Prospects of the theory and of the experiment expected around 2020-22 - 2022 no new HE machine yet but, besides LHC, many new informations ...
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Prospects of the theory and of the
experiment expected around 2020-22
2022 no new HE machine yet
but, besides LHC, many new informations
expected in various fields
in 2022, HL LHC?
see Erice document
?
particle physics born with cosmics
big unknowns spotted there
Dark Matter Dark Energy
intellectual constructions
flat universe, concordance model
Grand Unification? MOND/TeVeS?
something like inflation? Pioneer anomaly gone? 1204.2507
atomic clocks enter the game
Loop Quantum Gravity? Effect of inhomogeneities?
SS and their landscape? astrophysical limits on new particles
call for SUSY Fermi line? Planck haze?
revolution or
anthropic reasoning? sharpening of best info on Σmnu expect σ(Σmnu)
2014?
HUBBLE JWST
model
1990
The VLT (Atacama) PLANCK
E-ELT
2020?
1998
w(a) = wp + (ap−a) wa
GAIA EUCLID
2013
2018?
10000 TV antennas
LSST
2016?
Big Boss but see
1302.0740
2011 ALMA
1990
LOFAR
under way
PAST Xinjiang
10000 TV antennas
1998
FAST Guizhou 10000 TV antennas
SKA South Africa
model 2020 Australia
EE
STP
QUIET
BB
keywords: B polarization (part with a curl), non-gaussianities…
ground experiments are in the game…
GRAVITATIONAL WAVES A NEW MESSENGER?
eLISA / NGO 2020?
LISA Pathfinder 2015
Einstein telescope?
atomic interferometers (ground, space),
pulsars timing arrays (EPTA)
Advanced VIRGO, LIGO
L.Rolland
CEA 3/1/2011
upgrade of an upgrade... Le futur du LHC La Thuile 1987
HE, VHE: much R&D HL-LHC L.Rossi CLIC Workshop
From Laurette Ponce, Council Jamboree
The boson
Did we miss one at LEP?
189−91=98
cf 206−91=115 222−91=131
Double peak?
Too broad?
2.3 to 2.7 σ compatibility
Branching ratios?
(from Council
presentation)Spin, parity? Other modes? Heavy partner?
Z gamma
4th generation?
LEP220
“la nostalgie n’est plus
ce qu’elle était”“What’s the hell could it be” 126
Lightest SUSY boson? MSSM? CMSSM?
NMSSM?1212.52433 1211.169 1209.5984
1207.1545 1203.3446 1203.5048
see later
M.Carena et al 1994
Pseudo Goldstone Boson? 1208.3748
Little Higgs? 1212.5930 1301.0090
Composite? 1211.5085
1211.5085 1202.1286
composite fermions, flavor structure?
top partners in interesting range?
Technicolor? SI conformal sector
1212.0015 1210.6756 1206.4324
Higgs imposter? 1210.5462 dilaton? 1207.1093
ruled out? Emidio
Warped ED RS radion? 1202.5017 1112.4146
all these models need something else
what about the SM boson?
one has still the problem of Dark Matter
Higgs portal to the dark world? 1301.4224
Emergence of the EW scale through the Higgs Portalif SM Higgs,
puzzling
mass
λ must not turnextrapolation Higgs self-coupling
30%?
ATLAS
hµµ
3000 /fb
K.Monig
CLIC Workshop A.Blondel
M.Peskin G.VossSUSY
Which SUSY?
Resonaances
Can SUSY ever die? Welwitschia
Mirabilis
2000 years?
"Reports of my death are greatly exaggerated." Mark Twain1205.3100 pMSSM
MS… provided the LSP
is not too heavy,
say < 300-400 GeV
most information strong limits on gluino
on coloured objects and squarks 1,2
Nazila
tgβ=50
A0=0 charged LSP
privateOther searches
extra dimensions dibosons Higgs as background…
How to go on? a minimum of a priori…
systematic exploration of all topologies :
n Jets + m leptons + (MET) for which
the SM background is under control
magnificent theoretical work already achieved, but it has to go on
M.ManganoDark Matter
neutron rate
ICARUS
CoGenT
1006.5255
DARWIN 2017
DARWIN
ICECUBE ANDES JINPING?
South hemisphere 10 µ /m2/yrFERMI
GAMMA400
2018
CTA
?neutrinos
next
DAYA Bay
ICHEP
DoubleChooz0νββ long baseline(s)
the long road to CP in neutrino sector, see backup
Lund ESS will have 4-5 MW of 2.5 GeV protons
North Area
proposal
Icarus + Nessie
many others, see backup how to look for them?steriles at LHC?
lifetime
O(100) per yearrare decays
precise measurements
explorationsNA62
MEG PSI
to go beyond 10−13
need 109µ/s
improved detector
M.Lancaster resolutions
PRISMNew interest: EDM and g−2 of electron?
coordinated
search for
the axion?
1110.2180
1101.2691backup
The boson
most publicized, unfortunately less mediatic than the speed of neutrinos
hard to explain to the public, good for medals
many scenarios considered for the boson
inspire
still incomplete information t125 t126
2010 0 0
pre-Moriond meeting
2011 9 3
what will be settled by the 7-8 TeV data? 2012 114 13
the SM gives the “how”, SUSY gives the “why”
Murayama1km, 1 GeV Cern, NA?
G.Voss
384 SC 7.5 MV/m
Ebeam = 114 GeV
reach 228−91=137 GeV
K.HubnerWhich symmetry group? SU(5)? Larger group as SO(10) accommodates heavy
Proton decay: lifetime > 1034 years RH neutrinos. Can explain small neutrino mass
Need a megaton detector to reach 1035 Can offer leptogenesis, inducing baryogenesis
Possible scenario, but shall we ever prove it?
math/0105155
SuperK
20kt
Inflation? brief period of exponential expansion
solves several mysteries: spatial flatness, homogeneity of CMB
compatible with data
what is the actual process? Many variants, e.g. eternal inflation
agent of inflation? Could the Higgs field be sufficient?
probability of initial conditions satisfying WMAP results?
a “beginning” or not? pre-Big Bang scenario or Bouncing
Universe as in Loop Quantum Cosmology or ekpyrotic scenario
Further studies of the CMB will hopefully bring more infoGravity of antimatter
AEGISCERN-ATS-NOTE-2012-062 TECH
Blondel Zimmermann
then LEP220CLICHE luminosity
spectrum
1208.28272.2µs, be fast…
virtues
MAP
2002
200−4 compact
background, most out of time
cooling
MuCool,
MICE
OK★
Sapphire
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