short report on physics and analysis
TRANSCRIPT
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