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Short report on physics and analysis
Mikael Berggren1
1DESY
FLC group meeting, March 5, 2012
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 1 / 7
Physics, analysis and detector optimisation
Reminder:The group attempts to answer:
What machine do we need ?What detector do we need ?What tools do we need ?
We are not alone !
Collaborates with our colleagues around the world fromILD - analysis and detectorSiD - analysisMachineTheoryIT
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 2 / 7
Physics, analysis and detector optimisation
Reminder:The group attempts to answer:
What machine do we need ?What detector do we need ?What tools do we need ?
We are not alone !
Collaborates with our colleagues around the world fromILD - analysis and detectorSiD - analysisMachineTheoryIT
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 2 / 7
Physics, analysis and detector optimisation
Reminder:The group attempts to answer:
What machine do we need ?What detector do we need ?What tools do we need ?
We are not alone !
Collaborates with our colleagues around the world fromILD - analysis and detectorSiD - analysisMachineTheoryIT
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 2 / 7
Physics, analysis and detector optimisation
Reminder:The group attempts to answer:
What machine do we need ?What detector do we need ?What tools do we need ?
We are not alone !
Collaborates with our colleagues around the world fromILD - analysis and detectorSiD - analysisMachineTheoryIT
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 2 / 7
Physics, analysis and detector optimisation
Reminder:The group attempts to answer:
What machine do we need ?What detector do we need ?What tools do we need ?
We are not alone !
Collaborates with our colleagues around the world fromILD - analysis and detectorSiD - analysisMachineTheoryIT
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 2 / 7
On-going analyses
Bi-linear R-Parity violating SUSY (Benedikt V.)Polarisation measurements at 1 TeV (Aura R.)SUSY point 5 (M. Chera)Model independent WIMP search (Christoph B.)Selectrons in SPSa1’/TDR1 (Stefano C.)New SUSY points (Jenny L. and theorists)Fittino and TDR1 (Annika V.)SGV fast simulation and TDR1 in general (M.B.)Bench-make event generation (M.B. and Tony H.)
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 3 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
Status of 1 TeV Benchmarks
The DESY physics & analysis group should:Produce the beam-beam background generation
Both as input to the beam-spectrum calculationand the actual pairs.Tony H.Done.
Produce the signal and background for the WW bench-markSignal = almost all 4-fermion final-states.Background = the rest of the 4-fermions and most 2-fermions.M.B.Status: 36 of 40 4-fermion sub-samples done (4 to be redone)2-fermions running, after a fix to Whizard.
Analyse the WW bench-mark.Aura R.Set-up, testing done (with help from Ivan M.).Waiting for the samples.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 4 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark
Our previous work-horse scenario SPS1a’ is excluded by LHC...But not because of anything relevant for the ILC:
Limit on gluino and first two generation squarks.No limit on other bosinos, sleptons or third generation squarks...... but that’s the guys low energy data and cosmology imposesconstraints on !
So: Find a new bench-mark with the same ILC spectrum, butheavier LHC spectrumFringe benefit: SUSY flavour problem “solved”
TDR1Bosino- and slepton-sector very similar to SPS1a’.Gluino and 1:st and 2:nd generation squarks beyond LHC @ 8TeV (but not @ 14 TeV)11 parameters. In between CMSSM(5) and pMSSM(19).
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 5 / 7
SUSY benchmark: SPS1a’ and TDR1
0
200
400
600
800
1000
1200
1400
1600
Mass/GeV
h0
H0A0
H±
g̃q̃Lq̃R
t̃1b̃1
ℓ̃L
ν̃Lℓ̃R
τ̃1ν̃τ
τ̃2
χ̃01
χ̃02
χ̃03
χ̃±1
χ̃04
χ̃±2
b̃2
t̃2
Note the scale !Annika V. is looking into this with Fittino.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 6 / 7
Conclusions
Conclusions
A large number of analyses going on.One of which is a DBD bench-mark.A new, difficult SUSY bench-mark is being studied: TDR1.The DESY commitment to DBD bench-mark event generation isalmost completed.
Mikael Berggren (DESY) Short report on physics and analysis FLC group meeting 7 / 7
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