All right, hello everyone I'm trying to make it short you know because I'm between you and the food in the bathroom So I'm you know very sensible to those kind of topics. All right, so As they've said I'm I'm the the premier storage guy And I'm also the memoir guy the legacy guys. I want to just give you a quick No context of where we are coming from all right, so we have a system built over the last year It's called legacy It's a community and the platform for capturing preserving Humanities history in form of individual memoirs that could be personal ones that could be institutional memoirs and Essentially that's what we do we came to that Through personal experience Jonah was actually sitting down with his grandfather who was suffering from dementia and you know He was able to hold photos so to capture the old stories, you know, I wrote a little bit of Out of the graphical piece and I also connected a lot with my mom about those things So so this is just sort of very nice and very important things I think from family and society to keep track of Personal history and then we've this together to History a world history from individual perspectives So while we're internet, you know, we realized that it's really not a place for storing your memoirs forever, right? And forever is a big world, right? so we're well aware of that so In reality, but we're really talking about is a long time, you know, multi-generational perhaps, right and And then we'll see how it goes right other people will see how it goes right because by definition We won't be around anymore. All right, so but these are some of the very interesting Things to tackle, you know, here you see quick screenshot of what we have, you know, feel free to go to our legacy dot page is the URL We're building on file coin. We also have a mutable X a layer to blockchain which we use for mending NFTs and That leads us quickly through How the holes, you know, how the whole thing works, right? So a memoir essentially is a JSON document where we store the text and the metadata and then we have links to media files For all that stuff we mint NFTs, you know, not because we're the NFT bros But we really do this in the original sense that we want to create a digital certificate For creating ownership of those of those assets, you know But that's basically where the the blockchain comes into the picture either we have file calling for storing the documents and One really interesting thing is, you know, that we get to manage the whole thing, right? That doesn't manage its by itself and You know, you can't just write the smart contract to have that thing keep running and running running right because Technology is going to change lots of unforeseeable things are going to happen Right and you need to have some sort of organizational thing which is going to help with that And that was also interesting to the talks with the two or three before from Joel about How do you actually measure contributions because our idea here is that you Cannot buy the right to govern right and you can't also have 10 million people every sort of voting or everything That's not going to work. All right. So the thinking is that you own the right by making meaningful contribution contributions to the community Right, and you maybe look at hundreds of people who would then do this governance and and they would earn governance token And so that's why it was really interesting to to hear that talk and connect right, but that's That's sort of one other aspect of the long-term storage, right? Because it's not only a technical and the financial component, but it's also an organizational and the cultural component, right? You also need to maintain the culture of something like this and Yeah, so now we come to the promo storage right and the promo storage What we specifically mean is that you have a model where you appear once And you store forever right and why is that so important? Well, it's so important because that people in defunct organizations don't pay bills Right and you know, I just depicted here in a couple of friends of mine. Yeah as as an example You know who are who or their organizations are not around anymore, right? so now the idea is Essentially you have two trends right one trend is that Storage costs are going down and the other one is that the storage volume is going to go up When you think about it and you can think well, you can create a system where basically Today's storage It's going to be in terms of volume and in terms of pricing It's going to be a rounding error of that for future generations When you think okay, well, that sounds actually pretty good, right? But then you also ask yourself. Well, is that a plenty scheme, right? and you know, I think our answer to that is no, right, but The proof is still in the pudding for that, right? But what we really do here is you know, we want to create transparency, you know, and we have You know fairly conservative assumptions to to do this calculations All right, and so basically it was really, you know, these two trends and then the question is yeah, it looks good all right, so but Essentially what I did is I did a back of the envelope model just to just to figure that out and see If if it's if it can work out, right? and So here was just also the basic assumption you had so now we have decreasing storage prices you know, it's sort of very Very conservative. If you ever said okay, well, it's going to be decreasing one percent Year over year kind of looked at storage price development over the last 30 years and that seemed to be somewhat of a reasonable assumption all right, then the The other one is that we said okay, we're going to have a a growth factor Of 20 percent year over year, you know, we also built in 20 percent profit margin for the storage providers You know that again, you know, they have some some reasonably safe assumptions here and you know, that's basically How the curve looks for that, you know, and we took the two together and said okay, well What actually does it cost? to to provide the That's the storage cost for the for the combined Amount of storage you have and and that's really the beauty and I was really sort of the surprising thing to see So I was very happy when that graph sort of emerged in my spreadsheet You know that you see okay at some point in time You know, you you limit the growth and it stabilizes right and that's exactly You know the kind of behavior we're hoping for so that sees okay. Yes You can actually achieve a model where you know, basically your future generations You know, um, are going to pay For for the storage you have today so you can really achieve that pay once Our store forever model all right, so now the model itself Is very simplistic, right? It's really it's all at the back of the envelope and it was really You know just to to to get a feel for it, right? It's it's no proof or whatsoever, right? So it's And and you know, these are some of the deficiencies which are in there, right? So it's based on the stable currency There was no inflation building. There was no currency fluctuations building there, you know, the whole question Um, also what Daniel said in the first talk, right? Uh, what the token market price is Uh, is not is not modeled in there. So, uh, that that could shake up things Quite quite significantly And I think what we need to do here is to do additional stress testing Of the model, you know, there run some want to call the simulations and basically play around With uh, with those, um, you know, basically with varying assumptions for what those You know values could be Another interesting thing is we also have sort of a capital financing of the future storage Meaning, okay, you know, how much money can actually save up in my treasury and then, you know, use Use over time So it's actually interesting.  And you have social security, right? And the interesting thing with social security is it got the opposite effect of what we have here, right? Because people live longer, right? So instead of, you know, we have, uh, you know The volumes go up, but it's kind of worse, right? So so that's the good news, right? So you have the the longer time period and Well, I'm thinking I'm a little bit rubbishy here, right? So But uh, so let's forget that for the time being here, right? So, um so, uh the um The other interesting thing really is, you know, if if if it's a stable coin and So we talked to another company working on that and they they said, uh that they You know focusing on the on the stable coin as the You know as the as the payment mechanism Um, so they completely remove the exchange risk. Uh, so instead of, you know, using our file coin as the As the as the underlying currency, you know, and as sort of, you know, pros and cons to that Right, you increase a little bit more stability, right? But you lose the opportunity To participate in the increase of the value of the platform Um, you know, then there's also an interesting question about the governance and the the treasury You know, like how much money you got to keep in the treasury of Such a system, you know, I think that also ties in very nicely into the previous talk, you know, how much You know, can you actually have insurance for something like this? and You know, can you also write, uh, you know every M smart contracts, you know, sort of for Out of balancing and doing price adjustments and Um, you know, and but I think we're sort of very early in the stage You know, this is the FEM itself So we are part of the cohort number one and so we, you know, gonna write some smart contracts on that but You know, get a start slowly with the baby steps and do some basic stuff before we get into more sophisticated You know Contracts which deal with things like this Um, with that, you know, I really want to conclude I would be very happy if this is You know, speaking to other people if people Want to, you know, join us in this effort Or I think we are not the only ones Who need a model for perpetual or promo storage or long-term storage? And, you know, we would be, you know, very happy to collaborate In addressing that topic Um, you know, I got my contact details here, you know, grab me in the break right now And with that, as I promised, you know, try to get to foster the coffee. Thank you very much


The three ways to alleviate the fattening effects of stress are, number one, treat the cause by alleviating the stress. If that's not possible, you can, number two, modify your diet to lower the production of the adrenal stress hormone cortisol, as I described in my video on the effect of animal protein on adrenal function.   But you can disrupt this process with a compound that blocks the enzyme that activates cortisol and body fat. The compound is called glycerotinic acid, which is what our gut bacteria make and ferrate into our bloodstream when we eat glycerycin. Many guess as to where in our diet glycerycin is found? I'll give you a hint, it derives from the Greek words glycos meaning sweet and risa meaning root. We may be able to block some of the effects of cortisol in our body fat when we eat licorice. What works to slim fat cells in a petri dish or mice in a lab may not work in a person, but the licorice compound appears to work even when just applied to the skin. Researchers in Italy tried rubbing the licorice compound on women's thighs to see if it would help with cellulite. After a month of application, the thickness of the superficial fat layer on their thighs, as measured by ultrasound, was significantly reduced. The reason we know it wasn't just due to massaging it in is because there was no change on the control thigh or among the women that rubbed on placebos. The difference was only a few millimeters, but the researchers suggested it could be a gentler alternative to cosmetic surgery. What about eating licorice or drinking licorice tea? Dozens of trials have been published on the effects of various licorice preparations on weight loss, and overall, there's just a small effect about a pound of extra weight loss over a month or two, compared to placebo, and one reason it may not be higher is that licorice causes you to lose body fat, but retain water. Check this out. After two months on licorice, no change in overall weight, but the women dropped their percentage fat mass by nearly 3%. At the same time, though, increasing their water retention by about the same amount. Then when they stopped the licorice, they lost the water, but gained back the fat. Licorice can cause you to burn so much fat, the surface of your abdomen heats up a degree within an hour of consumption, but it has the opposite effect on cortisol in your kidneys, which it turns out is actually a problem. In body fat, licorice blocks an enzyme that activates cortisol, but in our kidneys, licorice blocks a different enzyme that deactivates cortisol, causing your kidneys to hold on to extra water and sodium and to lose potassium. If you lose too much potassium, it can cause weakness and abnormal heart rhythms, which is why the FDA sent out a Consumer Advisory Warning if you're 40 or older, eating two ounces of black licorice a day for at least two weeks could land you in the hospital with an irregular heart rhythm.  If you have been eating a lot of black licorice and have an irregular heart rhythm or muscle weakness, stop eating it immediately and contact your healthcare provider. Just because licorice is one of the oldest and most popular herbal medicines in the world doesn't mean it's safe to eat in large amounts. The retention of fluid and sodium can lead to blood pressure elevation eating less than two ounces of licorice a day. The regular consumption of just a few ounces a day can land you in the hospital in a coma with a blood pressure of 200 over 140. As many as 3% of hospitalizations due to high blood pressure are caused by licorice. Those with hypertension should probably avoid licorice completely, as should pregnant women, as licorice use during pregnancy is associated with preterm delivery and infant cognitive dysfunction. For non-pregnant individuals with normal blood pressure, what would be a safe dose? The problem is that glycerizing levels vary in different licorice products, and some people are more sensitive than others. Now a lot of licorice sold in the US doesn't even have any true licorice, and instead artificially flavored or cut with anise oil. So ironically it's the black licorice you might find it at natural food store that may pose the greatest concern. Including a broad safety factor, European Scientific Food Committee suggests regular consumption of no more than six grams of genuine licorice candy a day. A Hershey-funded study found that hard-coated licorice candies have 0.06 milligrams per gram. Presuming that's referring to good and plenty, the limit would be about a box a day.  A life-threatening arrhythmia reported in a case entitled Dying for a Cup of Tea was in a woman who was drinking 15 bags a day. Based on the average level, a half a cup of licorice tea should be safe for most people, though it's not clear that that would be enough to have a fat-reducing effect, which is why licorice never made it into my book How Not to Diet. Finally, cortisol isn't the only steroid hormone licorice can muck with. It also interferes with the production of testosterone. Feed men the equivalent of about 50 boxes of good and plenty, 9 ounces of black licorice, or just a tablespoon of licorice root powder every day, and they experience a 44% drop in testosterone levels within four days, though blood levels bounce back within four days of stopping. The researchers suggest men with high blood pressure or decreased libido should be questioned about their licorice habits.


Hello, everyone. I can see you now all. Okay, so we've just heard Adam telling us about the recent triumphs in cell force. I want to take us back a decade or so to a moment in the development of the field of cell force that I think was pivotal in shaping the program of research in cell force in the past decade. And I'm talking here, I'm referring to the paper by people from 2010 in which he first developed his interest in cell force. And as I was sort of going back to this paper to try to think what I'm going to say, I realized, somewhat to my surprise, that much of what happened later in the field was already there in some shape or form in that paper. So, yes, I'm going to make the point and sort of build the thesis here that there's a clear line leading from that paper to many of the things you've just heard about from Adam. It's all already there in some shape already in that great paper. Okay, so, yes, so here's a plan. I will tell you what the landscape was in cell force as of 2010, turn of the decade. And then I will discuss to you the most paper in 2010 on the cell force and you be in which he describes different ways in which you can use cell force information and to inform and help develop the you be a model. So I'll call them that he or the cell force handles because they were like handles on the geometry of the two body system. Then I'll go one by one and tell you what calculations have been done on those six handles. And what sort of what the profits were from this kind of calculation all the follow follow on the calculation of it. And I'll finish with a little reflection on the role that this work had on the sort of building an agenda or program for for the cell force community thing was extremely successful. Okay, so that was the situation at 2010 we have had already a an equation of motion, a first order equation of motion for the cell force for almost a decade and a half. And progress was quite slow. I think. Yes, it's probably fair to say that a constant source of frustration for table for station was with the slowness and the slowness at which we move in the cell force and community. And much of the work in that in that first decade was about time to convert this equation of motion into practical calculation scheme so we can calculate those every orbits. So there was a lot of progress on that. And I think it's fair to say that the main problem was what we call the gauge problem which is that the question motion was formulated in one gauge, which was not the gauge in which people normally do black hole perturbation theory. And so people try to resolve this two different ways first. First was to reformulate black hole probation theory in the gauge in which we have the cell force, and the opposite way was to reformulate the cell force in the gauges in which people were used to do calculations and in the end, both things work. But until they did work, much of the work was on cell for our self and cell force, and due to a scalar field in so self was on a scalar challenge. And so if you go to literature says that the 95% of the work was done on scale field another toy model like electromagnet magnetism in curve space. The first successes and calculations of gravitational surface came in 2007. And immediately afterwards we were starting to make connection with a real world so up until that point. It was really an effort of a small niche community. And from that point we started to get some physics out of all that. And so, yeah, the first two examples where the calculation of the redshift by Steve that while and the calculation of the East Coast shift due to the cell force by myself read, and Norisago. And, and this kind of early results, I think also attracted tables to to the field, and that was an important result by itself to attract people to the field. And, but it's important for me, for my point to emphasize here that when we did this calculation we didn't quite have a clear sense of why we are doing what we wanted to test our cell force results and it's good to have comparison with post Newtonian results, but we didn't really appreciate that these things can be more important than just that and, and we didn't get that appreciation until tables, people came and really showed us this in this in his paper. So here is the paper, a gravitational cell force in Schwarz's background and the effective one body formalism it was submitted in October 2009 and published in January 2010 so nicely at the beginning of the decade to hold the start of a new decade of cell force results. I will just read to you the first sentence, and because it says it's all we discussed various ways in which the computation of conservative gravitational cell force effects on a point mass moving in a schmarche background can inform us about the basic building blocks of the effective one body. And there were six sets such ways that were described or six handles. The first was the ESCO frequency. The second was the pedestrian advance on slightly eccentric orbits in the limit of circularity. And the third was ADM like energy and angular momentum of the binary of the binary system and, and of course, you know, the non-trivial piece of the, of the energy is quadratic in the, in the small, in the mass of the small objects. So people pointed out you would have to go to second order cell force which seemed like a very, very remote prospect at the time. Indeed, it took another 10 years until Adam was able to calculate it and you saw the result a moment ago. But people suggested that before this is also available, we can have a handle on the energetics using first order perturbation, lack of perturbation theory. So using first order cell force by looking at a special orbit. And this is this orbit here. It's the orbit that is marginally bound. It starts at zero velocity at infinity. And then he falls in and gets trapped at the unstable circular orbit of 4M. So you have to turn off dissipation for this orbit to actually happen. And because you're starting at infinity, you have a well-defined energy and you can relate that to the Hamiltonian of the UB. And you can calculate two things. You can calculate the shift in the critical value of the angular momentum that you need for this trapping to happen or equivalently shift in the value of the impact parameter. And you can calculate the shift in the frequency of the asymptotic circular orbit. And finally, much to my surprise, I found that scatter angle calculations in hyperbolic calculus that was already there in the paper, at least philosophically. It was mentioned there. You can see the budding of the ideas that are already in that paper. So those of us who work in or are excited about these calculations may be surprised to hear that it was already there. Okay, so isco shift. So I'm going to go one by one and tell you about those experiments and where they took us and why they were important. Isco shift. So here's my mass notation. I'm going to follow you here, the mass notation of the paper, the 2010 paper. And this slide shows the perspective of cell force. The next slide will show the perspective of your being done will put them together and right. So at the geodesic level, the motion as we are all familiar can be described in terms of a radial potential effective potential in a precise form. So that if you have a fixed constant motion at angle or momentum constant constant emotion, you have an effective potential. It looks like that that supports a single has a single minimum that it corresponds to a stable circular orbit. As you decrease the angle or momentum and we are in charge of geometry here. The orbit shifts to the left so smaller radii until a point critical value of the angle or momentum where this minimum disappears. You get an inflection point and you don't have any more bound orbits below that value. So this marginal orbit, the innermost stable circle orbit is co happens to be at six and you find it by looking for an inflection point without effective potential. Now, if you add a cell force to the equation of motion, the location of this inflection point moves a little by a small amount proportional to the mass ratio. And you find that the square is shifted a little. Now the shift in the coordinate isn't too meaningful because of gauge dependence. But instead you can look at the shift of the frequency of the isco that you can form this nice dimensionless quantity by multiplying by the total mass. And then you have the structure where you have a geodesic value just six to the minus three halves a plus some cell force correction that it's encapsulated by this coefficient. And since we knew how to calculate cell force, we could calculate this omega and this is the result with ten numerical calculation with an arrow power on it. This is a result and then you can, for example, compare it with post Newtonian calculations. And so this is a result we got a later with the bold and when we have access to the energetics of the orbit once the first law of binary black holes was formulated and talk about this in a moment. And now we can do the same thing from a new B point of view. And so if you look at the EOB Hamiltonian near circularity, it has this kind of structure. There is an a priori and own function of the EOB inverse radius you and of symmetric mass ratio. And this J is a parameter angle of momentum. And you to make connection with cell force, you want to expand that in the small mass ratio. So new is a symmetric mass ratio. And then you're looking for inflection and inflection point of this potential. And so when you identify it, you get a relation between the location of the ESCO and this a priori and own function A that capture the order Q or the mass ratio part of the main EOB potential. And so you get because you need to derivative to get the inflection, you get that radius depends on this A evaluated at the ESCO and the first and second derivative. And at the last stage you want to convert that to frequency so you can extract this C coefficient or the EOB version of that C coefficient and you get something like that. And knowing what the cell force value is knowing this exact benchmark tells you now gives you a constraint on the value of a derivative at the ESCO. Now if you're interested in the in the post Newtonian expansion of this unknown function which is the way it was presented at the beginning of EOB. You also get constraint between the coefficients of that expansion. So two of them were not from this post Newtonian theory. There was a long quest for the next one, the A5 and the A6 and so on. And this kind of comparison with cell force is not allowed us for the first time to put a very tight constraint that related those coefficient. And this really doesn't sound much from our point of view where we now have these coefficients analytically to very high order. But back then it was something completely new, a completely new way of calibrating those EOB coefficients using new information in the strong field. So no longer do you need to extrapolate from infinity using post Newtonian theory. Now we have an anchor point in the strong field. So we're talking about interpolation is much better. Right, but this is just one point. And in the paper, people immediately also suggested all function like that the functional relation that can serve as a dictionary between cell force and EOB calculation. And that function is essentially the periaston advance in the limit of circular orbit. You can calculate as a function of the frequency of the circle of it. So you form this convenient function. This omega R here is the frequency of the radial oscillations about the minimum. So at leading order, this object, if you perturb it a little around the circle of this perform harmonic oscillations with radial frequency omega R. And you divide it by omega to get something dimensional dimensionless that doesn't depend on your time parameterization. And it also has a simple interpretation in terms of the angle of advance per cycle. And so if you expand that in a mass ratio, you get the leading order that is just watch out very simple one minus six X. And here X is a radius inverse radius that's defined from the frequency. Plus some cell force correction dysfunction row. And in this first collaboration with people, we calculated dysfunction row in cell force. These are these blue data points. And we did a comparison with the then available cell force is a post Newtonian approximants to this. And so now you can see nicely how you get a nice agreement at infinity and you can follow on this comparison all the way to the storm field. And it gives you a handle on how the post Newtonian expansion behaves in a very strong field, at least down to the east for you. And that was new, that was entirely new. And again, you can do it, you can do it in the OB. And so from the UBM attorney, you can write a radio equation of motion and you put two of the bar to a circular orbit and that gives you also an expression for the radial frequency in terms of the UB potential. Here you also have a dependence on the secondary potential the deep potential associated with quadratic terms in the ideal momentum. And, and then you can you can write down an expression for the same quantity this omega over angular frequency. This time it involves the two potentials that here expanded in power of the mass ratios. And so again, in the last stage you convert the frequency and you write then the EOB equivalent of this row function has this from here. So now knowing this function in cell force in principle gives you an ODE now and differential equation for the entire potential. Well, it's coupled so you can solve it quite yet, but you have a couple equations for that relates this to potentials everywhere, everywhere from infinity and down to the, down to the ESCO. And so now we have, we have a control over the functional form of the, of the EOB potential. And if you want to walk in a post Newtonian framework, you can then get, get not one just one relation or constraint on the post Newtonian parameters of those things but very many because now you can fit to a function it can extract order by order those post Newtonian coefficients. Now at that point, I think people realize that it doesn't need to wait for us to do self-calculate calculations. Cell force calculation you could do it himself. And, and him being here we can do them analytically. If, if, if, if all you want is to do post Newtonian calculations and you can solve the perturbation equations around the Schwarz's black hole analytically order by order in post Newtonian. So you do a double expansion PN and ESF. And there started a very successful research program in collaboration with Donato Bini and later with there on there at Jeradico, and which quickly attracted many, many other participants and soon everyone was crunching PN parameters. And I think it's fair to say that at some moment around this time, most of the people in the copper community were calculating the post Newtonian parameters are entirely bewitched by this. And it was a really to the to the force. So you can see here results from paper 2016 paper for the function row analytically expanded in a post Newtonian series 6.5 pn 8 pn and 9.5 pn. And, and, and this is gone and, and this was really useful for calibrating you be this immediately improved went for improving the you be more than that immediately went to LIGO, you know, detection pipelines and so on. So this, this work on the, the huge impact on on the field. And then you can draw this nice plots that where you take the cell force data, and you subtract order by order, the analytical terms and you see how you get faster and faster convergence. But now you really have a handle on the convergence of the PN series in the strong field from near the east. Now, if there's something important I learned from table is that is not strong field. After all, one of the six is only halfway between zero and one of the three. So you can't with this bound orbit, it's, it's hard to get below below the school and you do want to go below the school to the really strong field and that you can do with energy. And, as I mentioned before, the paper mentioned that possibility of using second order and binding energy. Again, very more prospect back then so I'm just flashing the plot that Adam showed you before but I want to emphasize one feature of it which is that if you can calculate the binding energy of unstable orbit below the screen all the way down to the light ring. This is this portion here. So it gives you much more handle on the really strong field a part. Fortunately, as soon after people's paper there was this remarkable idea of the first law of binary black holes that allowed us or provided kind of local energy that's accessible from the first order metric perturbation. So it's written here as formulated in this paper from the tech pose and banana. Given the first order perturbation you can construct this quantity that that while a redshift is one of the inverse of the full velocity of the object along along its trajectory. You can expand it in in in small mass ratio and given that redshift function, you can construct the binding energy to order cell force. And as a first test you can also locate these go by minimizing this finding energy and you get and you get the same result. Now you have access to the energetic of the problem from the first order perturbation and you can take it down to the light ring. This is what we did in later collaboration with people here we have a calculation of the binding energy all the way down to the to the light ring now. So that was very helpful. It helps, for example, detect an issue with a cell force. Sorry, with the eob formulation a certain divergence at the light ring that was later resolved by changing the gauge of the eob formulation. And later on, when there was a formulation of the first law for eccentric orbits, it was also it also allowed this kind of game to calibrate the the last potential of the eob formulation, the q potential associated with high eccentricity. Right, but going back to the paper before second order formulation cell force was known is known and before the formulation, the first law was known. People said we could still use a first order information to get a handle of the dynamics and that was that's done by looking at unbounded orbits. And so the first idea was to use use this marginally bound orbit, which I just described before, which is a kind of funny thing where the in state, you start with an in state that is two particles infinitely separated in flat space. And the outside state is a tightly bound orbit strong field that has helical symmetry. And that's very useful because you can relate the notion of energy in helical symmetry to the notion to the usual bonding bonding ocean of energy at infinity. And so, given a cell force we can calculate two things on it we can calculate the shift in the critical value of the angular momentum and the shift in the asymptotic frequency. And that gives you a direct handle on the eob potential eob is a Hamiltonian formulation so if you know the energy you immediately can translate it to information on the potentials. Without the intermediation of the first law and provides a check also on the first law formulation. And that calculation we did much much later it took many more years because almost every all the cell force technology computation technology is is adjusted or adapted to bound orbits it took a lot of time for us to be able to do unbound orbit and and these are the results. And so this is the normalized frequency of the of the last year of the synthetic orbit and this is the shift and this is the angular momentum. So you can see that the cell force shift the angular momentum by something like one point three ratio in words so you need to shoot the particles slightly more in words in order to be going to be captured is without radiation. The angular frequency is a bit larger. Now back to the of finally the the last thing that was mentioned last handle that was mentioned a scatter angle in hyperbolic encounters. So here instead of looking at the particular unbound orbit we have two parameter family of orbit parameterize with say several mass energy and impact parameter. This scatter angle unambiguously from the out and the in state of the system. And that's nice because it allows you to probe all the way into the to the library light ring with sufficiently high energy. And this is this is the usual thing that physicists do when they want to explore new things they throw things at it right that so this is how you explore the atom so this is the classical probe experiment in in relativity how to probe a black hole. Now, by 2016, I think people gave up on us calculating this in cell force. So we went on and show a completely new way of a calibrating you'll be using postman Kovsky and information on crisis. All new dictionary to translate with postman Kovsky and to European deserve it's on its own. It was a lot of interest around the time because it was fast progress in PM theory because new participants came. People from QC the amplitudes and know how to calculate this thing and found a way of converting their calculations to the gravity calculations. And this is this is my yeah I have one more slide after that and I'm done. Thank you. Okay, yes, I'll be I'll be brief. So, in brief, people had a very important point to make which is knowledge of Kai at one GSF so knowledge of the first order cell force correction to cry. In fact, the termines the full PM dynamics the full meaning not and not only leading mass ratio that all mass ratios up to 4pm order that comes simply from dimensional analysis and some observation about symmetry under mass exchange in this in the object. If you have the second order cell force you can get all the way to six pms are very strong motivation out to do this calculation cell force. And plus the fact that of course cell forces also gives you always the full thing at order mass ratio to all postman Kovsky and orders all also the strong field information. We still don't have a calculation cell for calculation of the scatter angle but we are getting there promptly now. Finally, so these are some results from a recent paper. And what I show here is a particle in a scatter orbit to run a short black on calculating a certain complex health potential from which we get the metric perturbation and the cell force by taking derivatives, and you can see the periastron is here time for zero. So this is calculated along the orbit and here on the right, this is the radiation at null infinity. And you can see some interesting strong field features here. These are these are echoes from the passage of the particle around the periastron back reacting with the particle itself. So not clear if we see those kind of features with a lower the PM calculations. We have several codes now like that time to my figures remain. We do comprise something we are just about not to start calculations of this cutter angle. And hopefully this will allow us to go back to the board and try to extract the physics from that. So, just to get to my conclusions here, a quick reflections on this on this on this on the progress that was made. Importance of that paper so I think it's fair to say that the paper started a new program, which involves many, many people and it is still ongoing and going very strong and that led to significant improvement in way for models for radiation with detectors and to put the fingers off on three new completely new ideas that were there and really helped shape the way people think about these things. It was first conservative self force gives you a handle on the strong field potential so it's not only about calculating the acceleration to get an injury orbit, you can get your information about the gravitational potential in a very strong field. The second is a completely new way of calibrating the OB potential beforehand only PN. Now we have handles in the strong fit using self force information. And the third and that takes me out to Adam Adam stock is is the insistence on using the symmetric mass ratio instead of the ordinary mass ratios. It wasn't stated explicitly in the paper but it in a way in a way for if it was for seeing what will happen next which was will realize that when you do that, you can use self force information to, in fact, get very accurate result at all mass ratios as Adam Adam illustrated. So, so that's it. Thank you very much. It's been it's been a real pleasure working with you and I hope that will will have more opportunity to work in the new in the new future. So, thank you and happy birthday. So, since time is going faster. I suggest that unless people as a comment. No, I wanted to thank you all. Thank you. Yes. So we thank you. All the speakers. Yes. I just don't know how to go. In fact, because it's very fast. So thank you to all those who are in the room and those who may listen from somewhere else. And we saw just a small fraction of the kind of 100 or 200 collaborators you had all over your career. Many many I want to see some that young people who started while starting in the various field. So you still have a lot of work to do to teach younger generation. So thank you to all. And thank you.


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wow hey I tell you people out here are talented mad talented and that was a beautiful faith stand they eat me come on out there to all the fine neighbors but you can't still look here like you hey buddy it's cool anyway she's here she is the new signee of big dreams he signed one month ago so she'll be telling us more about that what she has in store for us will we be having bangers more bangers will be having uh will we be having more rnb songs we don't know but she'll confirm that for us thank you how are you i'm good how are you i'm good yanni you know the first thing i think i noticed about you in person you're so calm but in your songs your performance you're like you know at different energy but that happens yeah the person you see on music videos is not the same person that you see in person so kindly um to pay a rough introduction who faith stand is to those people who do not know you well my official name is our faithful mani but my artistic name with his faith stand and i'm a secular artist yeah all right so um how long have you been doing this in seven years now seven years now and in those seven years your big break we can comfortably say that so how was that for you yanni you have been working this hard and this is when i am getting my big break that was something it was my high moment you know because i've been struggling struggling i didn't even like struggle much and i'm different from the other songs that you are doing you are more into love songs and then you decide to okay what are you doing that intentionally to find a different sound doing something different yes i did it intentionally because um i mean i'm to mean i'm a diverse i always do like different general you see of music so i decided to do that type of music intentionally so that at least i'll be doing both because yeah because musically he's here anyway yeah and um like i said you are the newest sign you are big dreams yeah a bit about that and yeah well right now under big dreams um the only artist actually want to sign and we're doing good so wait for me to call you to call you yeah all right how did you feel when they decided okay well i felt a new sign and how long has that conversation been going on you know um actually the manager they all know big dreams texted me like um four months ago and then uh he was like i have a proposal so let me know when you're around so when i was in aerobic it was when at least i contacted him and that we was like offering was worth it yeah so it can happen to you and then i'm under big dreams right now all right um i had an interview where you were talking about but the way he approached you was not the same way big dreams approached you we'll talk to us a bit about that and maybe what artists can learn you know when someone people call you maybe a label a manager they want to sign you they want to work with you what things should you look out for um what are the terms so i think for me first thing you know as much as a man of carving artists there's a way you're supposed to approach me because you've seen something in me yeah so for me in your two approach do you find me maybe i didn't go with saldo and i went with big dreams yeah so i'd like you to tell us maybe how that approach was you don't go to if you don't mind but before we do though we want to take a commercial break we'll be back after this welcome back i hope you are enjoying the show and if you are please tell a friend to tell a friend what's a blast out those speakers they should know that we are on to listen money hat yeah it's a crime to enjoy such a good show by yourself as much as you want to enjoy it by yourself please tell the others okay yeah so yes fate stan is in the building and um we were talking about how to approach artists you know now listen she didn't all like that but big dreams approached her well and okay they decided to sign a deal and she is the newest signee of big dreams so if you don't mind maybe how did they approach you that i cook for a shot because i have had something else i think it was major i'll approach you on a diamond and they tried to make it look like you're doing your favor now let's hand down your deal goes over that specific thing yes so that's the point still you know like talking when you don't approach them say it tells a lot as in from the tone and all that you know and she's like well it's like maybe you're desperate or something but when i see that for me that's a turn off that's a turn off so what things should artists look out for when you're being science and when you have a manager who wants to work with you it's not working for you first like a contract is a contract anybody would want to be your manager but is it worth it talker all right okay so so um talk to us about your latest release mr dj well mr dj is a ragaton and i really i feel like i'd like to appreciate my dj you know because they always play our music now see what we're going to learn about my dj it's my moment you enjoy this one i like to enjoy this it's for the dj all right in some of your songs i think they are the one that you just performed baby and other is that intentional yes it is because you know most people actually even when you run trend i got a lot of calls to the interviews you can put on a corona COVID-19 you're locked down so sing as a cougar one-on-one interview so what are your thoughts on Uganda i think you can see somehow all right okay so after mr dj what are we expecting that now that you are signed and the big dreams are you working with any artist that is in that label and has worked with big dreams well i'm i'm having a lot of collables and singles you know good music good music all right okay hopefully okay so today and i'm what that hurts wow it was too much for him you should be ready to when you when you dating this person dj you should know what you're getting yourself into you know dating this person who is famous people find your music you know new projects the other previous projects i have right now i have my songs on boom play and other digital platforms and on my youtube channel find me at faith stan s t a m and then uh facebook instagram faith stan underscore ke that is kenya all right okay so thank you so much for coming through you do appreciate your time thank you and um we hope to see you again shout out to my family my friends my team big dreams yeah yeah i love you all yeah okay thank you so much for coming through and um


Coming up on DTNS, it's Farm Day. Tractor hailing could help farmers not only get more crop yields, but better bank loans too. Airponics could make your airplane food better than what you eat at home, plus Microsoft's attempt to secure our smart home future. This is the Daily Tech News for Tuesday, February 25th, 2020, in Los Angeles, I'm Tom Merritt. And from Studio Redwood, I'm Sarah Lane. And from the increasingly lighter forests of Finland, I'm Patrick Peja.  If you want that wider conversation, become a Patreon, get a good day. Internet, patreon.com, slash DTNS. Let's start with a few tech things you should know. Google updated Chrome to patch three security bugs, one of which was a zero day vulnerability being exploited in the wild. The attacks were discovered on February 18th by Clément Lassigne, a member of Google's threat analysis group. The zero day vulnerability was identified as type confusion and Chrome's V8 component responsible for processing JavaScript. Type confusion tricks software into initializing execution, thinking that the code is one type and then changing the type to cause logical errors that can be exploited to run malicious code. Intuit confirmed that it plans to acquire credit karma for seven point one billion dollars into its biggest acquisition to date. Credit karma lets people check credit scores, get credit cards and loans and file taxes. It has more than 100 million registered users and 37 million monthly active users. Intuit also owns Mint, TurboTax and QuickBooks. Samsung unveiled its first 16 gigabyte LPDDR5 mobile DRAM chips for sale built on the 10 nanometer process. It's not only more memory, but also faster, about 30 percent faster. 5,500 megabits per second also uses 20 percent less power than the last generation. Samsung's working on a version that's even faster to the 16 gigabyte LPDDR5 chip is in the Samsung Galaxy S20 Ultra already and is now available for other manufacturers as well. Qualcomm announced a reference design mixed reality platform for the Snapdragon XR2 chipset meant for 5G enabled VR and AR devices. In addition to 5G, the XR2 can support up to seven cameras and up to 3K display panels per eye, although the reference design used 2K panels. XR2 also supports cameras that can track eyes, lips and external space. AR2 powered devices are expected by the end of the year. Indeed. All right, let's talk a little bit more about Amazon opening a big version of its Go Store. Indeed, if you're in Seattle, you might want to check it out because they opened their first Amazon Go grocery in Seattle. A 7,700 square foot space without cashiers. Amazon previously opened 25 smaller Amazon Go convenience stores in the US. The new grocery store in Seattle, Capitol Hill neighborhood. Yes, the capital, Capitol Hill. That is really hard to say for me today. In Seattle has 5,000 different products, including meat and produce. And like the convenience stores equipped with cameras, sensors and computer vision to keep track of what a customer has taken when they leave the store. Yeah, so we talked about the idea that Amazon was working on something like this before. And this is the test version. It's now open for people to try. If you're up there in the Capitol Hill neighborhood of Seattle, like Patrick said, you should go check it out. It's much more difficult than the convenience stores. So they're like, like you said, there's 25 of those convenience stores. Everything's pretty much prepackaged, comes in cans or boxes. And it's a lot easier to keep track of a grocery store. First of all, it's much bigger. It's like a 10,000 square foot building. 7,700 square foot is in play, right? That's where the people can just roam around, pick up stuff, put it back in the wrong place. And if you look at the Geekwire story, there are pictures of open produce. So it's not all packaged up. You can pick up one apple, two apples, three apples. It looks to me like everything's priced per unit, not per pound. So that's the way they get around, you know, having to weigh things, which would be really tricky. And I guess every apple is priced the same, like a dollar twenty nine each for an apple. That sounds crazy expensive. But but yeah, but the convenience, if it works, is there. But this is this is a much trickier thing to keep track of. Obviously, Amazon thinks it's good enough to test. And they're only opening one store to kind of work out the kinks. How do you guys feel about this? You know, it's funny, you mentioned the expensive apples. And for a lot of us, it's we're used to. Yeah, you weigh produce. Sometimes it's per item, you know, like it'll be like four dollars per artichoke where I'm like, OK, I'm not going to buy those. But you do you you are used to in general, when it comes to produce or cheese or meat stuff that you it's not always priced the same because it depends on how much it weighs. So for Amazon to be like, OK, well, we can't do that. So maybe we'll hike up the median price just across the board and people will just sort of deal with that because it's more convenient overall because they're saving time after, you know, after not having to wait in a checkout line. You know, I I wish you were around the corner for me because I'd love to try it out. I I think this is a really great idea. I just wonder how much the pricing is going to is is going to dock them. Because it's probably going to be higher overall. Amazon, what they do best? Well, there are a lot of things they do really well. But one of the things they do best is convenience. And the if it is indeed as convenient as the theory would make it. I think price matters a little bit less because you just go in, you don't have to worry about queuing or having cash or anything like that. Although nowadays people pay with their phones all the time. But if, you know, the one click by is something that actually matters, it will be interesting to see if that translates into real life. And if that kind of fluidifying the shopping experience as much as possible is going to be successful for them in the real world as well. I think on the point of it working or not, it seems like they're moving forward quickly enough that if it's not working well enough now, it will probably fairly soon. Yeah, they must feel confident that they think they have a solution and they're ready to try it out in real life. And in case somebody doesn't realize, we sort of assuming you all know what an Amazon Go convenience store works like. But this is not self-checkout. This is not even pay by phone.  And you don't have to talk to a person if you don't want to. And you don't have to check out. You just walk out with stuff and it knows what you've got and charges you accordingly. There's no chance to weigh anything or anything like that. So that's where this becomes complicated in a store of this size with this kind of selection. It'll be interesting to see how it works out. It's not exactly the same, but the Apple store is one of their strong points is that they make it really easy for you to pay for something. You just grab it and talk to someone. You can even walk out in some cases when you use the app. But that works and I think it might hear too. Well, this is way more complicated than that. Just just because in case people are confused now. It's like, no, this is not scanning an item off the store. You don't have to do anything once you've scanned yourself in in the store. You just grab things and walk out with them. That's what I think. I think your your point, Tom, to somebody, you know, putting a potato down in the wrong place type thing. It's like that's where a lot of, you know, the cameras, the sensors know all that is really important because it's like it's there.  That's, you know, that's that's the shopping experience. Tom, on aisle two, there's a potato on this plate. It's the A.I. telling you, Tom, aisle two, potato. But there is no Tom. There are no cashiers. There's no cashiers, but there are actually humans there. Yeah, there are humans there. Mozilla announced it will start switching Firefox browser users to cloud flares encrypted DNS over HTTPS, commonly known as DOH, today by default and roll out the change across the U.S. in the coming weeks. Any user worldwide can turn DOH in on in Firefox's network settings under general DOH helps prevent ISPs and other third parties from seeing what DNS lookups a browser is making, which could make which could be used to deliver targeted ads, among other things. Firefox will offer a choice between cloud flare and next DNS for DOH, but cloud flare will be the default. ISPs have been lobbying against encrypted DNS, focusing on Google's plan to use DOH in the Chrome browser. Yeah, Google's plans a little different. It will turn it on for you if your DNS provider supports it. It just goes based on your DNS. Firefox is providing the DNS provider for you, saying like, hey, we'll we'll give you DOH if you want to go into settings and turn it on. Or as we're seeing, it'll just be on by default for cloud flare. You can change it to somebody else if you want. So this is this is a significant step. Firefox doesn't have the market share, so the ISPs aren't quite as targeted on them as they are on Chrome, but it will take away a data stream from the ISPs that they are beginning to monetize. I wonder how important it really is. I know it is because I've been told it is, but I don't know how, you know, how much to ISPs, you mean? No, like actually, yes, to have to make sure I'm actually talking about the fact that you need your DNS over your DNS to be encrypted. Oh, how important it is to us to have it encrypted? Yes. Well, there could be man on the middle of tax, domain hijacking, some really nasty stuff. And then there's a lot of people just general privacy concerns, right? But but yeah, there's some nasty stuff that can happen that this makes impossible to happen. So it reduces the attack surface area. All right. Microsoft built an end-to-end secure IoT platform called Azure Sphere that is now in general availability and ready to scale for any size customer. Azure Sphere combines a secure system on a chip, a secure operating system and a secure cloud service. Let's start with the chip. The microcontroller design isolates each subsystem securely from each other. The hardware-based Microsoft Pluton security subsystem protects against tampering. An Azure Sphere microcontroller then boots into a hardened Linux OS. A lot of people made a big deal when they first announced that this would be Linux because it's not Windows. The Azure Sphere security service in the cloud checks that the device is only booting with genuine approved software and then provides a secure channel for operating system updates. All of this, if you're like, I'm a little lost, all of this minimizes the risk of infection so that your IoT devices don't get infected with malware. It keeps devices patched and up to date, which limits the chances of other kinds of infection and makes makes things secure so that you don't have to worry about the devices you're using. Now, granted, Azure Sphere is probably going to be used most in the enterprise, but security is a huge concern there as well. MediaTek is helping design and build the chips. Qualcomm is using it for 5G, and NXP is building a certified crossover applications processor. You know, Tom, you mentioned people, you know, to kind of waking up when they were like, Linux, what the heck? Why would Microsoft do this? Oh, that's old news. Yeah, that was last year that they announced this. And the reason they're using Linux is it's the best operating system for this particular application. And Microsoft has now, years ago, abandoned the idea of saying, oh, we have to make Windows do everything. They're willing to say, like, oh, if there's a Linux version that fits purpose better, we'll use that. And it seems, yeah, it would be difficult to fit Windows into that kind of application. It seems maybe it isn't, but that's the impression. You know, they've had embedded Windows and they still do. But I think they're me, you know, like you say, Patrick, they're maybe just not really that great at that sort of thing. And under such an Adela, Microsoft has said, we're going to make this, we're going to make money off of cloud. So let's not get all hung up on whether forcing Windows onto a microcontroller if Linux works better. And we feel more confident we can secure that. Yeah, and on the concept of the actually having a ready-made system to secure IoT devices, it seems like this should have been created by someone already. And it's surprising that it's taken so long in that Microsoft. I mean, I'm sure there are some systems that work sure, sure, better than others. But it's like we could have used this a while ago, but, you know, I guess not all the horses are out of the barn. So why not still fix the door? And and Adela has been talking a lot about the fact that, you know, there are a lot of computers and a lot of mobile devices. But if you compare that to the number of IoT devices that are going to be in the world in the next few years, that's that dwarfs the in terms of numbers. It dwarfs the existing devices. And so that is definitely an interesting way to approach trying to conquer that that that ecosystem is is providing security, which is what is definitely missing in that space. So I think this is an interesting one. Bruce Schneier calls it like a worldwide robot. The Internet of Things. Yeah, it can be scary if it's not properly handled. Google announced three new Stadia Pro games instead of the expected two. Racing Game Grid has a 40 40 player endurance mode exclusive to Stadia. There's also a role playing card game, Steam World Quest, hand of Gilgamesh and Steampunk platform, Steam World Dig 2. Two titles dropped out of pro, leaving a total of seven titles. So Stadia is still being Stadia to someone who doesn't follow games specifically. This might seem as cool. I'm getting three games instead of two. Those aren't going to set the world on fire. So they're OK. But the launch, even by everyone's expectations, which were pretty low, the launch and following months of Stadia have been very disappointing. I even unsubscribed, which is very surprising for me. I was sure that they would give subscription additional months to people who had been their founders. I guess they didn't. And I think, even though it's disappointing, it's because they know that, again, as we've been saying from the start, the real launch is going to happen when they launch the free service. And that's still a few months away at least. So anything that happens before that doesn't really matter. And since we're talking about game streaming, NVIDIA's GeForce, which has some very good features, has been losing a few big, high profile developers and publishers who are saying we don't want to be on your platform anymore. So again, that also, I think, is a pretty good sign, because it means they are getting serious and they want either to license their properties to those platforms or to make their own. So I think it's actually a sign that things are moving faster than we might think. And that's why we want you to tell us all this stuff, because, yeah, that's that's interesting. And and we're we're still it sounds like a ways away from this really being the thing that everybody was hoping that it would be at the beginning. So if you want to get all the tech headlines each day in about five minutes, keep up to date, subscribe to daily tech headlines dot com. We got some farm stories for you today. Deer and company, the folks who make the John Deere tractors are partnering with Hello Tractor, an app maker and cloud service provider to make John Deere tractors available on demand. For farmers in Ghana and Kenya. So it's a tractor hailing service. Hello Tractor lets farmers hail a tractor when they need it using an app that then monitors the usage and fuel levels for them. A black box is installed under the dashboard of the tractors. And that's what keeps track of all that stuff. Agricultural services firms like Agromec Africa in Nairobi manage a lot of the deployment of the tractors. They've they've agreed to let these black boxes be put in on their tractors. They're already in the business of renting out tractors to farmers and sometimes just got operating the farms for farmers. First test of the partnership is using 400 tractors. If all goes well, the company plans to expand in the second half of the year to more countries in Africa. Deere also believes, and this is where it gets interesting to me, that it could boost sales of tractors by letting farmers make use of that information they're tracking to secure bank loans. Around 80 percent of cropland outside of South Africa is cultivated by hand. So making tractors easier to get a hold of could increase yields substantially. And one of the ways they think they can do that is, look, farmer has no credit history. It's going to be hard to get for the bank to take a risk. But if they can go in and say, look, I've got data verified by these independent companies that show I was doing this kind of farming for this long with these yields, that might make some banks be willing to say, OK, that's that's a better risk. We'll give you a loan. Yeah, that part is really fascinating. And yeah, this is this is one of those use cases where I never would have thought about it, but it makes perfect sense, especially if if all of that if all of that labor is happening by hand in many parts of Africa and the fact that a tractor would be able, you know, a farm would be able to be like, look at look at all the work we did because we have we have this we have this, you know, rented equipment and can get loans in order to ramp up production and and and do more things. That's that's really cool. It's essentially not Uber, but probably Airbnb for tractor. Yeah. Yeah, it's a little bit Uber, a little bit Airbnb. Yeah. And and we we see those things and and we look at it and we're like, oh, wouldn't it be great if we had like Uber for, I don't know, cats or for my TV and it's like, no, these kinds of innovations, what they're really great for is getting farmland cultivated by machinery where it needs to be to be done better in that way. So this is really and and it's funny because anytime I hear the name John Deere, it's because of the fact that they fight repairs on their yeah, I know they have a pretty bad bad name on that. Yeah. Exactly. And here it's such an innovative and interesting way of looking at a problem. It's almost difficult to reconcile the two identities of John Deere. Yes, turns out companies are made of a lot of people and have differing qualities depending on what they're engaged in. But yeah, I I you know, I think if someone's not quite clear here, a company like Agromec Africa already without John Deere's involvement, without Hello Tractor's involvement will go out with certain farmers and say, OK, we'll we'll provide the equipment and operate the farm for you. What this does is it allows a farmer who can't afford that full service to go to Hello Tractor and say like, all right, if I had a tractor for these three days or this week, I could afford it and it would help a lot. So I'm just going to I'm going to on demand, get that tractor out here and use it and then they could take that data to say, look, I was doing this by hand and then I was able to afford a week's worth of tractor through Hello Tractor and look what it did to my yields, Mr. Bankman, will you please give me a loan so that I could buy my own tractor and look what I could do if I had that. And and that's that's pretty powerful if it works. Absolutely. Singapore Airlines is buying food from a farm in New Jersey that's in a warehouse in the city. It's a hydro. I'm sorry, it's an aeroponics company. Arrow Farms, which provides fresh vegetables on flights. Quartz notes, typically, salad greens are harvested about three to five weeks before they're served on a flight. So when you're eating that salad, it's not particularly fresh. You may have guessed that based on the salad you ate on an airplane. Arrow Farms makes it possible for the greens to be harvested hours before being served in the air, which means it's fresher than a lot of the produce you're going to get in a grocery store. JetBlue already does a similar thing. They use a rooftop garden at JFK airports to be able to serve fresh vegetables on their flights. But Arrow Farms operates the largest indoor vertical farm in the country from that warehouse in Newark. So they can provide a lot more than that rooftop farm at JFK can. Aeroponics grows vegetables and tubers and other things like that in the air, using sensors, fans, sprayers and LEDs to precisely control the growing conditions. It offers 300 percent more efficient growth rates than standard crop yields, though it does use a lot of power. So that crop yield is like based on the amount of water and things that you'd have to put on something in the ground, because they can be so precise with the sensors. They save a lot on that. They do have to spend a lot of money on the computers, on the data servers, on the LEDs, etc. But Arrow Farms not only delivers vegetables fast. It can also, because it has this control, customize the growing conditions to produce specific characteristics. Like Momofuku in New York buys from a different aeroponics company and asks for a particularly firmness in the kale they want. And you can do that. You can say, oh, do you want your kale firm? You want it less firm? Do you want your arugula a little more peppery? We know the growing conditions that will turn out the vegetables that way. It also lets Singapore Airlines have more data on where and how the vegetables were grown, which saves them a lot of time in meeting the food safety requirements they have to for airline food. So if you're like, hey, how do I get one of these fly Singapore Airlines out of JFK and Newark and order a salad, I guess. I am very much looking forward to that technology coming not only on airlines, but everywhere. This seems incredible for everything. Like I might not know how the production chains work. And maybe I'm mistaken. But it seems like this is better than most things we get even not on airlines. Well, it's the the proximity, right? Like you can have vegetables in your grocery store that were harvested that day. That's not impossible. Happens all the time. But depending on where you are, that may be harder. And a lot of times people are buying vegetables from across the world. So they've been on a cargo ship. And that's where you get like the fruit that isn't really sweet because they they grow it so that it ripens slowly and all that sort of thing. So if you want really local food, having it in a warehouse that's really near where you're buying it makes it so that more of your vegetables and more of your produce, fruits, hard to do with aeroponics. But vegetables, particularly, you could do that with. Yeah, that's what I mean, we do buy local, but this seems like it makes it possible because you can grow in any environment. Imagine the soil in there. Yeah, take an aeroponics farm, hook it up to an Amazon Go grocery store. I have the robots just go and get you your arugula like fresh off the vine when you want it. Oh, or you want it because it's Amazon. It knows what you wanted. So as soon as you scan yourself in, they're like, oh, that's the arugula buyer. Let's go get him some fresh arugula. Do you want the pet? Oh, he always gets the peppery arugula. So make sure we have that one. But once every third shopping trip, it will offer you the slightly different one to, you know, it's the recommended. Yeah, we see you like this kind of arugula. Would you like to try this? Would you like to try buttery arugula? Do you know there's arugula shortage right now because of because of the growing conditions in Arizona? I just bought arugula yesterday. So glad it hasn't hit me.  Well, I guess who knows how old the arugula was. Well, Tom, we're going to have to have a conversation after this. I'm very, very wealthy. Yes, obviously. But, you know, it's funny before we move on, the story is interesting because plain food historically is like we all laugh like, haha, it's so horrible. If you're in first class or lucky enough to be in first class every once in a while, it's a little different. Assuming that this is going to be for the entire cabin or that's the idea. That's awesome.  It's very rare that you get anything free besides peanuts, which is going to, you know, give somebody a life-threatening allergy anyway on the plane. So I wonder what the idea of making food better on planes is great. But what happens to the consumer at that point? Prices get higher. Maybe, maybe not. This may be cheaper because of the the the time savings in the tracking on the food safety because of the the fact that it's local. And so it doesn't have to be shipped very far. It's possible. I'm not guaranteeing this, but it's possible that it's a big cheaper. And honestly, I don't think my guess is this doesn't affect it. The whether they charge you for food or not an airplane entirely has to do with them trying to set fares, not with the cost of the food. Sure. So I imagine that economy you're still going to have to pay for that rap, whether it's got aeroponics, lettuce in it or not. And first class won't like that's just not going to change. Right. Well, thanks everybody who participates in our subreddit. Whether you fly first class or not, you can submit stories and vote on others at dailytechnewshow.reddit.com and join in the conversation in our Discord, which you can join by linking to a Patreon account at patreon.com slash DTNS. What's in the mailbag today? Well, you know, it's not really a mailbag, but I thought I thought I would just remind folks, Patreon folks, you already know this, but we have a threat wire cross pose from Shannon Morse that come out each week, focusing on security and privacy and how to keep yourself safe and how to be how to be woke. And it is second to none. She does a really good job. Some of my favorite content each week. So this week, Shannon focuses on car hacking, all sorts of things that happen in the automotive industry and what to look out for. It's good stuff. You can get all the deeds at patreon.com slash DTNS. Shout out to patrons at our master and grandmaster levels, including Justin Zellers, Tim Deputy and Kevin S. Morgan. Also, thanks to Patrick Beja. We missed you last week, Patrick. What's been going on in your world and where can people keep up with your work? In my world, my son has been sick. And so I am, as you might have noticed a little bit out of my element, but in my world, there's also Instagram. I've been playing around with Instagram a little bit. And if you are young enough and hip enough and cool enough to be on Instagram, then maybe you should give me a follow. I'm not Patrick on Instagram as I am in every other on every other social network. So give it a go. Excellent. Thank you, everybody who supports us on Patreon, by the way, it's near the end of the month. And this is the time when we see the most people cancel their patrons, honestly, because they know they're getting close to being charged and if they're needing to save some money, this might be the time that they decide to do it. So I always ask for people who have been listening for free, who could afford a couple bucks a month to consider joining. Head on over to patreon.com slash DTNS. Our email addresses feedback at dailytechnewshow.com. We're also live Monday through Friday. Join us if you can. That's 4 30 p.m. Eastern 21 30 UTC. And you can find out more at dailytechnewshow.com slash live back tomorrow with Scott Johnson. Talk to you then. This show is part of the Frog Pants Network. Get more at frogpants.com.


Hi, I'm AJ with Cal State Entertainment. I'm here with Detective Pikachu to investigate how excited Cal students are for the new Detective Pikachu movie. What's one on-campus mystery that you'd want Detective Pikachu's help solve? Okay, one time the water fountains just completely turned purple and then we just woke up one day and they were all purple. We had no idea who did it. I work at the libraries actually and there's some rooms that are definitely haunted so I'd love to know if they're actually haunted. Why is everything so hard? Why is everything so hard? Yeah, definitely. Okay, who would you want as your sidekick in solving all these mysteries? Bidu. Bidu, okay. Beyonce knows, that's right. Uh, can I pick Detective Pikachu? You definitely can pick Detective Pikachu. Obviously, Detective Pikachu. Obviously, Detective Pikachu. The best out here, he does the best work, hire him. You know it. Um, so this new Detective Pikachu movie uses like real life looking Pokemon. Which one are you most excited to see in theaters? Uh, Pikachu. Pikachu, definitely the cutest one in the movie. Ipom. Okay. Ipom. Ipom. Looks very scary, right? The trailer, yeah. The turtle. The turtle. Squirtle. Squirtle. Squirtle, yeah. I want to see if they have a magic car. A magic car, you know, just flopping around. I think it's like definitely Pikachu. Definitely Pikachu. Just because of like the person who voices it. Yeah, Brian Reynolds, we love it. In the Pokemon games, there's like types of Pokemon, grass, fire, water. Can you like match up some majors with some of the types? Maybe electric type for each ghost type or dark type, dark type for Haas. I mean psychology and psychic. Yeah, yeah, in the mind. Probably like environmental studies and grass type. Yeah, that's a good one. Like the EPS department, probably like rock type. Yeah, yeah. Maybe mechanical engineering is like steel. Yeah, definitely. I definitely say that like humanities majors are like earth. Okay. Haas, it's in itself is like fire. Yeah. Healthy studies is water. Okay, okay. Thanks to Berkeley students, Detective Pikachu and I were able to solve the case. Be sure to check out the movie in theaters May 10. So last, last question. Hold on.


What's going on guys got kyle and sprinkles here with latent sports cards, and we are ripping this is six boxes of 2023 bowman chrome hobby this one is for orange w. Good luck orange. Let's see what we got my friend six boxes bowman chrome hobby Box number one What am I most excited about for today? That's a good question puka. No, I have not pulled the super yet RS. I have not I'm I'm due. I think I might have even I might have even ripped the most of this so far I think I'm due. No, what game are we most excited for Dylan? Dolphins Patriots is a good one. I'm gonna be watching with force and Sean for sure I'm sure I'm sure Sean will get the get the trash talk going Oh, he'll have the chain. He'll have the chain Best believe you'll have the chain It's in his locker. I think yeah, I don't know which one's his locker, so There's a process Brian Acunia, Miguel, please come on super Oh, yeah, they're playing Ravens, yeah Hopefully that's better than last week. I mean geez price Harper, Roderick Arias Not for T. Higgins either there's a refractors judge to 499 Mr. Judge for the Yankees Cervado jet the Met. Yeah, I see bills And the bills play there's an auto Kate Hunter first woman base auto reds Camilo Diaz the new chief Albez Iconic Alvarez and shimmers Ariel Castro for the twins one per box on the shimmers Shim and Galan Might as doing the Mike Meyer touchdown Do it till he does it do it till he gets one Pajaze Gerardo on the first come on super come on orange. Come on red yellow is Edward Edward Julian to 75 twins rookie leave his first rookie car was in cosmic Julian is a Riley green rookie and a Sterling Thompson Invicta on hella Kunya Michael Arroyo So it came to the league Jackson holiday. Yeah, I like that pick those verse Raiders. That's a good one for a survivor Those are definitely gonna want to win this one Spence Kauffman to 299 for a speckle I know they're not trying to go to or oh and to Kauffman to 299 He's Turris and Caba Maya and Sean's pick a movie. I almost thought about having the chiefs lose again Almost thought I went my home zone to Kelsey oh and to I don't see it There's a green Nelson Rada to 99 green for the angels God oh One box down for your orange. Here's box to come on now. Where's the red? Where's the super? Need one see some solace Maya Arias or Celestin That dude's had a stable job for a while all states mayhem What's up, LJ? What's going on? I'll be marty Dave your Isaac Little pancakes is he came up Dylan couldn't resist that Pancakes is Lee there's a was our Montez on the prospect process Gabe Gonzalez Everyone's having a good start to their Sunday morning Nice chill start. There's a iconic Parazza rookie Rainer Arias on the first Jacob Breimer This one is Braylor Guerrero nice one there on the fuchsia vapor Guerrero looking good for the raised to 199 Race could use an outfielder. So hopefully he's a good one There's a first woman base auto Everett Cooper He's auto for the Nationals there. Areal Castro, Acunha, Peter Lanza We got Kevin Erie Erie you on the fuchs shimmer to 199 Erie you brew crew and yo Andrew Vargas base first Mazataka Espinoza it is purple of Luis on Helicunha for the Rangers there to 250 Rada JC on Mm-hmm say iconic Alvarez there are a few Acunhas Think so, yeah, I think he was part of that. Sure. Yeah, it's a Francisco Alvarez. It came to the league rookie Theo Walcott or Sebastian Walcott Theo Walcott It's old soccer player Atomic it is atomic first woman base auto Kate Hunter number two one hundred for the Reds there And the atomic these look great man. I always love the atomic autos For the Reds Kate Hunter got Celestin on the base Sarmiento another vapor Iconic J-Rod this one is Drew Jones on the aqua and fuchsia vapor. Those are sick-looking cards, man to 125 the Drew Jones Our name oh righty mr. Orrin box three Come on. Come on. Let's see some low numbers for you, sir And guys still a short cue at the moment after this one only got two boxes We get something going pretty quick if anyone wants to get a personal going Smith on the Oh, yeah Had not seen him there yet, maybe those quarterbacks you can definitely Nick York on the fall league Osario lock good luck, Orin Come on. Let's see a magic box Arias Rodriguez and area. There's an iconic Casas Diane Jorge Coulson Montgomery purple the first woman is a Don Sanchez the 250 Cubs Don Sanchez purple Gutierrez Yeah, you see you looked it up. Yeah, I know man I've been trying there's a first woman base auto Wilfredo on Tunes Wilfredo on Tunes base for the Guardians Sapaida Brooks Lee Come on. Come on. Where's that super? I'm due There's a shimmer Christian Vickero Nationals Hans Montero brainin cold Keith Lantigua Chavilly There's an atomic Bobby Whit jr. On the iconic the cool-looking one there to 150 on the Bobby quit Torres holiday What are you looking most forward to puka? Getting you most excited for I haven't really looked at most of the board I was just looking at fantasy master pretty much. I didn't really I didn't really put two and two together See in which who's playing you and everything There's a Jackson Churio it came to the league Jackson Meryl. Oh late one. I'm not in that league, but Sean Lee coming at your dad There's a purple Cade Hunts are another Cade Hunts are there to 250 the purple first bowman had the atomic as well Alfredo Dunno came Collier. Yeah, I'm playing Playing your dad Madison There's a refractor first Braylor Guerrero some nice Braillers here to 499 for the race race prospect first of Francisco and Braylor Guerrero Two in Tyree did it for about themselves last week. So I'm just gonna hope for that again. Just gonna hope for that again Box four here. Good luck, Orin Good luck. Good luck sir. Come on. Come on We're solid set It's my yeah at Celestin auto come on I was being like a chocolate shake for a second there. I was like, wait, it's 10 in the morning my man Mason when Luis Torres and holiday Process of Brian and Kunya Roman Anthony. See you lay. I was probably pretty good in high school. Yeah There's an iconic Paraza rookie iconic Spencer Jones Jackson Meryl home box for There's a wander Franco for the DR there numbered to 499. There's a first woman base auto Joey Estes for the A's Joey Estes Guerrero and Francisco come on come on Iconica Lonzo and my yeah, nice one there on the shimmer first. So one per box nice shimmer there the brain and my yeah Soto and Osario Rojas Munoz There's a Masataka Yoshida rookie refractor to 499 Red Sox rookie It's Dylan's boy one of one of many of Dylan's boys It's an iconic your non. We got a host way to Paula on the Invicta insert Dodgers Drew Jones Crawford Carlson that I'm not I'll remind you it came to the league Volpe on the rookie Guanipa and my yeah base It's a speckle first woman auto 299 is Luis Reyes for the White Sox Luis Reyes to 299 speckle auto first of Reeve us and Torrent J rod iconic and Dominguez to 150 Jason Dominguez for the Yankees Lantigua and Trevely Already already mr. Oran. We got two more two more for you, sir. Good luck. Good luck. Let's see that red Let's see a super Magic box magic box got Joe Ingalls in there.  They got Jermaine Nelson. They got Dwight Howard Magic box Yeah, the throwbacks Bryson say he's getting three Mason win shim and gala and I like it. I like it. You have to get a Mack MacLung Dylan You might get a MacLung Sam's got the sir. Sam's got the jingles already ordered. So I probably get a fronds if I got any of them iconic wander Xavier Isaac anybody see those magic throwback jerseys They went to the throwbacks from like the Mike Miller drafts here. Oh orange orange It is Ben Joyce on the rookie for the angels the 25 on the orange Nice orange rookie take that to 25 23 to 25 Angels got a gig Gonzalez yellow yellow now It is Axel Sanchez the 75 first bowman auto for the Mariners Axel Sanchez yellow to 75 He had a he had base in 23 bowman didn't have any autos though Arias. So that's his first auto Remember seeing his base for sure. There's a shimmer drew Jones One per box on those shimmers and a Montez Came in narrow pause Darnishi Valdez How's everyone doing today? And we're excited for some football Orange again Orange again WBC orange. Yes. I love these man It is Javi Baez for Puerto Rico to 25. That's a sick picture Nice one there 13 at 25 Had some Puerto Rican food on Friday night. It was the gas. Oh, yeah, I get I get that place a lot though It's over by the airport. It's legit. It's legit That's a Francisco Alpress on the magician's ascensions. It's only like 10 minutes from me. Yeah, but from here It's very deep from here. It's very very deep some ropa vieja some yuca There's a it came to the league. Um, Anthony Volpe. I don't I know me too Me too. I Turned it on myself. I got myself hungry There's a Daniel Guillart a first bowman base auto brewers Come on now, let's see a big auto, you know, ready to super Good luck. Orin got one more box for you after this one Green Corey Seeger to 99 for the Rangers Corey Seeger having a killer year man killer Celestyn on the first And one more for you or in good luck sir, this is box number six Again guys forces coming in at five with group breaks on later tonight He's got baseball hockey basketball and football tonight and he's ending the night with a big 30 box Sunday fund a mixer Gonna be a fun one tonight It's got a box of 22 first off the line national treasures 22 regular national treasures 21 national treasures 22 honors 2020 prism team all 2020 playbook 2021 select hobby got gold standard from 2021 then a bunch of 22 and 23 boxes as well About that at the end of the night tonight guys 30 box mixer All righty. Good luck. Orin here box number six Our bowman chrome personal come on super It is super time empty Good luck. Good luck. Orin Marta Gutierrez Bonilla is an aqua It is nice Celestyn on the first bowman aqua to 125 That'll do Orin nice aqua there Celestyn probably the second best selling out of this set so far Still early on a nice Celestyn the 125 will mag that for you, Orin Got one Benjamin Ponyka Kunya and Manuel Beltre Invicta Invicta Tamaris you mag that Celestyn Take that it's a nice little almost color match with the blue a little bit off But pretty close it came to the Lee Casas For the Red Sox parada and Munoz Righty, let's finish out strong here orange orange shimmer and it's a first auto. I'm on Orin It is Christian Serda for the deep acts there orange shimmer first bowman auto That one is 13 out of 25 Nice low numbered auto for you there, Orin Christian Serda the 25 It's a nice box here to end us off Nice Celestyn nice orange auto There's a WBC insert for Kyle Tucker USA to 499 Kyle Tucker drew Jones and Crawford. Oh, yeah, that was crazy. You saw that It was in Wisconsin and they came back the that kicked away They were all just losing their minds because they all the pay they were running up once Rogers got hurt They're running up their tabs They came back in one they all had to pay Brandon my aia first They were literally running up their tabs because they thought once Rogers went out it was done Yeah, yeah, and then they came back in one. That's a Larry Jackson holiday process Yeah, I saw that after the game last week. I was like, oh my goodness, man Say iconic of Francisco Chavilly yellow and orange vapor to 75. These are sick-looking It is Jackson Cheerio not bad there Really better prospects in baseball 51 to 75 on the yellow and orange the vapor. There's sick-looking Torres and holiday Two more two more got an auto of Dario Laverde First woman base auto for the angels. I think that's our last auto here My is a green Roman Anthony and last pack or Suzuki and shimmer is gonna be Kevin Perrata for the Mets This is a glasses falling off running around the bases there and that will do it for you, Orin Appreciate you my friend. Nice hit on the celestine some orange that orange auto Appreciate you as always my friend. We'll get that right out to you