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No,

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go ahead. Thank you, apologies for this

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small

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problem. So, I'm going to give a different
perspective as far as the Dark Sector

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Sciences is concerned with at. So, the
long list of articles perspective, so, as

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you know, there are several proposed
experiments in this respect and this is a

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brief overview of these experiments. So,
in So, the lifetime from theory is what

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these experiments are trying to explore.
So, as you know of the Atlas your mess and

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led to be are mostly searching for short
lived particles strongly coupled

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there and although there is a large

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effort in

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in our cover also part of the parameter
space left for the longest time particles.

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There's many aspects that have to be
covered. I mean, that was a particle

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lifetimes and PSM says, based on a theory
span a very wide range of the, as we saw

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in previous talks, they may have very low
masses, and they involve the divers final

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state. So it's necessary to have these
dedicated experiments for wrong lift

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particles. So I don't have to add match to
the dark matter models. There are

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excellent talks before me in the session.
So just to stress here that of the hidden

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sector is precisely a sector where lonely
particles exist due to the feebly weakly

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interacting

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sectors and particles that exist. So the
new particles are interacting with

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standard model very weakly So this is the
outline of my talk two parts. The first

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longer part is going to be dedicated to
lonely neutral particles that are produced

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in proton collisions. And they decay
before reaching the detector or in the

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detector, and they produce trucks, the
trucks, they're what is important from the

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point of view of detectors that are there
several detectors with different angles

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with respect to the beam axis, volume
sizes different diesel from a interaction

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point is different, etc, the presence of a
magnetic field or not. So they can cover

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various aspects of these of these case
studies that we've talked about, which are

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Dark Sector, having three nodes, actual
light particles, and I will also just give

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them a glimpse of our parliament. Anything
supersymmetry these are the experiments

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have the two experiments that they will
discuss, but there let's remember that

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there are other non elite see proposed or
running experiments and that also

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targeting such scenarios. Another part of
the talk is dedicated to mil charged

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particles particles that have a fraction
charged with respect to the electron. And

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I will just highlight two experiments
there, Millikan and metal. So, in the long

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live neutral particles universe, here is
an overview of the early two dedicated

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sets. Experiments so in the CMS direction
or not social American are going to get

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collisions from point five in point A to Z
LHB is Served with metal and Codex B and

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discover phaser Novus are going to be near
Atlas. I know this is a recent proposal

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that is expected to be is planned to, to
be installed in one of the shafts of

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Atlas. And Alex is going to occupy the L
three magnet using probably the Alice TPC.

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I'm going to a few details on this
experiment. So map is the metal apparatus

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for penetrating particles. So this is an
extension extension of the already

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installed and running metal experiment.
It's a is made of two parts the longest

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particle and the knee charged particles.
So then normally if particle is a box

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within a box with a simulator strips as
you can see, it is located and around 55

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meters away from the actual border around
a demand of around five degrees with

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respect to the axis. And we expect to have
around already in round three, it's worth

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to say that math three is an expression of
math one, which is going to buy the whole

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deal to see one gallery. Jim before will
give later this day, some more with more

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details on that phaser is already
approved, is going to be around 500 meters

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from the Atlas inflection point is the
most forward of this experiment that is

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going to start running

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after the long shutdown.

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What this was saying here is that phaser
two is the most sensitive part phase of

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this activity. That is going to run for
the Haman our city LLC. And that will have

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will feature a larger volume with a radius
of one meter as opposed to the 10

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centimeter cylinder that is expected for
this for the run three phase of this

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experiment. Again more details in later in
the upgrades and future session in the doc

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bytes and codecs B. So this is a reliving
of the forward proposals. Let's say we go

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to the transfers region. So, it's going to
be made of six RPC layers at four

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centimeter intervals. He has already
planning to have a Codex beta demonstrator

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smaller party To prove the concept of the
experiment and also to measure backgrounds

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that are left from the activity sheet that
is also going to be installed and

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methodical. So the first law is the only
of this experiments that is going to be

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installed on the surface. So it has no
limitations in terms of volume. It is by

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far the largest 100,400 square meters with
a height of 25 meters. Again, a very nice

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demonstration demonstrator that has been
installed has run data and the results

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have already been published in this link
here. And you are invited to check

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editorials poster on this experiment. So
let's go to there. So I don't have to add

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more more to the hidden sector there were
excellent dogs before me. And just to

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remind you that they will give some
results from dark photos peaks and a

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tunnels and also actual like articles. So,
the minimum dark photon model, so, this up

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here you can see an overview of this, of
the expectations from these experiments in

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the photon, dark photon mass versus versus
mixing up that mixing parameter as you can

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see, among the VC experiments and latos
law has the lower that is their

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longer lifetime

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reads why phasor do is going to give to
have access to other To do heavier

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particles, again with the dark Higgs. So,
it was mentioned. So, I give these two

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plots to show how phaser to the high
luminosity extension, and the map is going

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to perform when compared with Codex B.
Methuselah and other experiments. So here

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again you see that latos law is going to
have better sensitivity in larger

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lifetimes, but it's by their mind that
this is going to run afterwards, while the

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phaser and not one are going to be able to
run are already around three having you

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through leptons. So these are two plots on
the mixing between the heavy neutrino and

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and the Dow neutrino and its mass and here
is for the first two bars. durations. So,

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you can see also that Alex before latos
law can give some good sensitivity in

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these companies will just show here also
another having a dream scenario or map can

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cannot really cover uncovered parameter in
having you reluctance, but map to with a

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high luminosity extension can indeed cover
in the VSA region some parts of the

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parameter space

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will just last this

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the A's and B's

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and just to mention the concrete models
they are party relating supersymmetry,

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where there are already some studies done
for this experiments. So, you can see that

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also beyond can that Dark Matter sector
there is some sensitivity important in our

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body regulating that scenario. And this
brings me to the second part of my talk,

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which is the media talks particles. So,
there are two proposals here the Millican

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which is expected to be installed the 17
meters away from the CMS interaction

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point. There is already a Millikan
demonstrator that has done has produced

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some results I will show that later. And
as the mapping can be detected, which is

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going to be installed at the core of the
center of the map LLP detector that I

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mentioned previously. So, prototype of
this has already been installed in 2017.

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And the data is being analyzed so far. And
these are some results for military

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particles show this One dark photon
scenario with garbage the massive dark

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fermion really charged sighs So, all these
trillion and lower mass particles

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production is being consumed consider as
you can see that already the Millican

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demonstrator has covered some part of the
parameters phases here are the

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expectations from a medical on top and map
and to be below in this context. So, while

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there is a value added from these
experiments as well in the scope

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and just

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having a trainer with large EDM, so, dark
photon scenarios are not the only ones

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that have

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that may have sensitivity

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may give sensitivity for this formulation
And mapping to be the anomalously large

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EDM of having neutrinos can also be

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used,

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for instance, as shown in this plot for
map entropy to cover part of the parameter

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space. So, this is another case and this
brings me to my summary. So there is an

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ever increasing interest in longest
particle searches and you're invited to

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visit this. This links here. There are new
ideas for this complimentary to the large

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experiments, proposals. They're in various

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construction preparation phases,

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and they are already some demonstrators
that have run. I have proven the concept

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of these proposals and they give a
different perspective. Long glider or loud

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lifetime or the Dark Sector

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in the early two, round three and beyond.
Thank you.

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Thank you very much lightning a huge
number of different proposals and

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happening experiments. Very, very useful.
We can take questions now. If anyone has

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something

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this is maybe a little unfair if

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you were explicitly alleged.

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But I found your summary of these these
proposals here useful and I track of the

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status of shit on there. Do you know

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the ship? Yeah, you're breaking up the
ship. Yes.

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Well, I I couldn't cover also this but
there is a significant progress there

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actually was a very interesting talk on
the SMD detector, which is actually a

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neutrino detector for from this ship. So
this was presented this week in the LLC

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LLP

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workshop So, so you can have a look there.

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We'll do Thanks a lot. Yes, it's been too
bad for the same weekend.

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Well, on the other side of that gate,
these results are very fresh. Let's see

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if there were any more questions For a
facility Go ahead, but we also actually

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have a little extra time now. And if you
have questions for any lists or discussion

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points to bring up while we have the
experts in the room, then please feel

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free. And just in case you can have around
30 attendee lines, so it's reasonable

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number to have a little discussion if any
points you'd like to bring up.

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Okay, then it seems as though everyone is
satisfied, in which case maybe we should

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close the session and you have a slightly
extended coffee break. The next VSM

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session is joint with PSM one and we'll
start at 215 European Time So hopefully

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see a lot of you there. And thanks again
for connecting today and thanks to all of

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our speakers for