So thank you very much. I'm pleased to be here today. Last time where we called was 10 years ago. And I'd like to talk about the work mostly by my recently graduated students one last month and the other one year ago. And I'm going to take advantage of the work beyond in the meaning of this conference. So what I'm going to do is talk about mainly high-performance computing. The motivation, of course, remains turbulence and we are interested in, first of knowledge, computer time provided by National Science Foundation in the U.S. through the machine called Blue Waters. And also we have had, in the current current year, we have time awarded by the Department of Energy. So I think the work scaling is something that we all in turbulence knew when we were in students. At first it was very weird to me. What does that mean? I'm going to talk about three particular meanings of this today. One is think about, if we look for scale similarity, last year the simulation say, we always ask how do things scale with the Reynolds number. And which is in scaling, they talk about, you know, show range. And if you are talking about boundary layers, they talk about inner scaling, outer scaling, and so forth. And the other kind of meaning I'm talking about is in the sense of computing. What we mean, swung scaling is same. If I give you a computer twice as many cores, can you solve the problem in half of the time? So in other words, how much time do we need as we increase CPU count by certain factor? And the idea is that even now we have a big computer, we can solve the same problem faster. Of course, that's not the only thing that we want to do. After all, don't we want to simulate higher Reynolds number, higher speed number, and higher Reynolds number in general? So we want to talk about also we scaling. So we scaling is the idea that if we increase the problem size, how much resource we need? Basically, we want to use a big computer to do a bigger calculation. After all, we don't want to stay at the same resolution level all the time we want to go up. And that's the idea of we scaling. And in doing this, we find that to give better answers to question one, it seems that we need to figure out what to do with the other two types of scaling from a computing point of view. I'm going to talk about, briefly, two different algorithms. One is to track hundreds of millions of fluid particles. And that's the grand general point. As we might know, this is very important for the study of dispersion. And basically, we have reasons why we need so many particles. Generally, that increases the problem number. And also, recently, we talked about we have a paper on backward relative dispersion. Basically, instead of starting from a particle at a certain location, find out where it's going to go. We say, this particle and that particle, where did you come from? And it turns out that we need a very large number of particles for that kind of work. And also, we're going to talk about passive scooters, of course, rather than the theme of turbulent mixing. And I'm going to focus on the regime of low diffusivity, high speed number. They're very common in the quick and most important application, perhaps, is in the ocean. And the difficulty is the fluctuation of ice as a so-called bachelor scale, which is much smaller than Cumbagore. So frequently, we are forced into a compromise of say, do we keep the Reynolds number high and aim for relatively very high speed number? And say, live with the modest speed number, or we'll say that let's just hold the Reynolds number there and just focus on increasing the speed number. So first, we'll talk about particle tracking. The equation of motion that we know is very simple. The weight of change of position is the velocity. And the velocity is obtained by taking the Eulerian velocity field at the measure at the instantaneous particle position. To say for an experiment, I think people still use this equation, but they would do it in a different way. So in experiments, typically, there will be some mechanism to sense the positions of a certain number of choices. And we have confidence in whether those choices are between two inches of time with differential and gather velocity. In DNF, however, we first actually use equation two. We first obtain an Eulerian, do an Eulerian DNF, and then we can specify initial positions in great forwarding time. And every time instant, we first get the, we basically evaluate this equal sign by interpolation. And we have to have a high order of accuracy as well as differentiability, especially we might want to differentiate the interpolation velocity as a function of time. And these are the basics of roughly particles. Of course, similar ideas arise for the inertial particles and Brownian particles, but I could have motion where on the right-hand side, there would be some additional terms for equation one. And the particle count is mostly driven by sampling consideration. I will get to that later on. So let's take a basic look at what is the challenge. We want to simulate other traffic turbulence. Most of the time, we prefer pseudo-special methods for the sake that it's a scheme proven to be of high accuracy. But let's say that we have anchored quick points now, and we have to divide the solution domain, you have to divide the solution domain amount of different processes. So under stress on the left-hand side, we can take FFT and X. So FFT is a global operation that requires a complete line of data in core. What about you want to take FFT in another direction? So we have to divide the data as suggested here. So we have to do a transport. The problem of the transport or the challenge of the transport is that it requires all-to-all communication. Basically, every part of the process is going to send information to every other one, and at the same time receive information from all the others. There are some ways in which we can make this work more efficiently. Secondly, we can choose one of the domains that we have a so-called two-dimensional processor grid to hear out and see what we send, what we send both in columns. And if we choose a number of rows to be the same number of nodes, by the way, what is a node? Essentially, most of the high-performance computing platforms now consist of multi-core processors. For the machine that we call Blue Waters, actually the number of cores is 32 per node. So because the cores on the node are essentially the same piece of heart where they view well, so if some communication has to take place, it's just like talking to the next person sitting on the same row as you are, and they will be quicker and easier to talk to the other people seated on the other side of the room. And on Blue Waters, we also have remote memory addressing that we think we'll talk about just a little bit. So this is a Qubish-Brain interpolation. We prefer to use Qubish-Brain because the four-volts are quick and also it generates a smooth approximation. There are three operations as suggested by this formula. So first, we have to calculate these S-PQR here, what we're saying is the three-dimensional spin coefficient. It's written like a basis function representation. And we can solve a system of simultaneous equations to obtain the Qubish-Brain coefficient. And next, we know that, of course, at this time, going back to time t equal to zero, we know where the particles are. We know what x, y, c coordinates are. And so we can evaluate the one-dimensional basis functions, these b, c, and d based on the particle position. Well, those primes are essentially normalized positions, let's say, how many Qubish-Brain things and so forth.  Now there are some problems, some challenges with that because depending on where the particle is, some of these terms going into the summation are going to be multiple processors. So we have to somehow combine the result over all the parallel processors and also in order to obtain the differentiability properties of Qubish-Brain for n-grid points in one direction, we're going to have n plus 3 spin coefficients. How do we divide the log efficiently over the multiple processors? And also when we talk about very large number of particles and of course the memory requirements dictate that we might have to divide those NP particles over a certain number of parallel processors. So how do we do that is an important question. One can say that if one parallel processor is going to keep track of the same particles, same set of particles every time, every time incident. But let's say that if we have a, if I say that this is something like a subdomain, if at the beginning a particle is inside this subdomain then one parallel process may hold all the information. But over time, if particle from inside is going to wander up and down, it's going to go everywhere. It's going to go everywhere. So this original host process will not be able to keep track of it anymore. And as a result of that, if we don't do it carefully, the communication will essentially overwhelm the entire calculation. So what we have to do is that you should divide up the data based on the instantaneous position. So we've got to watch every time incident. We figure out where the particle is. We figure out in which subdomain is it located. And we will turn over the control for that particle to that particular parallel process. So we are essentially mapping the particle to the MPR process based on the instantaneous position. Now what about with the particle like close to the boundary? Of course, some information will become from another processor but then there will be the one that is immediately the next neighbor. So the communication between this subdomain and this subdomain is relatively faster between this one and one which could be very far off. And we also want to be able to declare global memory. So in high-performance computing, we talk about one-sided communication. That is to say that if I send somebody an email, I don't have to suppose that I don't have to wait for that person to read that email. But by some prior agreement, that person has already given me access to a certain part of his or her brain. So once I send a message over to them, it's automatically there and that will be a lot faster. And unlike a lot of different methods, we don't use ghost layers. Ghost layers is the idea that what about if I give this process, let it have some information from the neighbors. But then that way we show you the paper that hopefully will be published soon before the end of the year that the use of ghost layers will be extremely memory-intensive that we don't really want to do. And I said the particle can go to another host process. It depends on how far it can go. But we have a cooler number, considered a limit on the time. On the time set, that means that every part of each particle can never go beyond one grid spacing. And this is some pseudo code. I'm going to skip quite a bit of that, but basically we say that for every particle, every particle there's a number of particles. So we make some decisions about, but first we can go ahead to evaluate the basis functions. And then we look over two indices, not three because our solution domains are like this. In one of those, we have everything. We don't have to worry about a particle going to the left and left or right in the way that I posted. Only front and back and top and bottom. And so we have this particular syntax which is referred to as CoAway 421. It's a square bracket. And basically you're just saying that it's a particular way that every particle process would have access to. And that would make the overall calculation somewhat faster. Well, what is the performance that we got? This is a plot of the time taken, measuring in seconds, which is the number of parallel processes, or the number of parallel processes. And these are three clusters of data points 2048, 4096, 8192 cube. And in every case, we have a number of particles, 16 million, 64, 256. And you can see that the course is proportional to the particle count. Well, of course, this is not the time taken for the DNS calculation itself. This is just the time taken to go over the loop on the previous slide. And we can see that if the scaling is perfect, the swan scaling is perfect. And on a lot less plot, it will be inversely proportional, a slope of minus one. One could say maybe a little surprising. It was surprising at the first time we... Well, first time I saw this result. Actually, the swan scaling is best, 8292 cube. Most of the time, we know that the scaling will be less or worse and worse at the number of processors increased. But in this case, that's not quite true. In this case, the code happens to be more efficient at the large problem size than at the more modest ones. So, and that requires some analysis. And we can think about it in terms of the communication time. The most general case is this. Now, each subdomain is going to consist of a number of grid cells, and in one direction, and divided by something in the other direction, as well as the third direction. Communication is going to be... Well, communication will have to consider the cross-sectional area. What is the cross-sectional area of the boundary of that subdomain that separates it from these close neighbors? So, and we have four edges of this rectangle. That's why we have terms like this here. And cubic splines involve two grid points on each side. This is because of the cubic polynomial. And so the number of the probability that some communication will be required can be obtained by this formula. There's factor four here. This is the volume of this subdomain divided by the area. And this is the number of particles per processor. The P is the number of processors. But sometimes the formula here may not always work because what about if N over Pc is one? What about if instead of a rectangle here, I'm only getting one line, then every processor will require information about it below. So in that case, we actually find that the communication time is proportional to the number of particles and universal proportional to the number of processors. That actually means that we're going to get perfect scaling. So in this part, that's part of the experience of the results that we have. And also this track of QAV420 is especially efficient when the messages are small. This is somewhat different from more common considerations. And what about the particle migrations? Well, when the particle migrations, one subdomain to the other, the control of the responsibility for updating is the new position transfer to the new host MPI process. And there will be some send and receive operations going on with how many neighbors? So there will be eight of them if this is a cross-section of the subdomain. You're looking at essentially one on each side because that's why we have eight neighbors. And also there may be a slight degree of imbalance. Well, the idea is that anytime some processes may have more work to do than the others. But we're helped by the fact that we're assimilating homogeneous turbulence and also non-unitional particles. So the fluid particles are not supposed to accumulate systematically over a period of time and so the degree of imbalance is really small. And there are some factors that would have an influence on the particle migration, the core number, limits on how far a particle can go. And there will be more migration in the domain very thin in one direction. And also, well, we would have the knowledge that this may not be so efficient for inertial particles or Brownian particles. We can jump over more than one grid space. There are more simulation costs here. There's a 4096 cube and an 8192 cube. The number of particles are going by a factor of four. So if we look at the last, let's say, we have the last problem size here. Essentially, the particle loop is becoming less usable in the course. And its capability does improve the last problem size. We will assume the number of particles much more than the number of grid points though. And we are using one side of the communication, the four-transcendent now. Now, let me turn to the second part of my talk now. So we're talking about mixing. In terms of passive skaters, we are all familiar with this equation. But on the one hand side, I have taken the mean gradient term, incentive mean gradient to be the source of the skater fluctuations. And I think when I myself arrived here only Wednesday, Wednesday night, I know that my friend, Professor Goto, has given the talk on some of the pieces of high mean number mixing. And also Professor Srinivasan, it is one hour natural on Wednesday. Also mentioned some of these concepts. So I'm going to skip off to the numerical issues. Again, I'm showing also a discussion by Professor Goto. And basically the idea is to demonstrate that the form of the spectrum has very different power laws depending on which mean number of regimes we are in. And they have been there. DNS results can be compared with all of these regimes. What is the most important, what is the most difficult thing to do? I think this is still to try to get at the risk of convective range because you will have a very high mean number and a very high mean number requires that we make the grid spacing much more compared to what we do for the velocity field. And I quote here with some certainly bias for papers that I have written myself. What have we done of a high mean number? Just to emphasize the difficulty. Again, every time we are willing to have the number of grid points, half the grid spacing, double the number of grid points, the core number restriction means that we have to double the number of times seven as well. So every time we do that, we pay 16 times more increase in computational resources. And how much increase in speed number we get? Well, square root of 16 with 4. So how do we go from 1 to, let's say, 512? That's a long way to go. So what we have to do is to try to get the best parking that we can. I would insist that we want to have a velocity field. Let's say that we insist on a velocity field that has some inertial increase of 36. So my earlier paper, I'll name the age. Definitely not going to do it. Now I'm 38, not quite either. And we would like to have a mean number as high as possible comparable to salinity in the ocean, which is 700. And we want to develop the best algorithm for doing that. And of course get access to the bed machine. And along the way, actually, there is going to be some advance in high-performance computing that we have been able to make. So how do we do this? We have a problem of very diverse resolution requirements. So we can actually have a velocity field on the course grid and the scalar on the final grid. That's not quite a new idea. And then we have a passive scalar, so the velocity effect of the scalar. So we have to get the velocity over from the course grid to the final grid. We will do an interpolation. And we let you have as high accuracy as possible without very heavy communication. And pre-dimensional FFT can only give us high accuracy, but it won't answer the second requirement. And so Professor Goldberg, he came up with the idea of a hybrid algorithm. Let's use complementary differences to obtain the derivatives of the scalar that's in the affection diffusion equation. And it turns out that the communication requirements are actually much less. And we want to take it to a big computer and make it a scalar way while we do so-called multi-threading. And we also have made some progress in using graphical processor units. So first we have what we call a dual communicator algorithm. So these are actually the same grid, physically they are in the same position. But what we're going to do is set the number grid point for the scalar for the velocity to be 8. And so the workload on the final grid obviously is much heavier. And we have two separate groups of processors. One will be field in number. We will take care of the velocity field. But of course, let's say that you can set the number of lines here so that we don't have very fine divisions of the grid. And for the scalar field we have a final grid. We have another set of processors. Most of the processors will be working on the scalar. And this is the passive scalar. So the velocity information has to go from one communicator to another, one group of processors to another. And this is what we call essentially one way to communicate a transfer. And one of the ideas that comes up from this is some of the processors are carried out by this group of MPI processors and the other group they can well be overlapping with each other. They can essentially be done at the same time. And that's the beginning of the idea of trying to make the calculation faster. And here's an informal flow chart. The left-hand side all the operations of the velocity field on the right-hand side all the operations on the scalar field. The pressure and diffusion equation requires a first and second derivative. So this is where we use the CDD, the combined component difference combines the sense that we're getting the first and second derivatives at the same time. And there's some transfer operation. The velocity field has to go there and we have to determine the time step size as well. And then what kinds of operations are actually required? The CCD proteins require the solution of a block, a system of a block tridiagonal equation blocking the sense of two-by-school because we're getting two derivatives at the same time. And it turns out that by an algorithm developed by another scientist in Japan to calculate the solution of this equation can be done without any transpose. We don't have to, like, the two-dimensional decomposition for the velocity field. We have to do transport this way, that way, and that way, and so forth. We don't have to do that anymore. That is going to save a substantial amount of time. We do have some communication, the so-called gauge layers, which come in for finite different schemes. We do have to pack the messages. We have to collect data from different parts of the computer memory, and then send it off, and then we receive data, some data, and then we have to unpack it into the appropriate positions. And on CPU-only machines, what can we do to make the calculation faster? First, we could say, if communication cannot be avoided, can it be done in a non-blocking manner? Let's say that many of us are capable of, say, hearing somebody talk while typing on the computer, while doing something else. So this is what we call non-blocking communication, as long as we are not operating on the information that is still in the process of coming in. We can also carry out a computation in one direction while communicating for another, because the tips in different directions are essentially the couple from each other. We use the feature OpenMP Rocks, or it's OpenMP in case you're not familiar with this. This is a very common software library for essentially shared memory computing. So most of us, essentially, if we have one node, 32 cores, how can we make the 32 cores essentially function as one single unit? And we can also dedicate some of the one thread to communication. All of the others will be computing, and that's the idea of the so-called OpenMP, that's the parallelism. We have a paper, we have the details now. What about the performance of the code? Here we have data points, 1,024, 2,048, 4,8192, we have also tested 16k kub. We can see that the scalability is perfect, the smaller problem size is the larger problem size, we start to have more problems. We started to have some of these data points now falling onto the dash lines that we have drawn. Nevertheless, our production problem size is here. This is just for the CCD routines. So we set up with this 0.936 seconds, we move it down to 0.616 seconds, about 40% improvement or so, and we are strong in scaling, we are scaling pretty good, if we look at just the data points marked by the sign-in symbols. And I think the percentage, and then I quote, should it be relatively high, what about the DNS code itself? Then we have also the symbols in sign-in, also they are very good, that's the best that we could do. But well, interpolation, the idea of interpolating the velocity field from the course which is the final grid does take considerable time, 25%, but just in the last 24 hours, one of my co-authors, Matthew Clay, he said that he has found a way of making that path faster, don't have the new points yet, but then things are going to be getting better. Okay, so what is the future going to look like? I think I have... Okay, I'm not having a lot of information about GPUs, so this is the second last slide, as you can see. So in the U.S., for the last few years, the fastest machine has available to the academic community, at least it's a 27-part flop, quite XK... Well... Yes, that's the so-called XK7. The XK7 has the nose which is all fitted with GPUs. So one unspoken rule for getting allocation of this machine is that you have got to be sure that you can use GPUs. Otherwise, no matter how excellent the science will be very difficult. And we have figured that out and by next year, they will have a machine five times faster than this one, it will be an IBM Power 9 with six GPUs per CPU, versus just one now. And hardware is going up to extra scale with the Department of Energy 2020 something. This number may... Maybe two or three. And the community is moving towards many core machines. They also have a nice landing platform by Intel, 70 cores and four hardware threads per core. So sometimes it takes a substantial amount of effort to try to run our cores efficiently on these machines. And also the CPU... Essentially, the GPUs give us the promise of fast commutation with no power. The question is... Of course, the other thing is what is the software really? I should say that on the 27-part of the machine, if you want to code where that barely passes one platform, you're supposed to be doing relatively well. So there's a substantial challenge of the software and we have to use algorithms that communicate either less or communicate faster. So the last slide here... I think I hope all of you will agree that the turbulence the turbulent mixing, all kinds of turbulence not just the simple kinds of that I've been working on. Essentially, grand challenge problems in high-performance computing. We do face, however, as a matter of fact, fierce competition out of few designs from those who predict natural disasters who have worked with biomedical applications in California, earthquakes as well as in Japan. And so we have to be we have to be very competitive and we cannot do so without being actively responding to change in high-performance computing landscape otherwise, those advances will essentially be leaving us behind. And we have a big problem in how to restore the data. We can generate petabytes of data. So one day, if I lose time when I need something, I don't know where to put it. There's one question that I have no idea about honestly. But if we can show that there's a wider community who can use the data to do useful things, then maybe there will be some breakthrough somehow. As for the future science, I'll look for turbulence. I think we all want to go towards larger problems. This may be more geometrically more complex or physically more complex. Let's say what about active scale if you have a atmospheric boundary layer and so forth. And we have to make sure that I think we have to look at the resolution effects more vigorously than before. And finally, we just need to build a sustainable computational laboratory. But by that, I don't mean a computer room, but that's basically essentially a virtual laboratory, if you will. All the data sets. How do we how can we sustain them? How do we make sure that they will not be lost so that the wider community can actually benefit from the simulation. Thank you very much.


Hello everybody hooded cober commander 788 here and it is time to open the stuff I got in the po box. This is stuff that has been sent to me by viewers like you I do have a post office box I will put the post office box address on the screen right now if you'd like to send something to me That's where to send it and if you send something to me I will open it on a video like this and show everyone what we got This is everything I got in the post office box in the month of January 2022. I got three items I have cut them open, but I haven't looked inside so I don't know what this is I'm going to start with this one because this one came first This came directly from Amazon, and I don't know who sent it. So thank you to whoever sent this and I have cut where is it? I cut an opening right there, and I can there's a square item in here I can tell as a box so I'm gonna pull it out and it is oh This is Okay, so this okay this it's a box of mechanical pencils This these are the the type of art pencils that I used to use for sketches and stuff for artwork and I was mentioning this had to have come from somebody On patreon because I did a patrons live stream and I mentioned that my my pencil I didn't have it anymore. I apparently I left it at the old house or did I did something with it? I can't find it. Well, here we go fresh pencils. This means I can do better sketches I can do better sketches than I have been doing with the cheap pencils that I've been using so this is awesome Thank you very much whoever sent this this this will get a lot of use next is this letter And it's written on here. Please do not read in video, so I will not read it I will just open it and see what's here. We have a Letter it is a letter. I had better get my glasses to read this. Oh, and it is What it's It's Zerana I've got it. Well, I should probably read the letter first But I'm not gonna read it on the video because the person told me not to so I'm gonna read this real quick And then I'm gonna take a closer look at these I have read the letter I will say thank you very much for that. It's very much appreciated and I want to take a look at these It does without disclosing the letter. It does say to use these indoors and not outdoors so what we have are looks like some Like Zerana Die cut like window decals then that's not all no we've got. Oh, yeah, okay. Check this out So we've got the Baroness We've got Lady J and we've got We've got a ghost buster and and I don't know who that is but but I'm detecting a theme So these these are cool. And you know, uh, yes enough of these were sent to me that My daughter would probably like to use these two. I'm so I might share these with her I think she'll dig these. Oh and check this out. We've got We've got a Zerana variant. We have an orange hair and a pink hair variant. So that is really cool Thank you so much. That brings us to this final box. This was sent by Casey I do know what's in here because he told me what he was sending and I would like to say I'm sorry to Casey for the difficulty that was experienced and getting this to me Thank you for your patience. There was a bit of a snafu with the post office So this was delayed, but I did finally get it and I do appreciate you sending that so thank you very much And I'm gonna open this up now and show you what's in here Okay, so here it is slide this out of the way and what we have is a Gijo classified Cobra Island series viper. This is awesome I did not have this and as you may have noticed I'm doing classified figure reviews every Friday I have an idea for this. I think I'm going to save this one for a special occasion, but this is one that I did not have and Likely was would not be able to get at least not right away So this is awesome Casey and you are awesome and I greatly appreciate you and thank you for everything you've done and Thank you for this. That's everything we got in January Thank you to everyone who sent stuff and thank you to everyone even if you didn't send anything I am just happy that you're here if you would like to send something for me to open in a video like this I will put the PO box address on the screen again right now We will see if we get anything in the month of February if we do we'll do another video like this if we don't then We won't but either way. I'm happy to be here and I'm happy you're here. So thanks for sticking by me Thanks for going along this GI Joe journey with me. I will see you next time and until then remember only GI Joe is GI Joe


Everybody forced here rip in 2022 select an absolute baseball hobby eight box mixer number two random teams I'll show the results right here. You can always find those a late in sports cards calm Thanks everybody for joining and good luck Yeah, right Blake. Yeah, I'm excited for Ben carol. It's been Carol, right? Plus, I think if Isaac is out to start the year you kind of have a starting lineup of Anthony Suggs Wagner Ben caro and Carter window Carter, so it's pretty solid actually you got depth Concourse white Dalton Varshow out of 50 for the d-backs got sparks Crack dice auto Josh low rays nice rookie hit there for the rays They've been hidden not only just wanders, but the other rookies that they have to These hits of it or Perez. Yeah, I know early late early like in the college season. I was calling him Ben Chero Hi, maybe we had a 149 jersey auto for the angels and then just like a month ago. So here like Ben caro I'm like Silver concourse for the angels David Fletcher. I see if those jerseys are on sale myself a birthday present to 50 Logan Web Jersey For the Giants Vidal Ruhon select stars rays Concourse red Gavin sheets white socks to 199. Plus. I haven't bought a jersey in like a year Bought a David Ortiz authentic 04 World Series patch Jersey last year. That's the last one I bought silver for the Brewers Tyrone Taylor concourse Concourse tricolor Cubs Greg Deekman rookie Wander Franco phenomenon insert tricolor Babe Ruth Yankees concourse Max Scherzer and Fuego O'Neill cruise Pirates rookie Jersey card Love watching him man Whitmerefield Silver premier level Nate Lowe for the Rangers Get a Nate Lowe Rangers premier level the 149 light blue and I'm I'm so ready to see a color wheel It's not funny. They're gonna sweat it out man You can't kid did Kenzie pull a color wheel earlier. Does anybody know I? Don't think I saw one. She sent pictures to our breaking group. I don't think I saw one But that's like those like the best cards in here man See like you did they exist it says on the box that they're in there Although it does say ultra rare There's a TJ fridal there's like something Okay, cool, okay, never mind Just getting a rookie Jersey card Reds TJ fridal. I was a loose paper on it. That was not stuck to it whatsoever. So that's cool Dig that silver for the Dodgers Clayton Kershaw Yeah, I don't I don't think she pulled one. I feel like we would have seen that They you would know too. You wouldn't you would remember that card Connor Siebold concourse tricolor rookie Red Sox Yeah, they're probably really rare then they were a little more common last year I think than what we've seen so far today Braves and his Milwaukee Braves Eddie Matthews white concourse to 50 for the Braves moved Three Detmer's a 75 tricolor auto for the angels these Detmers got angels to 199 Jersey auto Chris Rodriguez auto Miguel Ross Marlins light blue to 149 Concourse over Evan Longoria Giants Yeah, I was looking at the pictures. I was like was there one.  They look so cool Juan Yippe's to 99 tricolor rookie Jersey Cardinals nice Yippe's Tray Turner Silver premier level Cody Bellinger Dodgers Aaron Nola to 99 lime green Phillies Auto Lopez to 199 rookie Jersey auto blue jays Soto and Fuego Silver concourse Andy Abania's Rangers Red premier level Nationals just say a grade of one 99 on the rookie card tricolor rookie Arizona Drew Ellis Joe Ryan to 250 rookie Jersey Twins Cory Seeger Silver Pablo Lopez Marlins concourse Louise Frias to 250 rookie Jersey D backs Silver Gavin Sheets moonshots white Sox Tricolor concourse Orioles by a Mount Castle wonder Franco on that one Cracked ice Andrew McCutcheon Phillies premier level to 25 Juan Yippe's to 199 rookie Jersey Auto Cardinals Salvador Perez and Silver Raffi Devers Red Sox Silver concourse Pirates Willie Stardale Jose Barrero to 99 Jersey Auto Reds Tray Turner Shane Bos the 250 raise rookie Jersey Card Tricolor Fronio Reyes for the for Cleveland Moonshots Giancarlo Stanton Camilo Doval to 149 light blue rookie Giants Hope it's last but I imagine we got a tie-dye and it is Astros Justin Verlander concourse to 20 Dude is slinging it at age 39. I think he is now He is not slowing down man Royals John Heasley rookie Jersey Card Got silver phenomenon Jose Ramirez Cleveland Red Byron Bucks and Twins out of 199 premier level tricolor Rockies Larry Walker Mets Tyler McGill rookie Jersey Card It's 250 Silver Premier level sunny gray Reds. All right for absolute now. No color really yet. Maybe then that may be the full case next We'll have it. All right Nice. You've got gold Vidal Bruhan rookie class raised at 25 Keep Brian Hayes Pirates to 199 Rookie Jersey Wander Franco nice one raise here to 99 and Royals rookie material booklet signatures Jackson co artist 60 oops Jackson co artist 60 anyone going to the national next month Got your don it's a 149 Astros statistically speaking Royals Salvador Perez out of 99 Boba Shett Jersey Card blue jays the 299 Mariners Cal Raleigh at 25 Wow sick patches on the Mariners rookie dual patch on a book the gold ink to Seattle nice Cal Raleigh I mean the box on the button the select box does say ultra rare. So I will I believe it. We got kaboom coming Who's it gonna be? Red Sox Xander Bogarts to 199 and kaboom Dodgers mookie bets boom Kaboom sick one there Dodgers. We got Jaren Durand rickett in 999 Red Sox Alejandro Kirk dual Jersey auto to 75 blue jays We've got John Heasley Rookie signatures for the Royals to 50. Yeah, I know he was yelling a lot JP Crawford dual Jersey Mariners to 99 Yeah, what's up, Dan? Congrats, man. Pretty well Got another Yordon to 99 this time for the Astros got Contreras to 199 Cubs Wilson Contreras Having a very good year. He's a really good player man Now bucks in and Carol off dual Jersey twins to 199 and a 35 Mariners Matt Brash rookie material booklet signatures Mariners again to 35 that time on the Matt Brash Yep, we have football coming up in just a bit. Here is a Schedule link for you always breaking on a schedule Chris Bryant as a rocky icons to 149 Got Stanton Yankees to 199 Frankie Frisch Jersey card Cardinals to 49 Game war and Frankie Frisch and Tigers to 99 rookie material booklet signature Matt Manning. Yeah, of course Nick. Yeah, I agree, Dan It's been fun this year. There's a printing plate Do that first it is a Paul Goldschmidt one-on-one for the Cardinals There we go Phillies absolute ink Adonis Medina 75 Rangers AJ Alexi jumbo Jersey Otto to 75 and Houston patch card Brian a bray you to 99 recolor Astros patch Got a wander rookie to 999 Rays Each he wrote a 199 Mariners But then the kabooms wouldn't be as valuable got Chuck Knoblock to 199 on the auto for the Yankees On hell Zerpa dual Jersey Otto rookie for the Royals to 50 and Abraham Toro dual patch Astros to 99. Alrighty Nice wander Franco by storm rookie at 25 Nice insert Rays Got Yattie Molina Cardinals to 199 Brandon Lau Jersey card for the Rays the 99 Abraham Toro wasn't was an astro before he went to the Mariners Probably only jerseys they had of him It's a 99 a is Kevin Smith dual Jersey rookie Otto on the back See Kevin Smith was a blue J before this too. So that's why that's blue jerseys there quick recap Relics Brandon Lau. There's a by storm wander Franco to 25 Nice one Rays got Abraham Toro Brian a bray you Bucks and Kiroloff Frankie Frisch JP Crawford Boba Shet wander Franco relic there got Bruhan to 25 rookie class Tyler McGill John Heasley Shane Baz Luis Frias Joe Ryan Juan Yippez TJ Fridle O'Neill Cruz Logan Webb booklet autos Kevin Smith ease Matt Manning Tigers Matt Brash Mariners Cal Raleigh Mariners and Jackson Co our Royals Rest the autos were on hell Zerpa Chuck Knoblock Adonis Medina AJ Alexi John Heasley Alejandro Kirk Jose Barrero Juan Yippez auto Lopez Chris Rodriguez Reed Detmer's Jaime Barilla Josh Lowe and the kaboom was Mookie Betts That kaboom very nice good stuff there. We got a full case of selects coming up


Or if you can't hit them all, they'll send you back to the zero range, we're not going to do that here.


Law enforcement agencies across the state are reminding residents that as the weather starts heating up, to double check for children and pets while leaving your vehicle. The Bemidji Fire Department says that anytime the temperature outside is 77 degrees or above, the temperature inside a car can become dangerous. When dogs are left inside, their panting can quickly raise the temperature to unsafe levels. Law enforcement say that when the windows are left open to crack, it will have little effect on those inside. That's another thing to keep in mind. You cannot leave your keys in a car running to keep a baby or a dog or a cat cool. Officer Ruport says that if you see a child or pet left in a parked car, you should call 911. First responders will be able to track down the owner of the car along with their phone number to contact them. If there is an immediate cause for concern, law enforcement will make the assessment before breaking into the vehicle. There is some fake news floating around that as long as you take a picture of it, you're safe from breaking the window and getting the dog or the child out. That's not true. You can be charged with criminal damage to property if you break the window. Criminal damage to property could be charged as a simple or gross misdemeanor which can carry fines or time in jail. If you've enjoyed this segment of Lakeland News, please consider making a tax deductible contribution to Lakeland Public Television.


Mwarafu hwa ube. Nwa nımı mawa that in kimi tu mawa kwa kwa tiawenite. If hwa ube mwa sum kontribut have kwa yo kwa kwa wia, napizethu ngezita mawa tanmanda wajhe kwa kwa kwa kwa mwia, na kwa hivia kwa mwa chillu kwa kwambu wajhe kwa wajhe. Mwa katoni m tugwenia, kwa mwa kwa inisu, binissu mwa kwa hiba mawa ptanya wajhe, hinumina na kwa kwa. Manunia na kwa mwa kwa kwa kwa. Kwa na hivu wajhen? amatokn about the latest opportunities to work in Almela supermarket or Almela hypermarket remember this is a very big chain of hypermarkets around Katal and it has branches all over the country so it has very big opportunities that welcome all nationality remember it does not have what you call a discriminatory way of recruiting it welcomes all nationalities from all countries this is your opportunity for you what does it mean opportunities kata world fifth world cup kata 2022 remember i told you let us look at this opportunity and invite so what we're going to do is that for anyone that wish to apply for any of these opportunities you will definitely go to where their website and their website is the official website which is www.almela.com.qa qa means in kata what does it mean for all people either in kata or outside kata you are eligible to apply so long as you have the required documents and the required skills that are required by the recruitment uh the recruitment officer or the recruitment personnel in charge of the recruitment you are all welcome to apply remember never fail to try out to your luck to try in whatever kind of case applying is for free so always keep on try keep on try until you get off right first of all what i have to remind you that the requirements for you to apply for the jobs in Almela hypermarkets first of all you need to have what you call a passport you need to have a passport for example if you are coming outside the country or if you are coming outside kata or if you are coming even inside kata you need to have the passport or qi because they will need to have your passport number and you should know the validity either the validity the uh the validity of that passport you should know the date of issue of that passport you should also know the expirited of that passport at the end of it all see also you should have a cv because you are going as you are applying you will be required to attach a cv always make sure that you have a copy of the cv with you at it at all standby because in any form of any work that will be applied for you will definitely need to upload a cv which is notice that a given number of kpo mbs that are required a cv very simple cv that talks about yourself describes yourself that saves you as a person to be a better person than another person who is applying the same position this is exactly what i'm talking about so a lot of opportunities are around a lot of opportunities are around in almela supermarket remember almela supermarket and hypermarket remember we are talking about the 34 world cup kata 2022 that is all over that we got to our own one million point one million plus visitors are expected to come and watch again and spectators in this country so those are the requirements i told about the requirements we need you need to have the passport you need to have in case you know the academic papers you have and they can prove up to some position you definitely need to know you need to know the start date of either your certificate or any any relative information that are going to ask in this currently right now i'll make sure that i give you a description of the description of the website that you supposed to check you check in the description below i'll make sure i include that but remember the starting salary is 2770 kata rial to 8800 kata rial that is the salary range of for the opportunities for the jobs that are being advertised now your salary or what you would expect is between 2770 to 8820 kata rial remember it is a very good opportunity i'll put the description in the box let me get through the position remember when you go to that website when you click on that website at www.almela.com.co just go on the right corner you will see what you call a career page when you click on that career page it will definitely take you straight to those opportunities where you'll have to see those opportunities and then you choose out what kind of opportunities you feel suits your qualification or you feel suits your experience at that time remember still when you right click besides that or that post for that opportunity you will see a description of what is needed for that post read through thoroughly read through the description and understand read through the skills that are required if partially those are the same skills that you have then probably why not try out try out that opportunity let us try to grow let us try to make ourselves grow in one or the other so these are the job backers apparently being advertised by almela and on the rollout for recruitment we have what you call the private labor and import manager that is one then we have what you call a receiving checker we have a cheese toka we have a bakery uh bakery or what you call a pastry stalker then we have what you call a fresh food director we have a pastry stalker we have a stalker we have cashiers we have fishmongers then also we have finance managers those are currently available opportunities for people who wish to apply in almela hyper markets so if you have whatever it takes you have the education qualification you have the experience please try out go to the website in the description the description link below then go to that website try to check out to those opportunities for your previous remember don't forget to try out don't fear to try out try out these opportunities remember i'm talking about the salary i'm talking about the salary which is starting between uh 2770 katharia to kata to 8,820 katharia which is incredible a very big uh which is a relatively very good amount of money so for the documents that you need to have you need to have the passport you need to know the date of issue of that passport then you need to know the expiry date of that passport you also need to have what you call batch of the qualification paper you need to know the date or the start date if it is your degree or it is your diploma when it was started and when you completed in that case then also for those that have families if you meet you have your children then probably there's a column where you'll have to include those kids then you also have to include the uh uh bathroom because it's good it's it's wallsumly if you're 10 you're recruited then it definitely comes to a very big package for you at glass so don't try out by the way remember don't forget if it's your first time to come across this channel please consider subscribing support this channel by subscribing by the way do not forget to hit that notification bell remember we are looking at the road to 2000 subscribers max support max and support max creation thank you so much for coming back to this channel and thank you so much for always tuning into this channel our always look for those updates and our always give you those opportunities if you're outside kata it does not stop you from applying please apply because remember if you apply and you're being selected you definitely get your visa and they will definitely send you a visa and they will definitely let you come thank you so much for coming back to this channel max from the max creation tv see you again in the next video when you are trying to look at the other updates and other opportunities job opportunities that are accrued at the time our worries be letting you know our worries be updating you every single


I'm with Caroline from Seaf Blow Boat here at the Property Buyer Show at the Cape Town Convention Centre. Caroline, how's the show gone for you? I think the show has been really, really awesome and I think just from last year we've also seemed to see a lot more interactivity and people being exposed. I think it's an awesome opportunity for people to actually be exposed to properties that are out there and also see, you know, how they can learn about the industry and, you know, it's a very broad spectrum opportunity for people to learn about the industry. What are you currently promoting in terms of the show? So I think for the show specifically we are in the process of promoting a new development, a luxury development called Macaron Re-Residence, which is a very exclusive upmarket luxury development which is going to be constructed in Bloburg Village, which is becoming very, very sought after. We've found that a lot of people are actually gravitating towards a Bloburg area very much because of the value of the property that they are actually able to obtain in conjunction with the lifestyle that the area offers. It will set a new benchmark for luxury investment property ownership in the area. The development itself will comprise of 11 apartments in total, one which is a full floor penthouse. All of the units will be fully kitted out of upmarket luxury ultimate finishes. 24-hour security and passless location. Property passes for the apartments will range between 6 million, up to 8 million and then 15 million for the penthouse.


Well, just that there's a very wide diversity of things to do in science, and even if you choose not to go into science, your interest in science will still be important and valuable. To me, in deciding what, say, the government needs to do or anyone needs to do, you have to be familiar with the science. So the general citizens need to be aware of, say, global warming and other things happening in the environment. But then if you do go into science, you're going to know that you're doing something good for society. You can not only enjoy it yourself and learning new things all the time and gaining new skills, but also working in teams of people doing this is great fun. When a satellite is launched, well, assuming it doesn't explode during the process, which does happen. And if that happens, everyone is depressed. It's quite amazing. But if, like Landsat going off, gets into orbit and all the instruments check out and eventually we'll see that first image, there's a very large team of people who all feel like they and have all contributed to that in a critical way and who can all take credit for it and all share that with each other. So science has a component where you're just doing it alone by yourself, just as writing or painting or other forms of art. But it also has this component where you're a part of a process that everyone's working toward the same goal. And you can't say that about everything going on in society. So that group effort and sometimes success is also important.


Hi everyone, Sean with jaspyscasebreaks.com here doing a 2020 prism multi-sello pack one pack break Random team number 287 where we're giving away five spots in the football mixer Hopefully coming up in a little bit 32 spots total everyone gets a random team in NFL and no vet common ship at the end of the break We'll take all 32 customers names randomize in the top five Each win a spot in the break, but before we get to the top five we actually instead of selling 32 spots We're giving away five spots in this so we only sold 27 So we're gonna do a randomizer where the top five get additional spots in the cello pack break Which gives them additional spots to win into the football mixer? I know it's a little bit confusing, but it's gonna benefit the people that bought into the break So here is the list of 27 customers from Travis Melberg last spot mojo back up to John Malafatano in the first spot purchase Dice roll top five on this get additional spots in the one pack break Which also gives them extra chances to win to get into the football mixer so five and one six times top five after six additional spots for this pack break Top five after six right Sixth and final time top five Travis Nick Anthony Scott and Ryan There you go So there's six on the randomizer top five there and six on the dice So you guys now have additional spots in the break So let me copy and paste you down into the list again Little rooftop next to yours to show that they won that spot So now here is the full list I'm gonna reset this and reset that so this is the list we'll use for the randomizer at the end to give away the spots So you can see the five spots that were just one there with the rooftops next to them And then the 27 spots above that that were bought so Travis back up to John Malafatano I'm gonna use that same list here for the pack break and there you go So Settle a pack break dice roll for this separate dice roll separate randomizer at the end to give away the five spots in the mixer And there you go three into two five times. Good luck guys Fifth and final time from Michael Hughes down to Mike Nisha Mura and five times on the teams Fifth and final time from the Titans down to the Cardinals So five times on the teams five times on the customers and five times on the dice. There you go So no trade window in this since this is a filler pack But we're not gonna read through the full list, but we will go through some of the potential highlights since this is 2020 prism football You've got rookies for the bangles Joe Burrow Brian Frank Chargers Justin Herbert Anthony Venturino Packers Jordan Love Monte Stibbock Eagles Jalen Hertz Chad da Dolphins to a tag of I load Travis Melberg and mark around the Vikings Justin Jefferson along with all the rest of the 2020 rookies as well so let's print this out and Do this one pack break and then do our last randomizer to give five people Spots in the football mixer that hopefully we'll go tonight. There's only two spots left straight up for the football mixer to get that done Is our final list? Good luck to everyone See if we hit anything in the cello pack you got Jarvis Landry for the Browns That is Joe Locas and Colin Johnson for the Jaguars Ken Anderson for the bangles Brian Frank Jim McMahon for the Bears Ryan Harold and not a quarterback of Brian's Deandre Swift for the Lions and Travis Melberg He's been doing pretty well actually for a very one-dimensional offense There you go, so nothing crazy in the cello pack But the reason we're doing this obviously to give away those five spots So as it said on there 32 names top five spots in the football mixer Here's our list again. John Malifatano down to Ryan Harold and the spot. He just won in the the in the filler so dice roll top five names after five and a five ten times top five after ten Good luck guys 10th and final time top five after ten so from spot six down to 32 Thank you guys very much for getting in hopefully I can do better for you in a future filler, but special. Thank you and congratulations Michael I'm sorry first one out. I hate to see it, but special. Thank you and congratulations Nick Anderson John Malifatano Joe Locas Brian Frank and Matthew Shura with the top five There you go guys.  That's 2020 prison multi one-pack break random team number 287 from jaspercasebreaks.com. I'm John Jaspercasebreaks.com. Thanks for hanging out guys The football mixer should be coming up later on Jaspercasebreaks.com. Thanks for hanging out. See you next time


What's going on everyone? Sam here with late sports cards ripping 22 penina maculate wwe hobby five box case break number two random hit style. Here's how this is going to work. We have all 25 of our participants currently oops let me show you this all of our participants currently in the random random.org window. We have another random.org window with all where all of the hits are going to go as we do the break we have our random hit sheet open. Bryson is going to be typing in the hits as we go with the description so say Ray Mysterio Relic 53 of 99 that's exactly what Bryson will type and then once the break is over all the hits have shown up been shown off I'm going to copy them all over back into this window we're going to roll the dice say it's eight times we're random the names eight times the hits eight times and then whatever name whatever hit is next to your name is what you will receive so best way to describe that good luck everybody let's do it here we go and guys four to go in the next one everybody then we got a little bit of work to do on the last two we got two more on the night everybody that is it that is all so thank you again for getting these first two filled up number three is almost filled up as well let me drop you guys that link right now four to go yes son right yeah you said son yeah it's a son it was very mysterious oh was it really oh that's pretty cool yeah really cool such a troll boom nice way to start it I make the joke I guess I got to make the joke John Cena 37 out of 40 on the base ha ha they put a card with nobody on it ha because you can't see me put a card with nobody on it oh 37 out of 40 37 out of 40 it's just a giveaway of God we've got nice one here is gonna be a standout memorabilia Lacey Evans so nasty 50 out of 99 Lacey Evans 50 out of 99 on the relic I know be chords I know I know I know I know I know it's an honor Brad would always do that so that's an honor of Brad right there this is pretty cool right here how about shirt relic the Miz 24 out of 50 to the patch on that thing's insane what's up 24 out of 50 24 out of 50 is it really the Miz you can actually I think bag this one these patches do well dude really well alright next up we've got autograph it's gonna be Stevie Turner that is 87 out of 99 then we got to do the the John Cena there you go 87 out of 99 is Stevie Turner alright next up we've got memorabilia autograph that is Finn Balor 82 out of 99 memorabilia auto Finn Balor awesome one there congrats on that and then we've got really nice one to end it nicknames is a 24 out of 25 diesel that is big daddy cool diesel 24 out of 25 on the nicknames auto good luck on that I think 490 I want to say we have them up for shorts why don't you say that when I first said it I thought it was Baylor Finn Balor that makes sense though a little a thing above the eye that that's what was throwing me off a little bit no I know I oh like cuz that was the one thing that threw me off that's why I said Baylor I thought it was Balor in my head but I didn't want to say sound stupid and I'm sounding stupid anyway so great we've got the Miz 17 out of 40 the Miz on the base no ends that is 48 out of 99 Kevin Owens 48 out of 99 this one's sick got shirt relic that is gonna be Sonya Deville 30 out of 50 30 out of 50 one here is 13 out of 25 Dolph Ziggler memorabilia autographs Dolph Ziggler 13 out of 25 Dolph Ziggler very cool 26 out of 49 that's gonna be the honky tonk man introductions auto 26 out of 49 the honky tonk man 26 out of 49 auto we've got nice one here you can make this next one how about 30 out of 99 Ray Mysterio memorabilia autographs good luck on that one that's so cool man memorabilia autographs Ray Mysterio we'll get that mag for you guys again guys just for to go in the next one that is gonna be number what was I gonna say number why can I think of it number three box number three I so sick smack the Charlotte flair that was awesome first up we've got base Austin theory three out of 65 bloodline booklet got to be awesome dude Thomas taking one Jim taking one we're down to two to go guys two to go on the next one that is it just two spots left nice one here we've got how about an MVP relic 72 out of 99 MVP another nice one here coming up we've got Carmella 17 out of 25 on the relic Carmella we've got Tom Prichard that is 28 out of 99 the immaculate ink Tom Prichard 28 out of 99 got shadowbox signature how about an indie heart well that is 71 out of 99 that's one sick dude you can make this next one too awesome we've got how about a nicknames auto that's gonna be Alexa Bliss 18 out of 25 the goddess so cool congrats and good luck on that one there we go guys so freaking cool so cool so cool empty empty and Shane taking one let's go we're down to one to go in the next one guys on the last one or on number what was I gonna say number three down to just one spot lap thank you everybody I do appreciate that that is awesome we've got Carmella base that is 49 out of 65 David a Brian K selling us out guys that's awesome thank you we need to sell out number four we were down to 14 to go on number four Carmella me drop you guys that link right now this this is sick we've got relic that's gonna be Max Dupri 16 out of 25 Max Dupri that's awesome we've got a Roman Reigns that is 98 out of 99 oh actually smack that's a good question well Marquise knows thank you Marquise this is cool heroin signatures we've got a London Blaze that is eight of ten eight of ten this is really cool modern marks is that's awesome 43 of 99 Matt Riddle look at the signature on that gorgeous signature on that that's riddle we've got how about a dual auto 15 of 25 rear Ripley and Damien Priest let's go man that's awesome from raw hot oh that's so cool I love these duals dude Damien Priest and rear Ripley dual auto 15 of 25 on really come back this one too I would say which one of the judgment I that's such a sick little dude I know you do this much about wrestling yeah that's why I stopped watching you have seats so much we've got million-dollar man Ted DiBiase that is 39 out of 65 on the base he's sure what said Caleb say once we're doing revolution he's like Ted Diabease Ted Diviasi million-dollar man on the base we've got cool one here is gonna be Nicky Ash that is 89 out of 99 is it really Nicky ASH Nicky ASH next up we've got Matt Relick is gonna be Gable Stevenson 50 out of 99 oh that makes sense almost a superhero that's cool almost a superhero I like that Gable Stevenson going here it's gonna be modern marks Ridge Holland 3 of 99 modern marks Ridge Holland on-card auto marks of greatness 24 49 is Gunther Gunther Gunther Gunther Gunther thank you yeah that's another one I don't want to like sound stupid and sounding stupid anyway nice Gunther and before show the last it we were gonna show you drop the link to number four and then nice one here we've got memorabilia autographs brawn breaker 22 of 99 good luck on that one brawn breaker 22 of 99 memorabilia auto empty empty gonna let Bryson just catch up typing in stuff really quick thank you there Jeffrey taking a spot now would be the good a good time if you are interested to go and pick up a spot in number four or number five we do have spots available in both 13 to go in number four and 17 to go in number five as we're looking to fill on up let's see Ted DBRC same what the same what that's pretty funny all right get these copied over I know exactly all right guys again we have our 25 participants here as well as our 25 hits and comboed the base as well did the best I possibly could mostly just went with the relics to 99 for most of them most of the patches I kept out so gonna go ahead and roll the dice see me how times we are gonna go it's gonna be seven times one two three four five six seven Greg M down to Thomas W and seven times on your hits one two three four five six and seven brawn breaker down to the Mizz very nice oh for mag wise yeah yeah we do Greg M with brawn breaker Damon H with a goon there auto David B Nicky ASH relic in the Mizz to 40 Giovanni P Matt Riddle auto to 99 Jason L Dolph Ziggler auto relic to 25 leaf R Indy Hartwell auto Nicola R Tom Prichard auto Giovanni P Gable Stevenson relic to 99 Kevin S Damian Priest Rhea Ripley dual auto to 25 nights when they're Kevin Edward P with the Ray Mysterio auto relic very cool that's gonna be a Greg M's getting the Kevin Owens relic and the John Cena to 40 Jason L diesel auto to 99 Kevin S with the Finn Balor thank you to 99 Joel B Lacey Evans relic in Austin theory Jason L with the Honky Tonk man to 49 Joel B Roman Reigns relic Ted DiBiase Nicola R with the Carmella relic to 25 Chen Kai W Alexa Bliss auto to 25 Nick T Stevie Turner to 99 Brian G MVP relic in Carmella to 65 Tom Kay with Sonia de Villa 50 Armando B Ridge Holland to 99 Evan T a linger blaze to 10 Giovanni P Max Dupree and Thomas W with the Mizz let me get these copied over guys get started in I will get on to the next one just a minute