STFC-RAL-CR03 R61: Is there critical locating all the doors?
STFC-RAL-CR03 R61: I don't know, I was in the…
STFC-RAL-CR03 R61: Did she know? Did somebody know?
STFC-RAL-CR03 R61: Maybe we were all too early.
STFC-RAL-CR03 R61: And it was, still 2 minutes.
STFC-RAL-CR03 R61: Didn't live on his way.
STFC-RAL-CR03 R61: Tim was on his way.
STFC-RAL-CR03 R61: Chris, I'm a role.
STFC-RAL-CR03 R61: One looked too fast.
STFC-RAL-CR03 R61: And I'll just start one of the way it's legs.
STFC-RAL-CR03 R61: Oh, no, I didn't look at it. I didn't see that.
STFC-RAL-CR03 R61: I also popped a balloon up, so she could have done it afterwards, so I would have missed her. Okay, but how should he become, so perhaps yes.
STFC-RAL-CR03 R61: Yes.
STFC-RAL-CR03 R61: Sure. Thank you. That's good. Sure. Thank you.
STFC-RAL-CR03 R61: Living based on her.
STFC-RAL-CR03 R61: So, I'll generally notice who Bolika is, but just for the formality, Wolika is a RAL Oldheimer. She joined RAL, in 2004.
STFC-RAL-CR03 R61: She initially worked on Plus HLT, and then moved on to ITK in 2014. Additionally, over the years, she has been participating in these analytics mainly in tech audience. So, over to you.
STFC-RAL-CR03 R61: So, I think recently, at EPS, and I get my summary of What's the highlights of… EPS?
STFC-RAL-CR03 R61: What?
STFC-RAL-CR03 R61: And if the answer does happen.
STFC-RAL-CR03 R61: One month ago was 5 days long, was it really every day from 8.30 to basically 6 in the evening, and there was a full program with more than 100 postcards, more than 500 parallel talks, 38 preliminary talks, and also 7 prizes.
STFC-RAL-CR03 R61: love of God, love of churches, people have to come for hands.
STFC-RAL-CR03 R61: There's so many traveling, as you can imagine, and more than 600 people were subscribed and traveling.
STFC-RAL-CR03 R61: And also, we had 3 night view, so the parking lot was really in downtown Marseille. It was just…
STFC-RAL-CR03 R61: Wonderful, yeah.
STFC-RAL-CR03 R61: Otta's next to the seaside, and…
STFC-RAL-CR03 R61: in a place called Lesbar Hall.
STFC-RAL-CR03 R61: And from there, clearly, this was of the earlier views, you could just see over the vehicle, the old photo of Marseille, and it was really a wonderful view from there. So, the location was really… you cannot get better, I think.
STFC-RAL-CR03 R61: And here's also the picture of everyone who was already there on the first day.
STFC-RAL-CR03 R61: If you're interested in what I'm going to tell you and some of the results, because obviously I give you this instructor, here's the web page.
STFC-RAL-CR03 R61: I could recommend, have a look at the summary slides from Andrea Sherker, because… I mean, I will see a lot of their slides, if you're not talking about.
STFC-RAL-CR03 R61: I have, of course, can only show you, kind of, my personal highlights. I haven't…
STFC-RAL-CR03 R61: listen to everything. Of course, keep in mind, it's a little bit energy heavy on this, and I have put some emphasis on new physics rather than…
STFC-RAL-CR03 R61: telling you anything about the future directions for high energy physics, nor will I tell you anything about progressing energy.
STFC-RAL-CR03 R61: Because otherwise, I wouldn't have been able to put everything in the clock for today.
STFC-RAL-CR03 R61: Okay, so let's start with ultimate position. Yeah, of course, the highlighter in the final results from the family lab.
STFC-RAL-CR03 R61: Do you mind if…
STFC-RAL-CR03 R61: two external lines. So, there, the original goal was to measure the mere animal's magnetic moment.
STFC-RAL-CR03 R61: Use the position of 140 parts per billion.
STFC-RAL-CR03 R61: Because this was also the physics motivation behind it, that the neuron sector is
STFC-RAL-CR03 R61: What, Saskia has said, it's a convenient place.
STFC-RAL-CR03 R61: To test the standard model, so they have now analyzed all their answers, which are…
STFC-RAL-CR03 R61: Containing more than 300 billion analogs.
STFC-RAL-CR03 R61: Was it fun? But before I further learned that, I got on into the white paper.
STFC-RAL-CR03 R61: What is this anomagnose magnetic moment? So, which, of course, always starts from is the G, which becomes a spin precision frequency in a magnetic field, and then the A is G minus 2 over 2.
STFC-RAL-CR03 R61: And in case you have a pure dark skin half-party pair, then G would be exactly 2.
STFC-RAL-CR03 R61: But, of course, we also know there may be interaction of the neurons with other virtual particles, which can then alter the volume.
STFC-RAL-CR03 R61: And it could be standard model in partly, and of course, there's also some scope that some new, beyond standard models would fit in and contribute to the value.
STFC-RAL-CR03 R61: Just also to tell you, because what we always have to compare is the theory part, how well do we know gene?
STFC-RAL-CR03 R61: on the ceiling side, so the bed that I showed you on the left side, and then a frog unit.
STFC-RAL-CR03 R61: calculate the same thing for the amount of movement, and then you will see you have your, of course, the electron, then you have QAD terms, electroly contributions.
STFC-RAL-CR03 R61: harmonic vacuum polarization, as well as harmonic light-by-light contributions. You can see here the proportion of each of these strands.
STFC-RAL-CR03 R61: The value for AMU now is… Initiative.
STFC-RAL-CR03 R61: When it comes to the uncertainty in all of our spaces, it's dominated by the high market.
STFC-RAL-CR03 R61: Okay, and yeah, all of this, Alex?
STFC-RAL-CR03 R61: So, let's look straight away at the summary plot. Here you see the results from the data at hand.
STFC-RAL-CR03 R61: the value of A move and disposition. You see, between run 1 and 1, 2, 3, 1, 2, 3 is already half.
STFC-RAL-CR03 R61: It's an uncertainty about if I talk too low on budget, I love this.
STFC-RAL-CR03 R61: 1.26, which has been analyzed, and it's further decreases by a factor of 1.8, and now we can get the average, and this is, well, maybe our
STFC-RAL-CR03 R61: or that result from Fermin lab, and you see, if you look at the overall inputting and other experiments, the presentation is really dominated by this.
STFC-RAL-CR03 R61: When it comes to the uncertainties, you should just hear the formula, but … Mmm.
STFC-RAL-CR03 R61: If you look at all of these effects, you will see you will have systematics, really, from all of these different sources, and there is not one systematic which is just taken out.
STFC-RAL-CR03 R61: The goal…
STFC-RAL-CR03 R61: Originally, before they started, it was to measure the uncertainty with a position of 100 parts per billion, and they can adapt to studies.
STFC-RAL-CR03 R61: We have even done slightly better than expected.
STFC-RAL-CR03 R61: But it will be really very, very hard for many people to get a further redemption.
STFC-RAL-CR03 R61: So… Yeah, it's not all, like, spending my day.
STFC-RAL-CR03 R61: So much?
STFC-RAL-CR03 R61: And now we can compare the SSLA initiatives, and you see…
STFC-RAL-CR03 R61: Yeah, agreeing, but you also see that…
STFC-RAL-CR03 R61: the uncertainty from the CRA is not really the dominance, so the uncertainty. So I think before you will do anything here, you will probably try to improve your CRA.
STFC-RAL-CR03 R61: And you see also all the CMD menus here.
STFC-RAL-CR03 R61: And we have organizations economicization, because
STFC-RAL-CR03 R61: They arrive in a data-driven approach.
STFC-RAL-CR03 R61: included, whereas the theory doesn't have it, and you see, that seems to be really…
STFC-RAL-CR03 R61: understanding the headline, that componentization seems to foresee some of the disturbances.
STFC-RAL-CR03 R61: Okay, so let's move on to energy physics. I start this kind of one at the top.
STFC-RAL-CR03 R61: Hold on a new lid, yeah.
STFC-RAL-CR03 R61: So, the first one is… reside from… CMS?
STFC-RAL-CR03 R61: So, also, they now have, the W mask.
STFC-RAL-CR03 R61: And they know they have really the best position of all of our, experiments at the MHC so far. Position of the W minus 9.9 MAG.
STFC-RAL-CR03 R61: And this can be compared, if you like, to Atlanta's misrepresolution of the internet.
STFC-RAL-CR03 R61: And being now successful, it now also starts, competing with, physician with the CDF designers from a long time ago.
STFC-RAL-CR03 R61: If you look at the graph, and also compare with the ceiling, you'll see everything is kind of in sync besides the CES, so we have a clear tension with the CES marital lands.
STFC-RAL-CR03 R61: people that have to look at. …
STFC-RAL-CR03 R61: Yeah, which will just give you a table of the sources of uncertainties. The biggest uncertainty is actually coming from the data center side, specifically due to the fact in order to measure the numbers and imprecisely, you mediate the risk of pilots.
STFC-RAL-CR03 R61: So this is data which was selected in a special one, or something of the order.
STFC-RAL-CR03 R61: Monica, do you know if there's a result where the PDF constraints are released?
STFC-RAL-CR03 R61: So, I mean, where the in-situ part of the constraint is turned on.
STFC-RAL-CR03 R61: It's presumably a lot less precise. They have to pass each other off, because…
STFC-RAL-CR03 R61: to produce those alternatives. I thought exactly they have done, I couldn't tell you. But there was not a number presented which is without this kind of bootstrap.
STFC-RAL-CR03 R61: Is that… do you know?
STFC-RAL-CR03 R61: At least the Amazon gets a compilation. Yeah. Because it's a worry.
STFC-RAL-CR03 R61: I put, actually, another for the humor.
STFC-RAL-CR03 R61: Then there were also some new results on the big mixing angles, the sine square theta W.
STFC-RAL-CR03 R61: Here's a Z.
STFC-RAL-CR03 R61: Oh, man.
STFC-RAL-CR03 R61: Yeah, we also have some new results, actually.
STFC-RAL-CR03 R61: from CMOS and LHCD.
STFC-RAL-CR03 R61: And if you also, again, look, you see also all the other previous results we had on Science Square.
STFC-RAL-CR03 R61: ThetaW effective, you're seeing now that See, I notice this again.
STFC-RAL-CR03 R61: And measurement is one of the noise uncertainties.
STFC-RAL-CR03 R61: We have so far.
STFC-RAL-CR03 R61: The other sheet being one…
STFC-RAL-CR03 R61: It's a bit larger because, again, the following project CBs, of course, they have less data, so they are really statistically nominated here.
STFC-RAL-CR03 R61: In case of CMS, the biggest uncertainty comes on the PEMs.
STFC-RAL-CR03 R61: Then, one of the biggest highlights was the observation of the cross-section enhancement at the threshold. So this is something which was first found by CMS and Cycled Atlas.
STFC-RAL-CR03 R61: So… Watch this.
STFC-RAL-CR03 R61: Effect kind of means directly is…
STFC-RAL-CR03 R61: that we should look at non-liner realistic QCD,
STFC-RAL-CR03 R61: Then you would predict, formation as threshold or quantifier.
STFC-RAL-CR03 R61: And this will give you a small peek, yeah, if you look at it.
STFC-RAL-CR03 R61: People need to cause sexual intersectionals and loss.
STFC-RAL-CR03 R61: So what in Atlas, what we have done… Of course.
STFC-RAL-CR03 R61: It is… we took our standard water parallel, which is the standard of QCD, which doesn't…
STFC-RAL-CR03 R61: include any of the non-high-based UCD states here.
STFC-RAL-CR03 R61: And then we have done a geometitoring of those restrictive effects, we are rewriting.
STFC-RAL-CR03 R61: And then we have lapped it on.
STFC-RAL-CR03 R61: Using the outside net.
STFC-RAL-CR03 R61: Who knows?
STFC-RAL-CR03 R61: So, we have done this nice formula where this is predicted. In the case of CMS, they did something a little bit more simpler. They used a simplified model. We just inject a new randomized process.
STFC-RAL-CR03 R61: And then doing this, he came up with a more fantastic observation of this special effect.
STFC-RAL-CR03 R61: Next slide.
STFC-RAL-CR03 R61: So…
STFC-RAL-CR03 R61: They started not from the 51 process, but they started from the Higgs
STFC-RAL-CR03 R61: And injected a resonance in there.
STFC-RAL-CR03 R61: And then you made a cross-section of this polybond state, which then you can reclass it to this number to this situation, and you would say it's… it's…
STFC-RAL-CR03 R61: 6.4.
STFC-RAL-CR03 R61: Nico Mars.
STFC-RAL-CR03 R61: So, this effect also this enhancement at the piggy bar special can be seen here, actually, in this ratio plot, where you take your data and subtract the background, you can see here the enhancement near 1, 2, 3, below.
STFC-RAL-CR03 R61: At last, we started with our TDR process, looked at both of the Ts, going through the B final stage.
STFC-RAL-CR03 R61: And… Then used our model of folks at the company, and then we, …
STFC-RAL-CR03 R61: We found in our case, and …
STFC-RAL-CR03 R61: It's clear now more work needs to be done on the series side to handle this enhancement a little bit more, when I say, Monte Carlos.
STFC-RAL-CR03 R61: And then also, we have to better establish the properties of this for the return.
STFC-RAL-CR03 R61: Well, this was definitely happening.
STFC-RAL-CR03 R61: Nice to see that we can see something.
STFC-RAL-CR03 R61: Which is also really a very, very narrow resonance, which is really very, very hard to say.
STFC-RAL-CR03 R61: How much data was in the Atlas, compared to the CMS?
STFC-RAL-CR03 R61: I think we also have, … this is fun, too.
STFC-RAL-CR03 R61: It's the same. So there's… or significance in the Atlas.
STFC-RAL-CR03 R61: Yeah, but be a bit careful with the significance, because there are different models which have been used. So at that point, it's Apple Pay a comparison, so I wouldn't, …
STFC-RAL-CR03 R61: Useless as an argument.
STFC-RAL-CR03 R61: But of course, it's clearly we have to do things between adjacent and more how much has to be how much.
STFC-RAL-CR03 R61: And apparently, you have to include a lot of mock color.
STFC-RAL-CR03 R61: service.
STFC-RAL-CR03 R61: And also, there are quite some talks about fair process, because now, of course, we have so much data at the NHC that we can also look
STFC-RAL-CR03 R61: at Cigna's… It's a very, very, very low concentrate.
STFC-RAL-CR03 R61: Obviously, machine learning gets more and more loose now.
STFC-RAL-CR03 R61: So, that's, I think, two results.
STFC-RAL-CR03 R61: Here, on the left side from CMS. So there they have looked at the process of having to use the T, as a youth set.
STFC-RAL-CR03 R61: One goal?
STFC-RAL-CR03 R61: So Yeah.
STFC-RAL-CR03 R61: This is the first observation. There's a significance of 5.8 sigma.
STFC-RAL-CR03 R61: On the right side, an example from Atlas, …
STFC-RAL-CR03 R61: We have observed the TT, gamma Gamma.
STFC-RAL-CR03 R61: anastasis, which comes with this more complex carbon diodes here, and as you have seen as a significantly.
STFC-RAL-CR03 R61: There are actually some other rare processes like this, which also now have been observed, but I don't want to…
STFC-RAL-CR03 R61: So, everything.
STFC-RAL-CR03 R61: Let's move on to… I don't know geophysics?
STFC-RAL-CR03 R61: So, here, I think the biggest highlight comes from LHCB.
STFC-RAL-CR03 R61: Then we have the false observation of GP violation being seen in the marion vacation.
STFC-RAL-CR03 R61: Compared to the major decays we have in humans.
STFC-RAL-CR03 R61: So… Imagine as a process like this.
STFC-RAL-CR03 R61: … You use lambda B to lambda C.
STFC-RAL-CR03 R61: I as well, and then you can look.
STFC-RAL-CR03 R61: Okay.
STFC-RAL-CR03 R61: And if you do this, you will see that,
STFC-RAL-CR03 R61: You see, the asymmetry is the significance of half and two sigma, which is a reference error.
STFC-RAL-CR03 R61: due to the interference between the trees and joint lifetime for those types.
STFC-RAL-CR03 R61: More, if you like, altitudinally violated the charm.
STFC-RAL-CR03 R61: So, this is actually something where the asymmetry is expected to be very near zero.
STFC-RAL-CR03 R61: You know, it is very small than standard water.
STFC-RAL-CR03 R61: So, now, actually, this is not only a new reserve for IHGB, but also from Is that true?
STFC-RAL-CR03 R61: Will both improvements have regular trade, and…
STFC-RAL-CR03 R61: Here you see in this block.
STFC-RAL-CR03 R61: the value for IFCV, and also the value for both L2.A, very small.
STFC-RAL-CR03 R61: Right now, for both of the experiments.
STFC-RAL-CR03 R61: And… Here you see also the LHCP average when you don't take
STFC-RAL-CR03 R61: the data from last year, but you also take all the other results we had from LHGB on this process before.
STFC-RAL-CR03 R61: Okay.
STFC-RAL-CR03 R61: Uncertainties have even smaller times, they get even smaller technologies, and you don't have
STFC-RAL-CR03 R61: Everything still, as you see, is compatible in this earmark.
STFC-RAL-CR03 R61: And our measurement is logistically dominated, which means we can improve on it in the future.
STFC-RAL-CR03 R61: Next element I wanted to show you is the new material results for the process that you measure the boundary ratio of mu goes to electron proton.
STFC-RAL-CR03 R61: So there are basically now… We have a new limit.
STFC-RAL-CR03 R61: Knowing that this continuation must be lower than 1.5 times 10 to the minus.
STFC-RAL-CR03 R61: Searching…
STFC-RAL-CR03 R61: No excess, as you can see it in here, which is compared to the old graphic results, you know, previously, it took a factor to control insensitivity.
STFC-RAL-CR03 R61: Also here, more will be coming in the future, because this is just based on the 21-22 data. More data was already collected in 23-24. It's still ongoing back in 26.
STFC-RAL-CR03 R61: And then they hope that they can push down the limits to lower than 6 times 10 to the minus 1K.
STFC-RAL-CR03 R61: This is just something I want to flash, because I found this was really pretty nice to see, really, the success of the LHC.
STFC-RAL-CR03 R61: In… on the topic of Hadron spectroscopy, where you have found several high-valid impacts, Cheers.
STFC-RAL-CR03 R61: as well, which are really very complex, and really the majority of all these new patterns we have found at the LHC come from LHCB. So, in total, since the start of the LHC up to now, we have now found 79 new patterns at the LHC.
STFC-RAL-CR03 R61: This number might be quite, quite impressive.
STFC-RAL-CR03 R61: And that really, I think, shows very nicely as well.
STFC-RAL-CR03 R61: the success of NHTB.
STFC-RAL-CR03 R61: Okay, so let's move on to a hitch.
STFC-RAL-CR03 R61: So…
STFC-RAL-CR03 R61: The first result I have is from CRS, which have now made up the hiccup into town clocks, which, of course, is very difficult to do.
STFC-RAL-CR03 R61: Getting to light something to get into light quarks or big quarks is relatively easy.
STFC-RAL-CR03 R61: the sea is muddling, even in the mass range in between those two extremes, and it's always very difficult to…
STFC-RAL-CR03 R61: isolated permanently.
STFC-RAL-CR03 R61: So this measurement so far has been done using,
STFC-RAL-CR03 R61: fixed production in association with the W over Z, but now CMS has also done this measurement using the TT bar fixed process.
STFC-RAL-CR03 R61: This is now… it's an increase in town, so here you can see the 95% completed epilemer.
STFC-RAL-CR03 R61: on the thickness frames at the hexagonity bar. So this is a normal number.
STFC-RAL-CR03 R61: … Do you have both on TG Higgs?
STFC-RAL-CR03 R61: So you can also combine these existing measurements for…
STFC-RAL-CR03 R61: the Higson association, there's a vector ozone, and this is a new command limit, and from this now, you can
STFC-RAL-CR03 R61: Look at what is the couplings and also sequence to the… to the legs.
STFC-RAL-CR03 R61: This is novel.
STFC-RAL-CR03 R61: Respected progress and sleeping.
STFC-RAL-CR03 R61: Which is the strongest host thing today.
STFC-RAL-CR03 R61: Also, here in the Higgs sector, we're building our standard model position, for example, yeah.
STFC-RAL-CR03 R61: With our data, again, now able to look also at very rare processes with very low cost, and here is, for example, some Atlas.
STFC-RAL-CR03 R61: In Atlas, actually, we have not only used the one-to data for this design, but also already the first part of the Ramsay data.
STFC-RAL-CR03 R61: And I think this new statistics, and…
STFC-RAL-CR03 R61: We are able to claim evidence for these processes, so here on the left side, you see that there's two removed.
STFC-RAL-CR03 R61: Yeah, the upper floors categorize the events as a function also.
STFC-RAL-CR03 R61: Wouldn't say that there's anything sticking out at 125 GeV, but you can…
STFC-RAL-CR03 R61: kind of vaguely, see, there might be something, if you look at the data minuscar.
STFC-RAL-CR03 R61: So, in our case, the significance of this process is 3.
STFC-RAL-CR03 R61: St. Mark's left.
STFC-RAL-CR03 R61: I would say something similar now for the Hicks for that gamma.
STFC-RAL-CR03 R61: Here, if you look at the upper plot, you'll see a small continuum background.
STFC-RAL-CR03 R61: This is not probably, again, better seen in the interior draft.
STFC-RAL-CR03 R61: But yeah, for this, the significance is…
STFC-RAL-CR03 R61: Is everybody less than on the left side, it's 315 sigma.
STFC-RAL-CR03 R61: But it's still very nice that we are about to step into this clearly very rare case of the exponent, too.
STFC-RAL-CR03 R61: Do I go a lot of attacks.
STFC-RAL-CR03 R61: some update also for the die-higs. This is, of course, as you know, this is what we want to use in order to measure the physical Higgs coupling. So this is an update, and the dyeks used to be the kamagama.
STFC-RAL-CR03 R61: Again, this one uses the first model summary data.
STFC-RAL-CR03 R61: And… no… It's just using this one by next channel, we are able to restrict coupal lambda, the coupling.
STFC-RAL-CR03 R61: The buildings are playing to lie between minus 157 and 6.6 at 95% confidence levels.
STFC-RAL-CR03 R61: And this is also…
STFC-RAL-CR03 R61: If you compare with our current results on the restrictions on Kappa, if you compare the CMS results here on the right side with the one on the left side, you see the…
STFC-RAL-CR03 R61: They are not so different than the combination of
STFC-RAL-CR03 R61: is not only this BB Gamma Gama channel, which monitoring news, but also the, in particular, BB Tau Tau, and for B finalistates, but other channels we have looked for other direct access, so…
STFC-RAL-CR03 R61: Yeah, pretty nice, no results.
STFC-RAL-CR03 R61: Margot on this?
STFC-RAL-CR03 R61: And then, I wanted to show you these results in the past.
STFC-RAL-CR03 R61: The European Strategy Update, In 2020, I was working at 300 IHiggs.
STFC-RAL-CR03 R61: I ain't there on the left one.
STFC-RAL-CR03 R61: We took the Atlas and CMS, and then I did extrapolations to see how well can we do at the Hilumi MHC.
STFC-RAL-CR03 R61: If we have 3 inverse atomic data.
STFC-RAL-CR03 R61: And you see, with the combination, at this time, it was of the order of 4 sigma, so we couldn't play with the upper bound of data discovery.
STFC-RAL-CR03 R61: Which is, of course, helping me, really.
STFC-RAL-CR03 R61: Need to get out of the highways.
STFC-RAL-CR03 R61: So, now, with the new projections, really.
STFC-RAL-CR03 R61: Of course, put in also the… the improvement.
STFC-RAL-CR03 R61: Particularly, again, for machine learning, into the business, for example.
STFC-RAL-CR03 R61: Everyone uses machine learning.
STFC-RAL-CR03 R61: for the retaking aside, but we, of course, also, you know, some more and more at NC.
STFC-RAL-CR03 R61: algorithms when we expect our backgrounds and can measure things much more precisely. So now, basically, the Pro Sigma already have become something probably less than 8 sigma, just in a couple of years, with better animal understanding.
STFC-RAL-CR03 R61: So that I found you is really pretty nice, nice to see.
STFC-RAL-CR03 R61: And, of course, it gives us confidence at the Halloween MHC are showing this.
STFC-RAL-CR03 R61: In your thought there, the Tau channel has improved the most. Was there any comment made on that? There wasn't a comment made on this.
STFC-RAL-CR03 R61: But I think it's also partially because machine learning is used for identifications, I suspect. Well, that's always been the case. I think, I think there's some new trigger ideas that are, one of the main parts of that.
STFC-RAL-CR03 R61: Yep, if you check, I think that's… that's… Let's people.
STFC-RAL-CR03 R61: I mean, machine learning's been there since 2001, in the text, because it's a pain. Because of machine learning has improved quite a bit over these years now, right?
STFC-RAL-CR03 R61: That's true, so this probably also uses this, GNPAW, GNNSS, yes.
STFC-RAL-CR03 R61: Yeah, that… that ends.
STFC-RAL-CR03 R61: And it triggers, and…
STFC-RAL-CR03 R61: That's the only thought I showed you for, …
STFC-RAL-CR03 R61: But that hasn't be able to see.
STFC-RAL-CR03 R61: Okay, so now let's move on to production model.
STFC-RAL-CR03 R61: I don't tell you anything about them.
STFC-RAL-CR03 R61: Susie, which is not so fancy anymore, and I've got people still looking for, but I didn't find that anything really sticking out.
STFC-RAL-CR03 R61: …
STFC-RAL-CR03 R61: I wanted to show you this. This was actually in the talk. I've given the panel in the draw, because I thought this analyzes really, very nice. People try to come up with a new… new way in medicine and saying, do you not process it. So this is about, resonancing electrical production.
STFC-RAL-CR03 R61: And again, this is not only using uncommon, also the first part of the M3 data.
STFC-RAL-CR03 R61: What people have looked at, as shown in the final diagrams here.
STFC-RAL-CR03 R61: In the initial state, at the interaction of a torque with electrons.
STFC-RAL-CR03 R61: Where the left one comes followed up.
STFC-RAL-CR03 R61: Wonderful PDF.
STFC-RAL-CR03 R61: And then you create your electric blocks, which then moves into electrons in the clock.
STFC-RAL-CR03 R61: Hospital.
STFC-RAL-CR03 R61: And this is also… I really like this, because this is something which we cannot do since wrong, because it requires that we have to understand pretty well the electron contains protons.
STFC-RAL-CR03 R61: We didn't know enough about the impact.
STFC-RAL-CR03 R61: So, no, we can do this.
STFC-RAL-CR03 R61: Again, we put exclusions. So this is, shown here in the play of the coupling of a downtime clock with electron as a function of selective hot mass.
STFC-RAL-CR03 R61: And you see, this is a lot of the limit now.
STFC-RAL-CR03 R61: everything below is excluded, and then you can also compare this to existing other results or methods from others. So, basically, then we only do everything up to here, and you see here now.
STFC-RAL-CR03 R61: We really access the new phase space of high coupling and high Mars, just because we used another process to create our electric ones, taking advantage of the photon PDFs.
STFC-RAL-CR03 R61: Here on the right side, it's basically the similar, but yeah, it's done for the coupling of what we call.
STFC-RAL-CR03 R61: So… This is…
STFC-RAL-CR03 R61: Actually, I found it pretty nice to see that, yeah, they were able to come up with new processes in order to…
STFC-RAL-CR03 R61: No, that's…
STFC-RAL-CR03 R61: We showed you on design and metallics. This is… it is fair that I think we don't know so much about this.
STFC-RAL-CR03 R61: And so, they have been… Looking at Victory, and looking at two photons.
STFC-RAL-CR03 R61: And… shape.
STFC-RAL-CR03 R61: So… I've done this, and this, these are the results, so this is the coupling.
STFC-RAL-CR03 R61: of your life as a function of the atmosphere, and here you see… What they can include?
STFC-RAL-CR03 R61: And you see that they are now quite a bit better than the BAMA results, really.
STFC-RAL-CR03 R61: I'm both identification.
STFC-RAL-CR03 R61: So, they've done pretty nice jobs on us.
STFC-RAL-CR03 R61: And I just found on this slide, I would also have put Okay.
STFC-RAL-CR03 R61: So, we have found a pretty nice job on Alex.
STFC-RAL-CR03 R61: And then I also have another little thing where… this is a lot that we can compare with plastic. We also have studied, how to see Muir process.
STFC-RAL-CR03 R61: And look, they're being played by letting us see.
STFC-RAL-CR03 R61: So, the limit, if they have opted in, as you haven't seen, it says, is…
STFC-RAL-CR03 R61: We can now see the voltage ratio of tau to 3 muons is lower than number 9 times 10 to the minus 8.
STFC-RAL-CR03 R61: And here you can see these are the other CMS in ours, … Effective Let's say 50% plus.
STFC-RAL-CR03 R61: So, pretty nice results from that group.
STFC-RAL-CR03 R61: Well, the results I have put in for the… for VIN is not here.
STFC-RAL-CR03 R61: There is… there's the X17, … Yeah.
STFC-RAL-CR03 R61: In 2016, since then, Adoni data showed, it's a processed excess angular E plus E minus angular distribution, which is consistent with the 17 MeV particle.
STFC-RAL-CR03 R61: And obviously, after this was found, there are many groups which have been looking at this anomaly, and now we have some red cells from MAC2 and from Catman.
STFC-RAL-CR03 R61: So, in the case of Maxwell.
STFC-RAL-CR03 R61: They couldn't find an excess, it couldn't confirm the same.
STFC-RAL-CR03 R61: seeing, that monkey. Here you can see, on the x-axis, you have the mouse. Here, on…
STFC-RAL-CR03 R61: In… in the head, compared to that convey the law of respect to us.
STFC-RAL-CR03 R61: I haven't really understood that. I said, probably, in the series as well. They give you the rates, depending on…
STFC-RAL-CR03 R61: So this keeps making certain that there's a small kind of energy declining center.
STFC-RAL-CR03 R61: This is, 17.6 and 18 of knowledge limits.
STFC-RAL-CR03 R61: But anyhow, so here you can see the autonomy, and you can see that, …
STFC-RAL-CR03 R61: I haven't seen anything in that area and had excluded yet.
STFC-RAL-CR03 R61: What they did is they took an E plus C minus beam and tried to produce this X7P directly.
STFC-RAL-CR03 R61: And in that case, it's the around 17 GV, a small excess, the amount of 2 sigma.
STFC-RAL-CR03 R61: So…
STFC-RAL-CR03 R61: We probably still need a little bit more time to see if this excess is growing, or if it's decreasing.
STFC-RAL-CR03 R61: So, no completed from scanning range yet.
STFC-RAL-CR03 R61: One of those on paper iron? Does it actually make all the presides, which is…
STFC-RAL-CR03 R61: probably a bit older, but I wasn't aware of it, but I actually was doing it. So I thought, I just show it, because if I don't know it, I suspect also don't know it.
STFC-RAL-CR03 R61: So, what they can do is, basically, in front of the detector, they can put a so-called
STFC-RAL-CR03 R61: smoke chamber, which is a system of emergency overlap with gas. So, in where you can pull the gases, and then you transform a collider experiment into fixed target experiment.
STFC-RAL-CR03 R61: And you can look at things like… PA, or, like, the equations?
STFC-RAL-CR03 R61: So I found, just thinking about doing this in your experiment quite interesting, and a nice way to look also at things you cannot look in normal positions.
STFC-RAL-CR03 R61: This is really a perfect way to study child harmonization, which is, of course, something NHCB can do well.
STFC-RAL-CR03 R61: So… I'll go ahead.
STFC-RAL-CR03 R61: I said, looking.
STFC-RAL-CR03 R61: And so they looked at the excite over these little nations in Portland and Lat Neon.
STFC-RAL-CR03 R61: Using the smoke chamber… And… and so basically, here you can see.
STFC-RAL-CR03 R61: The cross section is I over cross-section of the DC level.
STFC-RAL-CR03 R61: Depending on the alternate between the port on the… There's a matinee on the…
STFC-RAL-CR03 R61: not particles, or are that neon particles, so this is on the x-axis. Then you can basically measure this kind of
STFC-RAL-CR03 R61: Dependency.
STFC-RAL-CR03 R61: So, and if you look at it, Let's just clear in.
STFC-RAL-CR03 R61: you see that geneside is quite surprising at least to the DCML.
STFC-RAL-CR03 R61: And it's a continuous trend that, planning.
STFC-RAL-CR03 R61: Or they all have the situation mostly now.
STFC-RAL-CR03 R61: So, yeah, I wanted to show you because I didn't know that the tendency.
STFC-RAL-CR03 R61: Let's move on to the Linos.
STFC-RAL-CR03 R61: So there was quite a bit about pre-mixing, obviously, any components, and there are some other what you typically do when you have
STFC-RAL-CR03 R61: to write a whole… For the annual thing.
STFC-RAL-CR03 R61: In this matrix here.
STFC-RAL-CR03 R61: The measurement actually… it's a really nice synergy between different experiments, because depending on what you want to measure, you can use a 3D models.
STFC-RAL-CR03 R61: You can use the actual, or you can use, let's say, a home solar.
STFC-RAL-CR03 R61: And then this matrix, of course, as you know, converts between the play by the space to the mass IU space.
STFC-RAL-CR03 R61: So this is, again, just a nice edge. Someone has done, actually, from a previous component, or months earlier, which I found is pretty nice, so it comes here on the bottom.
STFC-RAL-CR03 R61: Yes, it's in 1998, the law.
STFC-RAL-CR03 R61: And here you can see the measurements of all the different
STFC-RAL-CR03 R61: Angers, or what do they must be for answers between?
STFC-RAL-CR03 R61: And you see how… The minimums have been poor for a time, and what are the uncertainties here.
STFC-RAL-CR03 R61: One highlight I found, is the joint analyzer between T2K and NOMA.
STFC-RAL-CR03 R61: And…
STFC-RAL-CR03 R61: That's pretty enough, because if you take E2K, you have a shorter baseline, but you have cleaner CP violation effects.
STFC-RAL-CR03 R61: case of Nova, you have a longer baseline, you have more meta effects, but you have more sensitivity to the mass of the link.
STFC-RAL-CR03 R61: So…
STFC-RAL-CR03 R61: Here on the supply side, I've just shown you two examples of what botamide can measure. Yankees are inverted.
STFC-RAL-CR03 R61: Hi, Lucky!
STFC-RAL-CR03 R61: You have sine squared to 3 on the y-axis, and delta CB.
STFC-RAL-CR03 R61: Well, I'm back.
STFC-RAL-CR03 R61: And you see that… In relativity to pay results, or in blue there.
STFC-RAL-CR03 R61: The new ones, and then you can combine it, and so on.
STFC-RAL-CR03 R61: The fish phase is…
STFC-RAL-CR03 R61: Where things are lying in this plane has become much, much smaller microwave with this combination.
STFC-RAL-CR03 R61: there's still some kind of small discrepancy between normal and keto K when it comes to
STFC-RAL-CR03 R61: There's one here for… I like this.
STFC-RAL-CR03 R61: If you look at the data CP measurement, I don't know what is on the X… on the y-axis now.
STFC-RAL-CR03 R61: But there are some discrepancies still in the two sigmas that have, …
STFC-RAL-CR03 R61: Which means a better safety measurements.
STFC-RAL-CR03 R61: More is to come of the affiliate product, the more data is over there.
STFC-RAL-CR03 R61: One example from PMC Net, because CNET I should also show you, because that's an experiment which is…
STFC-RAL-CR03 R61: partly situated in Sicily, one but also in Coulomb, which is not far from Marseille.
STFC-RAL-CR03 R61: And… bleh… This is, these standard experiments, where you have this long…
STFC-RAL-CR03 R61: strings going into the water, and then we will then look for neutrinos, and they have now
STFC-RAL-CR03 R61: detected the highest energy neutrino has ever measured, which you can see in this plot. So here, there's flux as a function of the neutrino energy, and so now they have a random here that they have measured a neutrino with a momentum of 220.
STFC-RAL-CR03 R61: I thought that'd come… Where this comes from, we don't really know yet.
STFC-RAL-CR03 R61: What do we say, galactic origin should be unlikely?
STFC-RAL-CR03 R61: It might be a blazer, I'm asking exactly what this is.
STFC-RAL-CR03 R61: And also, it might count on the cosmogenic function.
STFC-RAL-CR03 R61: It's not excluded, but certainly annoying.
STFC-RAL-CR03 R61: …
STFC-RAL-CR03 R61: Here's a few, is situated, I don't know, meters away from Atlas in the service chart. That's just a really…
STFC-RAL-CR03 R61: That's one experiment done on mission strength.
STFC-RAL-CR03 R61: But we can look pretty well at the McLeanel's health.
STFC-RAL-CR03 R61: And…
STFC-RAL-CR03 R61: looking at your neutrino energies, which can be done in phaser either during the emulsion chain, where we're just sitting in front of a standard detector, or also you use the standard phasal detector. You can look at the electron cell, and what is very nice is
STFC-RAL-CR03 R61: Most energies lie between what we can measure as accelerators, energy, and… What, … Yeah, astrophysica.
STFC-RAL-CR03 R61: What do you see here?
STFC-RAL-CR03 R61: Depending on what kind of neutrinos you are looking at, you have also overlap with the accelerated neutrinos, and maybe you can fill here the empty space slowly.
STFC-RAL-CR03 R61: And this is done by…
STFC-RAL-CR03 R61: Murder in the flux about it cross-section, which can be then interpreted as a cross-section.
STFC-RAL-CR03 R61: Pretty nice result here.
STFC-RAL-CR03 R61: One of the data on cosmology.
STFC-RAL-CR03 R61: So, this is… As you might know.
STFC-RAL-CR03 R61: We have this.
STFC-RAL-CR03 R61: meta-COD, which is, for them, like, for us, the standard model, which is a remarkable 6 kilometer model, describing certainly about 8 billion years of cosmic evolution.
STFC-RAL-CR03 R61: On the inflation over there.
STFC-RAL-CR03 R61: Got my microwave back home.
STFC-RAL-CR03 R61: One isotherapy is large, thin structure.
STFC-RAL-CR03 R61: formations like, Jupiter along the way, and today's energy density.
STFC-RAL-CR03 R61: So, if Andrea Simon did achieve this without a clue about the nature of dark matter or dark energy.
STFC-RAL-CR03 R61: And even the mechanisms from inflation.
STFC-RAL-CR03 R61: Because it's human, cosmological energy lambda? It's an energy dynamics, which is consistent in space and time.
STFC-RAL-CR03 R61: Put your life cheaper than so far?
STFC-RAL-CR03 R61: But now there are some times that we are big, and now that we see some abbreviations from this man.
STFC-RAL-CR03 R61: simplistic model, and the person makes this kind of energy, it's kind of weak, and then go outside.
STFC-RAL-CR03 R61: So, these are designs which come from the dark energies microscopic instrument, so we are… we are looking at something called Baryon-Coations.
STFC-RAL-CR03 R61: So, they have looked at, 14, manual light shifts?
STFC-RAL-CR03 R61: And then also they look at the uneasert beast from the cosmic microwave background, and combined from there, and they also combined those lights with some lights from the supernovas.
STFC-RAL-CR03 R61: I'm in…
STFC-RAL-CR03 R61: If you're doing your typical energy, you can use this very simplistic linear formula for testing, and this is what you see in this slot. So this is WA here on the y-axis, and WZMR on the x-axis.
STFC-RAL-CR03 R61: You see that it seems, if you look at the data.
STFC-RAL-CR03 R61: There's a kind of nice harmony to make friends.
STFC-RAL-CR03 R61: Taking into account, the data from the Defana and the supernovaways.
STFC-RAL-CR03 R61: So that is where we stand right now, so it seems that they are looking further to this, but in the world probably need to evolve what happened.
STFC-RAL-CR03 R61: And of course, there's also more data to come for that.
STFC-RAL-CR03 R61: Would you see it?
STFC-RAL-CR03 R61: So, as yes, you know, they are looking for nuclear conditions, and then see if you can see any hint of a dark matter particle having plastered an electron.
STFC-RAL-CR03 R61: And we use a 7 architectural field set on TPC to do this, and these are the results based on the 4.200 years of exposure. So there's more to come on this.
STFC-RAL-CR03 R61: Not here, if you look.
STFC-RAL-CR03 R61: Ed.
STFC-RAL-CR03 R61: the Viv Nucleum…
STFC-RAL-CR03 R61: cross-section which is independent as a function of the wind mass, you end up with a new component, which is shown here in the blank.
STFC-RAL-CR03 R61: And this, now you can also compare this, …
STFC-RAL-CR03 R61: Purple line, which is, there is, from 253 with less data.
STFC-RAL-CR03 R61: And you can see it also?
STFC-RAL-CR03 R61: So now they have daily, …
STFC-RAL-CR03 R61: important to significantly, the region.
STFC-RAL-CR03 R61: Excluded more in the industry space.
STFC-RAL-CR03 R61: Okay, just brings me to land on my talk. Okay, just share some nice pictures for you to write down.
STFC-RAL-CR03 R61: Confidentic about it.
STFC-RAL-CR03 R61: On the second day of the conference, there was unfortunately a wildfire, not part of the way for our sake, and this is what you could see just from the cultural side.
STFC-RAL-CR03 R61: And of course, the nearby, people put all the good feeling, we got a bathing towel and some souvenir from UPS.
STFC-RAL-CR03 R61: Yeah, it's a mental blue.
STFC-RAL-CR03 R61: No. Water next to you.
STFC-RAL-CR03 R61: This is a landmark, actually, of Mercedes, because I was postdoc there, and the first thing you see from afar is Notre Dame.
STFC-RAL-CR03 R61: Which I don't see too well, because it's also being elevated now, so visibility on the other side are obviously abroad.
STFC-RAL-CR03 R61: I couldn't resist also going after the conference.
STFC-RAL-CR03 R61: Well, I hate when you just walk along the…
STFC-RAL-CR03 R61: those orcs on top and enjoy the lives.
STFC-RAL-CR03 R61: And after that, also, I went on holidays. And I would go… Great, thank you.
STFC-RAL-CR03 R61: Questions in the room?
STFC-RAL-CR03 R61: Yet.
STFC-RAL-CR03 R61: I did have one… can you go back to page 35?
STFC-RAL-CR03 R61: Which is the high-energy neutrino.
STFC-RAL-CR03 R61: Yeah, okay, so… The two numbers, …
STFC-RAL-CR03 R61: the momentum for the muon and the neutrino down there. They have huge errors on them.
STFC-RAL-CR03 R61: I mean, how's… how's that?
STFC-RAL-CR03 R61: How are they claiming and measured with areas like that?
STFC-RAL-CR03 R61: I guess I'm used to this kind of echo class. Because, of course, it's a fun event.
STFC-RAL-CR03 R61: Right?
STFC-RAL-CR03 R61: Yeah, but the… Yeah, but still, I mean, if you're trying to…
STFC-RAL-CR03 R61: I mean, the bottom number says neutrino energy, and that number is a lot different from zero.
STFC-RAL-CR03 R61: Okay.
STFC-RAL-CR03 R61: Yeah, I think this is difficult to… They didn't comment on it. They didn't comment on it, that's a good part of it.
STFC-RAL-CR03 R61: But I think it's just that, with one event, and also the position, because the direction and so on, that position is not very good.
STFC-RAL-CR03 R61: No questions?
STFC-RAL-CR03 R61: I can make a comment on the LSB smoke.
STFC-RAL-CR03 R61: And that is in Plan 3 and round 4, we're able to take data
STFC-RAL-CR03 R61: With Smog running all the time, so none run tool.
STFC-RAL-CR03 R61: If you were to inject smoke, you wouldn't be able to know whether you had a photon-proton collision or a photon gas collision.
STFC-RAL-CR03 R61: But now the injection happens about half a meter upstream from the low.
STFC-RAL-CR03 R61: So, when you construct the trucks, you know if it's a gas collision or a protocol collision.
STFC-RAL-CR03 R61: So we now use heavy to, you know, we're using it all the time.
STFC-RAL-CR03 R61: It's welcome to a lot of data.
STFC-RAL-CR03 R61: You can just run it in parallel that.
STFC-RAL-CR03 R61: And then you distinguish it.
STFC-RAL-CR03 R61: Problem, perfect position.
STFC-RAL-CR03 R61: Let's see.
STFC-RAL-CR03 R61: Yes, one question then. On page 172, Do you think you
STFC-RAL-CR03 R61: Huge number of, you know, giant plots of… discovered states.
STFC-RAL-CR03 R61: Yeah. So, … Was there some discussion about, okay, all these observations being made? What… what's…
STFC-RAL-CR03 R61: The takeaway message? What's… what's fundamentally burnt?
STFC-RAL-CR03 R61: All these… observation of all these new… States?
STFC-RAL-CR03 R61: No, there was no comment, it was just that it's an oxidative, it's a new particle, and we didn't… haven't seen before.
STFC-RAL-CR03 R61: But I don't think that anything Fundamental to less.
STFC-RAL-CR03 R61: But that illness can co-eviate that one.
STFC-RAL-CR03 R61: But I didn't… at least I didn't go after anything today, it's just a… Nice monumental rule.
STFC-RAL-CR03 R61: confirming what we have seen with other men on stage in the past.
STFC-RAL-CR03 R61: No, we can get more complex.
STFC-RAL-CR03 R61: Finally.
STFC-RAL-CR03 R61: Finally!
STFC-RAL-CR03 R61: States, which, shit.
STFC-RAL-CR03 R61: Which, of course, will be between me in no time.
STFC-RAL-CR03 R61: Okay, I don't see any questions on the Zoom. If there are no other questions in the room, then that stands to you guys.
STFC-RAL-CR03 R61: And we'll be heading for lunch. Hello, Johnny? Yeah, I'm Johnny. We'll call you in 10 minutes.
STFC-RAL-CR03 R61: Thank you.