ift - User contributions [en]

DamaraResults

2011-06-27T12:21:19Z

Jli051:

== Outreach ==
* ''Verdens største mikroskop – om ATLAS-eksperimentet på CERN'', [https://fft.uib.no/2011/02/28/program-for-nfk-2011/ Norske fysikkstudenters konferanse 2011] (13. mars 2011), Trygve Buanes
* ''Masterprogrammer i partikkelfysikk'', [http://www.uib.no/ift/seminar/2011/03/fellesseminar-masterstudier-i-fysikk Fellesseminar/infomøte] (18.mars 2011), Trygve Buanes

== Presentations ==
=== Conferences ===
* ''Unified Dark Sector'', [https://wikihost.uib.no/ift/images/7/76/UDMOverview2.pdf Fysikermøtet 2011] (22. juni 2011), Jan Lindroos
=== Seminars etc ===
=== Working group meetings etc ===
* ''Signal optimisation studies'', [https://indico.cern.ch/conferenceTimeTable.py?confId=132275#20110414.detailed Rare b decays workshop] (14. april 2011), Trygve Buanes
* ''Separation of ttbar and SUSY with kinematic fitting'', [https://indico.cern.ch/conferenceDisplay.py?confId=142345 Informal SUSY with taus] (8. juni 2011), Trygve Buanes
* ''Update on KLFitter'', [https://indico.cern.ch/conferenceDisplay.py?confId=143208 Informal SUSY with taus] (15. juni 2011), Trygve Buanes

== Publications ==
=== Journals ===
=== Conference proceedings ===
=== Internal notes ===

== Theses ==
=== Master ===
=== PhD ===

File:UDMOverview2.pdf

2011-06-27T12:19:38Z

Jli051: Talk given at Fysikermøtet 2011, University of Oslo

Talk given at Fysikermøtet 2011, University of Oslo

Info about D3PD analysis variables

2011-03-14T10:52:29Z

Jli051:

Please feel free to add more variables and what they contain.

== Analysis variables ==

'''Meta-data'''

int RunNumber;

'''Trigger'''

float trig_EF_met_MEx;

float trig_EF_met_MEy;

int trig_L2_jet_n;

std::vector<float>* trig_L2_jet_pt;

bool L1_J55; ''Level 1 Jet trigger (jet energy>55 GeV ?)

'''Jet'''

int jet_n; ''Number of jets in event (extra conditions?)''

std::vector<float>* jet_eta;

std::vector<float>* jet_phi;

std::vector<float>* jet_m;

std::vector<float>* jet_flavor_weight_SV0;

std::vector<float>* jet_pt; ''Transverse momentum of jets in MeV''

std::vector<float>* jet_emscale_pt;

std::vector<float>* jet_n90; ''minimum number of cells containing at least 90% of the jet energy''

std::vector<float>* jet_timing;

std::vector<float>* jet_quality;

std::vector<float>* jet_emfrac; ''Energy fraction that is due to electrons and photons''

std::vector<float>* jet_hecf; ''Energy fraction deposited in hadronic endcap calorimeter (HEC)

std::vector<float>* jet_EMJES;

std::vector<float>* jet_jvtxf;

std::vector<float>* jet_fmax;

'''Vertex'''

std::vector<int>* vx_nTracks;

'''Missing transverse energy'''

float MET_Final_et; '' Total amount of missing E_T in MeV ''

float MET_Final_etx;

float MET_Final_ety;

float MET_Final_phi;

float MET_Final_sumet;

float MET_LocHadTopo_etx;

float MET_MuonBoy_etx;

float MET_LocHadTopo_ety;

float MET_MuonBoy_ety;

'''Electron'''

int el_n; '' Number of electrons in event''

std::vector<int>* el_author;

std::vector<float>* el_pt; ''Transverse momentum of electrons in MeV''

std::vector<float>* el_eta;

std::vector<float>* el_phi;

std::vector<float>* el_cl_eta;

std::vector<float>* el_cl_phi;

std::vector<int>* el_goodOQ;

'''Muon'''

int mu_staco_n;

std::vector<float>* mu_staco_matchchi2;

std::vector<float>* mu_staco_isCombinedMuon;

std::vector<float>* mu_staco_pt;

std::vector<float>* mu_staco_eta;

std::vector<float>* mu_staco_phi;

std::vector<float>* mu_staco_ptcone20;

std::vector<float>* mu_staco_me_qoverp_exPV;

std::vector<float>* mu_staco_me_theta_exPV;

std::vector<float>* mu_staco_id_qoverp_exPV;

std::vector<float>* mu_staco_id_theta_exPV;

'''Tau'''

int tau_n; '' Number of taus ''

std::vector<float>* tau_Et; ''Transverse energy of taus in MeV''

std::vector<float>* tau_eta;

std::vector<float>* tau_phi;

std::vector<float>* tau_m;

std::vector<int>* tau_nLooseTrk;

std::vector<int>* tau_nProng;

std::vector<int>* tau_numTrack;

std::vector<float>* tau_secvtx_chiSquared;

std::vector<float>* tau_secvtx_numberDoF;

std::vector<float>* tau_secvtx_x;

std::vector<float>* tau_secvtx_y;

std::vector<float>* tau_secvtx_z;

std::vector<int>* tau_BDTEleScore;

std::vector<float>* tau_BDTJetScore;

std::vector<float>* tau_electronVetoTight;

std::vector<float>* tau_muonVeto;

std::vector<float>* tau_charge;

std::vector<float>* tau_seedCalo_etEMCalib;

std::vector<float>* tau_seedCalo_etHadCalib;

Info about D3PD analysis variables

2011-03-14T10:50:15Z

Jli051:

Please feel free to add more variables and what they contain.

== Analysis variables ==

'''Meta-data'''

int RunNumber;

'''Trigger'''

float trig_EF_met_MEx;

float trig_EF_met_MEy;

int trig_L2_jet_n;

std::vector<float>* trig_L2_jet_pt;

bool L1_J55;

'''Jet'''

int jet_n; ''Number of jets in event (extra conditions?)''

std::vector<float>* jet_eta;

std::vector<float>* jet_phi;

std::vector<float>* jet_m;

std::vector<float>* jet_flavor_weight_SV0;

std::vector<float>* jet_pt; ''Transverse momentum of jets in MeV''

std::vector<float>* jet_emscale_pt;

std::vector<float>* jet_n90; ''minimum number of cells containing at least 90% of the jet energy''

std::vector<float>* jet_timing;

std::vector<float>* jet_quality;

std::vector<float>* jet_emfrac; ''Energy fraction that is due to electrons and photons''

std::vector<float>* jet_hecf; ''Energy fraction deposited in hadronic endcap calorimeter (HEC)

std::vector<float>* jet_EMJES;

std::vector<float>* jet_jvtxf;

std::vector<float>* jet_fmax;

'''Vertex'''

std::vector<int>* vx_nTracks;

'''Missing transverse energy'''

float MET_Final_et; '' Total amount of missing E_T in MeV ''

float MET_Final_etx;

float MET_Final_ety;

float MET_Final_phi;

float MET_Final_sumet;

float MET_LocHadTopo_etx;

float MET_MuonBoy_etx;

float MET_LocHadTopo_ety;

float MET_MuonBoy_ety;

'''Electron'''

int el_n; '' Number of electrons in event''

std::vector<int>* el_author;

std::vector<float>* el_pt; ''Transverse momentum of electrons in MeV''

std::vector<float>* el_eta;

std::vector<float>* el_phi;

std::vector<float>* el_cl_eta;

std::vector<float>* el_cl_phi;

std::vector<int>* el_goodOQ;

'''Muon'''

int mu_staco_n;

std::vector<float>* mu_staco_matchchi2;

std::vector<float>* mu_staco_isCombinedMuon;

std::vector<float>* mu_staco_pt;

std::vector<float>* mu_staco_eta;

std::vector<float>* mu_staco_phi;

std::vector<float>* mu_staco_ptcone20;

std::vector<float>* mu_staco_me_qoverp_exPV;

std::vector<float>* mu_staco_me_theta_exPV;

std::vector<float>* mu_staco_id_qoverp_exPV;

std::vector<float>* mu_staco_id_theta_exPV;

'''Tau'''

int tau_n; '' Number of taus ''

std::vector<float>* tau_Et; ''Transverse energy of taus in MeV''

std::vector<float>* tau_eta;

std::vector<float>* tau_phi;

std::vector<float>* tau_m;

std::vector<int>* tau_nLooseTrk;

std::vector<int>* tau_nProng;

std::vector<int>* tau_numTrack;

std::vector<float>* tau_secvtx_chiSquared;

std::vector<float>* tau_secvtx_numberDoF;

std::vector<float>* tau_secvtx_x;

std::vector<float>* tau_secvtx_y;

std::vector<float>* tau_secvtx_z;

std::vector<int>* tau_BDTEleScore;

std::vector<float>* tau_BDTJetScore;

std::vector<float>* tau_electronVetoTight;

std::vector<float>* tau_muonVeto;

std::vector<float>* tau_charge;

std::vector<float>* tau_seedCalo_etEMCalib;

std::vector<float>* tau_seedCalo_etHadCalib;

Info about D3PD analysis variables

2011-03-08T16:36:07Z

Jli051:

Please feel free to add more variables and what they contain.

== Analysis variables ==

'''Meta-data'''

int RunNumber;

'''Trigger'''

float trig_EF_met_MEx;

float trig_EF_met_MEy;

int trig_L2_jet_n;

std::vector<float>* trig_L2_jet_pt;

bool L1_J55;

'''Jet'''

int jet_n; ''Number of jets in event (extra conditions?)''

std::vector<float>* jet_eta;

std::vector<float>* jet_phi;

std::vector<float>* jet_m;

std::vector<float>* jet_flavor_weight_SV0;

std::vector<float>* jet_pt; ''Transverse momentum of jets in MeV''

std::vector<float>* jet_emscale_pt;

std::vector<float>* jet_n90;

std::vector<float>* jet_timing;

std::vector<float>* jet_quality;

std::vector<float>* jet_emfrac;

std::vector<float>* jet_hecf;

std::vector<float>* jet_EMJES;

std::vector<float>* jet_jvtxf;

std::vector<float>* jet_fmax;

'''Vertex'''

std::vector<int>* vx_nTracks;

'''Missing transverse energy'''

float MET_Final_et; '' Total amount of missing E_T in MeV ''

float MET_Final_etx;

float MET_Final_ety;

float MET_Final_phi;

float MET_Final_sumet;

float MET_LocHadTopo_etx;

float MET_MuonBoy_etx;

float MET_LocHadTopo_ety;

float MET_MuonBoy_ety;

'''Electron'''

int el_n; '' Number of electrons in event''

std::vector<int>* el_author;

std::vector<float>* el_pt; ''Transverse momentum of electrons in MeV''

std::vector<float>* el_eta;

std::vector<float>* el_phi;

std::vector<float>* el_cl_eta;

std::vector<float>* el_cl_phi;

std::vector<int>* el_goodOQ;

'''Muon'''

int mu_staco_n;

std::vector<float>* mu_staco_matchchi2;

std::vector<float>* mu_staco_isCombinedMuon;

std::vector<float>* mu_staco_pt;

std::vector<float>* mu_staco_eta;

std::vector<float>* mu_staco_phi;

std::vector<float>* mu_staco_ptcone20;

std::vector<float>* mu_staco_me_qoverp_exPV;

std::vector<float>* mu_staco_me_theta_exPV;

std::vector<float>* mu_staco_id_qoverp_exPV;

std::vector<float>* mu_staco_id_theta_exPV;

'''Tau'''

int tau_n; '' Number of taus ''

std::vector<float>* tau_Et; ''Transverse energy of taus in MeV''

std::vector<float>* tau_eta;

std::vector<float>* tau_phi;

std::vector<float>* tau_m;

std::vector<int>* tau_nLooseTrk;

std::vector<int>* tau_nProng;

std::vector<int>* tau_numTrack;

std::vector<float>* tau_secvtx_chiSquared;

std::vector<float>* tau_secvtx_numberDoF;

std::vector<float>* tau_secvtx_x;

std::vector<float>* tau_secvtx_y;

std::vector<float>* tau_secvtx_z;

std::vector<int>* tau_BDTEleScore;

std::vector<float>* tau_BDTJetScore;

std::vector<float>* tau_electronVetoTight;

std::vector<float>* tau_muonVeto;

std::vector<float>* tau_charge;

std::vector<float>* tau_seedCalo_etEMCalib;

std::vector<float>* tau_seedCalo_etHadCalib;

Info about D3PD analysis variables

2011-03-08T16:27:23Z

Jli051: Created page with '== Analysis variables == '''Meta-data''' int RunNumber; '''Trigger''' float trig_EF_met_MEx; float trig_EF_met_MEy; int trig_L2_jet_n; std::vector<float>* trig_L2_jet_pt…'

== Analysis variables ==

'''Meta-data'''

int RunNumber;

'''Trigger'''

float trig_EF_met_MEx;

float trig_EF_met_MEy;

int trig_L2_jet_n;

std::vector<float>* trig_L2_jet_pt;

bool L1_J55;

'''Jet'''

int jet_n; ''Number of jets in event (extra conditions?)''

std::vector<float>* jet_eta;

std::vector<float>* jet_phi;

std::vector<float>* jet_m;

std::vector<float>* jet_flavor_weight_SV0;

std::vector<float>* jet_pt; ''Transverse momentum of jets''

std::vector<float>* jet_emscale_pt;

std::vector<float>* jet_n90;

std::vector<float>* jet_timing;

std::vector<float>* jet_quality;

std::vector<float>* jet_emfrac;

std::vector<float>* jet_hecf;

std::vector<float>* jet_EMJES;

std::vector<float>* jet_jvtxf;

std::vector<float>* jet_fmax;

'''Vertex'''

std::vector<int>* vx_nTracks;

'''Missing transverse energy'''

float MET_Final_et;

float MET_Final_etx;

float MET_Final_ety;

float MET_Final_phi;

float MET_Final_sumet;

float MET_LocHadTopo_etx;

float MET_MuonBoy_etx;

float MET_LocHadTopo_ety;

float MET_MuonBoy_ety;

'''Electron'''

int el_n;

std::vector<int>* el_author;

std::vector<float>* el_pt;

std::vector<float>* el_eta;

std::vector<float>* el_phi;

std::vector<float>* el_cl_eta;

std::vector<float>* el_cl_phi;

std::vector<int>* el_goodOQ;

'''Muon'''

int mu_staco_n;

std::vector<float>* mu_staco_matchchi2;

std::vector<float>* mu_staco_isCombinedMuon;

std::vector<float>* mu_staco_pt;

std::vector<float>* mu_staco_eta;

std::vector<float>* mu_staco_phi;

std::vector<float>* mu_staco_ptcone20;

std::vector<float>* mu_staco_me_qoverp_exPV;

std::vector<float>* mu_staco_me_theta_exPV;

std::vector<float>* mu_staco_id_qoverp_exPV;

std::vector<float>* mu_staco_id_theta_exPV;

'''Tau'''

int tau_n;

std::vector<float>* tau_Et;

std::vector<float>* tau_eta;

std::vector<float>* tau_phi;

std::vector<float>* tau_m;

std::vector<int>* tau_nLooseTrk;

std::vector<int>* tau_nProng;

std::vector<int>* tau_numTrack;

std::vector<float>* tau_secvtx_chiSquared;

std::vector<float>* tau_secvtx_numberDoF;

std::vector<float>* tau_secvtx_x;

std::vector<float>* tau_secvtx_y;

std::vector<float>* tau_secvtx_z;

std::vector<int>* tau_BDTEleScore;

std::vector<float>* tau_BDTJetScore;

std::vector<float>* tau_electronVetoTight;

std::vector<float>* tau_muonVeto;

std::vector<float>* tau_charge;

std::vector<float>* tau_seedCalo_etEMCalib;

std::vector<float>* tau_seedCalo_etHadCalib;

DAMARA

2011-03-08T16:24:56Z

Jli051:

== General Information ==

* [[What to do when you come to Bergen as a new student]]
* [[What to do when you come to CERN for the first time]]
* [[If you are a short time visitor]]

== Useful links ==

* Our web-page: http://www.uib.no/People/hsa061/DAMARA/Welcome.html
* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/AtlasComputing
* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/AtlasPhysics
* [[Terminology]]

== Computing ==

When you have an ATLAS account you can work your way through this link:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/WorkBook

When this is done you can try this one:

* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/PhysicsAnalysisWorkBook

A set of tutorials can be found here:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/ComputingTutorials

Root homepage with tutorials, downloads, etc.

* http://root.cern.ch/drupal/

Other stuff:

* [[Info about D3PD analysis variables]]
* [[Useful Linux commands]]
* [http://vic.gedris.org/Manual-ShellIntro/1.2/ShellIntro.pdf Small intro to Linux (pdf)]

DAMARA

2011-03-08T16:05:07Z

Jli051:

== General Information ==

* [[What to do when you come to Bergen as a new student]]
* [[What to do when you come to CERN for the first time]]
* [[If you are a short time visitor]]

== Useful links ==

* Our web-page: http://www.uib.no/People/hsa061/DAMARA/Welcome.html
* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/AtlasComputing
* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/AtlasPhysics
* [[Terminology]]

== Computing ==

When you have an ATLAS account you can work your way through this link:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/WorkBook

When this is done you can try this one:

* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/PhysicsAnalysisWorkBook

A set of tutorials can be found here:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/ComputingTutorials

Root homepage with tutorials, downloads, etc.

* http://root.cern.ch/drupal/

Other stuff:

* Info about D3PD analysis variables
* [[Useful Linux commands]]
* [http://vic.gedris.org/Manual-ShellIntro/1.2/ShellIntro.pdf Small intro to Linux (pdf)]

DAMARA

2011-03-01T10:25:45Z

Jli051:

== General Information ==

* [[What to do when you come to Bergen as a new student]]
* [[What to do when you come to CERN for the first time]]
* [[If you are a short time visitor]]

== Useful links ==

* Our web-page: http://www.uib.no/People/hsa061/DAMARA/Welcome.html
* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/AtlasComputing
* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/AtlasPhysics
* [[Terminology]]

== Computing ==

When you have an ATLAS account you can work your way through this link:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/WorkBook

When this is done you can try this one:

* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/PhysicsAnalysisWorkBook

A set of tutorials can be found here:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/ComputingTutorials

Root homepage with tutorials, downloads, etc.

* http://root.cern.ch/drupal/

Other stuff:

* [[Useful Linux commands]]
* [http://vic.gedris.org/Manual-ShellIntro/1.2/ShellIntro.pdf Small intro to Linux (pdf)]

DAMARA

2011-03-01T10:19:44Z

Jli051:

== General Information ==

* [[What to do when you come to Bergen as a new student]]
* [[What to do when you come to CERN for the first time]]
* [[If you are a short time visitor]]

== Useful links ==

* Our web-page: http://www.uib.no/People/hsa061/DAMARA/Welcome.html
* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/AtlasComputing
* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/AtlasPhysics
* [[Terminology]]

== Computing ==

When you have an ATLAS account you can work your way through this link:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/WorkBook

When this is done you can try this one:

* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/PhysicsAnalysisWorkBook

A set of tutorials can be found here:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/ComputingTutorials

Other stuff:

* [[Useful Linux commands]]
* [http://vic.gedris.org/Manual-ShellIntro/1.2/ShellIntro.pdf Small intro to Linux (pdf)]

DAMARA

2011-03-01T10:18:29Z

Jli051:

== General Information ==

* [[What to do when you come to Bergen as a new student]]
* [[What to do when you come to CERN for the first time]]
* [[If you are a short time visitor]]

== Useful links ==

* Our web-page: http://www.uib.no/People/hsa061/DAMARA/Welcome.html
* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/AtlasComputing
* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/AtlasPhysics
* [[Terminology]]

== Computing ==

When you have an ATLAS account you can work your way through this link:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/WorkBook

When this is done you can try this one:

* https://twiki.cern.ch/twiki/bin/view/AtlasProtected/PhysicsAnalysisWorkBook

A set of tutorials can be found here:

* https://twiki.cern.ch/twiki/bin/viewauth/Atlas/ComputingTutorials

Other stuff:

* [[Useful Linux commands]]
* <a href="http://vic.gedris.org/Manual-ShellIntro/1.2/ShellIntro.pdf">Small intro to Linux (pdf)</a>

Terminology

2011-02-12T18:20:15Z

Jli051:

== Susy Terminology ==

* SUSY - Supersymmetry !
* Coannihilation region - Two colliding particles annihiliate
* Drell-Yan process - Quark+anti-quark -> Z/photon -> lepton+anti-lepton
* �OS-SF - Opposite sign same flavour

== Astrophysics Terminology ==

== Detector Terminology ==

== Computing Terminology ==

What to do when you come to Bergen as a new student

2011-01-20T11:01:10Z

Jli051:

First make sure that you have accomodation, bank account and visa if needed.

Then arriving at the IFT these are the things to do:

* Contact your supervisor or other contact person, he/she will introduce you to the relevant people at the IFT
* Talk to Elin Bjerkan to get done the administrative part
* Get access card to the IFT building. Go to the expedition office at the third floor where you have to fill out some forms which are then delivered at the card center just down the block from the ITF building.
* Get an office and keys from Gjert Furhovden
* Get internet connection and accounts by first talking to Magne Håvåg and then applying for an account at https://sebra.uib.no which then has to be approved.
* Get access to the Twiki from Dominik Fehlker or Thomas Burgess. First you need to have the UiB account and then you need to log in to the twiki using your UiB username and password. This ads you to the userlist and allows the admins to enable your account.
* Make sure you have a computer and set this up accordingly (if you are a Master student or visitor student you will use one of the PCs in the room allocated)
* If you are taking courses talk to Terje Finnekås
* If you work in the detector laboratory read through the safety rules and detector lab manual and talk to Dominik Fehlker about using the laboratory