went to 14. She's on a downtrend though right now. So when I see that, it's going on the B list. So L, U, N, R. So far, nothing really on the A list. And you know why? Today is Friday. Today is the last day of the holiday week where kids are away over here and with the recess in New York, a lot of people are coming in. And listen, if you've been here, this week hasn't been as great as last week. Last week, if you watched some of the videos that we have last week and go back and watch them, we had stocks up 1,000%, 2,000% in one day and they were just great. And you're going to make 1,000%. You know, you need like 20% of that move. And there were a lot of them, but I told you this week was going to be tough. But people will start getting back. I think things will start picking up around Tuesday of next week. So let's be very, very, very conservative what we're trading on here. So we have this one stock right here that's also moving. It's up about 35% AXTI. This one on the other hand's got some, got some decent, got an 8,000-chair buyer-hudding year. I'm always looking for like five-digit numbers. 11,000 showed up here at 295. That one looks a lot better, okay? So AXTI, nice little push, nice little trend, good volume, good price levels, everything that we're looking for. Lot, garbage, okay? Lunar, we already know about. Marvy, up 27%, a lot of small-tier sizes. Don't really like the trend of pre-market. This one looks like a buyout. This one doesn't look really that good here. This one is not bad. Up about 9% two million shares.  Looks like it had a good move here. I don't know if that was a reverse stock split. Probably it was, yeah, six cents. BDRX, 16,000 shares right there to buck 50. That kind of makes sense. The kind of holding there, that's what I like. That's what we'd like to see. We can see the order out there. We can see what's happening. That one looks pretty good. Looking forward to seeing how that opens up, BDRX. All right, a couple of you also shooting out some other stocks out here that are showing up on the big watch list. I think we had some pretty good news on Carvana, right? CRVA, there you go, Carvana. So Carvana had a nice little move yesterday, Pop. You could see, I guess earnings came out yesterday. That has been a really, really, really good swing trade. Rich just posted up the news on that. Rich, could you pop that news too also in the, put it in our social media, while people are watching so they can all can see that too. So yeah, they traded higher. That stock has been a good swing trade. I know we traded it. We did really well on Carvana last year. We were trading around at $6, $7. I know some of us got in right around here around $35. I got out of it. Listen, you can't own them all, okay? But Carvana's doing great, okay? So I told you a funny story back then. I said, you know what? I was driving down my parkway and I saw him build a new Carvana tower, which I never seen. I said, I thought they were going bankrupt, you know? But you know what? Maybe some of you don't know this. Carvana at one point, was it $350 stock? Yeah, right there. Talking about a volatile stock, look at that chart. Incredible. Back in 2020, boom, that thing went all the way up during COVID and it came crashing down.  Anyway, Carvana, I put on the B list, okay? So I'm going to put on the video on our list again, NVDA for all you advanced traders out there. I'm going to put what else we got. AMD, AMD's got to break this resistance levels here. So AMD, it's got to break that resistance. I want to bring up NVIDIA because a lot of you were here and watched my video that I posted about the big seller of the 200,000 share seller. Now I'm going to show you right here on level four. He was right, he's not there anymore. He pulled his order, okay? He pulled his order and usually what happens in program trading, he probably is going to come back around 9.30. So when we start trading again, when the market opens up and we come back in 15 minutes, we'll see if he comes and posts his order out there or if he uptakes, okay? If that happens, you know what we're doing, right traders? So we got to wait and see what the market opens up. Couple of other big news that came in here. Richard said DraftKing, DKNG. So DraftKing, yeah, DraftKing gapped up pretty big. It's been up, listen, Super Bowl's over, okay? They did really well. A lot of these companies did pretty well. Buying rumors, selling news, you see where the stock started backing off and start rallying. It was all about the playoffs, you know, all that, a lot of betting going on. But yeah, it's got to gap up. I would stay away from it right now, Rich. I'm not really interested in it. But yes, next is Brian Marchman, that's right. John says SQ, SQ. Yeah, SQ is doing great. That's another one. Thanks for sharing that. I'm going to put SQ is definitely going to a watch list. So SQ gapped up really nicely, but you got to see here on the yearly chart, it does have some big resistance levels over here. And let me check over here on level four, not really getting a lot of big iceberg orders on SQ. Maybe I'll check on level four and see if I see something that will come up on there. But be careful, we traded square before, it does get pretty volatile, okay? Regarding about that. Yeah, I'm not really seeing any, a lot of orders out there at all, basically. One guy who's out there at 80, he was out there at $80 and 25 cents, just pulled his order. So I don't know how, I'll show it to you right here. See it right there? He just pulled his order, right there. All right, guys, it's getting a little late. So let's get ready for the market. Open up, we got about 15 minutes. Once again, if you're watching on social media, if you wanna join our trading room, you got that little QR code on the top left hand side. If you're watching a recording, you can join us whenever you want. Our traders, let's get ready for the market for to open up. One last thing, Michael says A-O-I got hit. Yeah, that one got hit too, and it is doing a little bit of a dead cap bounce. We'll put that on the watches. I saw a couple of dead cap bounces. I'll put that on the B list. Thanks for sharing that, Michael. Not a bad call, all right? All right, let's get ready for the market open up. It will start about 15 minutes. So we'll take a quick break. Let's get ready for the market open up, all right, guys? Happy trading and be safe. And if I don't see you, enjoy your weekend. We'll see you back here on Monday.


Hi, I'm Caroline and this is Jamie, and we're both senior animal technologists here at The Crick. We're going to take you on a tour of one of the units here and tell you a little bit about what we do. So yes, the ferrets are in the box, they're very excited because they want to get out. So before we open the boxes, we put masks on because we don't want to pass anything on to the ferrets. Plus we need them to be healthy, ready for the influenza infection in a week's time. Because we don't know the chance for one of these ferrets, we need to make sure that we're protected because they can bite. So when you take a ferret out, you need to make sure that you support it's ramp. So you will come in here for about half an hour in the morning and then another half an hour in the afternoon. Once they've settled in for the first day, before they get infected, we get the ferrets out so they can exercise and be social because they are social animals, they like to interact with us and also they interact with each other as they go up and down. So this one's just having a little sniffing explore, so we're just checking that their water bottle level has gone down, that they're eating their food, this one's completely chucked all this food out. And we're just making sure that they are urinating and defocating, obviously to make sure they're healthy and functioning correctly. Yes I know. Hello. Hello. So these are our nude mice. So these mice are immunocompromised. Nude mice a lot of the time are used for tumour experiments because they have no immune system. So the tumours are allowed to grow subcutaneously and then we can measure them and it's easier to see on nude mice than on fairy mice. Because they don't have any eyelashes, they don't have any fur, they don't have whiskers, well they have a few whiskers. So cleaning themselves sometimes is more difficult, so sometimes you just need to bathe their eyes and clean them so they don't get a build up of dust in their eyes. The mice inside this room have pathogens that we don't want spreading to the other colonies. So we need to protect those mice from whatever we've got inside this room. So by donning an extra set of PPEs, we've got an extra lab coat, hair net and overshoes. Those will get dirty when we go in the room and when we come back out we'll dispose of this outside layer and leave those pathogens inside the room. So this mouse here has a subcutaneous tumour which we're going to measure. So the tumours that this mouse has are spontaneous growing tumours because they have a genotype for this and you can see just below the surface of the skin there are these bumps here. For these mice we will monitor them closely and we will palpate for tumours twice a week and once a tumour is palpable we'll then move on to measuring the tumours twice a week so that we can monitor the size of the tumours. Once the tumours reach a specific size or before the experiment will be ended so that the mouse doesn't undergo any unnecessary suffering. So these guys have got head implants, so all of these mice had surgery on the same day. They are used for various reasons so that they could be looking at sleep patterns. So they've got the probe into the brain and they can read it on a computer. So we don't perform the surgery ourselves, it's the scientists that perform the surgery. Afterwards we need to look after the mice. So when they've finished surgery the mice are put into a recovery chamber. They get checks of every half an hour after their surgery and they're also given analgesic. So in a petri dish they are given basically it's a little bit of custard mixed with analgesic which is metacam and they all eat that.  So this is the process of ear snipping.  They are testing the genetics of the mice so to work out if they are carrying the correct gene of interest for the scientists. It's done at two weeks of age so the mice are taken out and they are scruffed and you can see a small ear notch is taken from each mouse. The small ear piece is then placed into a well plate which is sent off for genetic testing and the results take about five days to get back so then the mice can be used quite early if they are required at a young age for the experiments. Of course the opossums are a tropical species. We've raised the temperature to between 26 and 28 degrees Celsius. This can make it quite hard for the technicians that work in this room and so we do expect that they take regular breaks. We will check the opossums once every day in the morning. So we're looking at the opossum from nose tip to tail making sure that the fur is nice and bright, that the eyes are bright, that the behaviour is generally okay. They are quite timid animals so most of them we'll be hiding right about now. The life expectancy of opossums is around about five years. Over the course of a year we will set up a mating every month and we will rotate the males and the females so that we aren't using the same ones over and over again. So you will see that we have given the opossums a cage with two levels and this is because they are a semi arboreal species. They are also given a tube, a house with some nesting material and a small crawl ball which they will use as a house sometimes too. So to pick the opossum up you can grab near the base of the tail and let them hold on to you with their back paws and place them straight into the jug to be weighed. This female weighs 60g which is fine for a female of her age. So now that she's been weighed you can take her back out. You'll see in the cage that they have the pellets in the middle and then when we give them the health checks in the morning they will be given a meal one. So we give them a variety of foods and this is representative of the variety that they would get in the wild. So because of their dentition they don't actually chew their food they just bite chunks out of it and swallow.  The only time they generally come together is during mating or when the mum has a litter of joeys.