Physics analysis

E.g. a partial wave analysis of a channel

Publication title:

PANDA @ FAIR

Publication author:

Klaus Peters

File upload:

TA-CON-2017-029.pdf

Publication type:

Talk (TA)

Talk contribution:

Conference (CON)

Publication classification:

Publication date:

Wednesday, 26 April, 2017

Submitted by k.peters on Wed, 10/05/2017 - 17:53.

Publication title:

Studies of Hadrons with the PANDA Experiment @ FAIR

Publication author:

Klaus Peters

File upload:

TA-COL-2017-028.pdf

Publication type:

Talk (TA)

Talk contribution:

Colloquium (COL)

Publication classification:

Publication date:

Tuesday, 18 April, 2017

Submitted by k.peters on Wed, 10/05/2017 - 17:48.

Publication title:

PANDA - Physics program and technological advances

Publication author:

Johan Messchendorp

File upload:

TA-CON-2017-025.pdf

Publication type:

Talk (TA)

Talk contribution:

Conference (CON)

Publication classification:

Publication date:

Friday, 28 April, 2017

Submitted by j.messchendorp on Fri, 28/04/2017 - 15:11.

Publication abstract:

Talk given at FAIR@Teheran workshop (BFC delegation to Iran).

Publication title:

Conceptual Design of the Lambda Disks Detector for the PANDA Experiment

Publication author:

Ajay Kumar

File upload:

TH-PHD-2017-001.pdf

Publication type:

Thesis (TH)

Theses type:

Phd (PHD)

Publication classification:

Publication date:

Tuesday, 7 February, 2017

Submitted by ajaypanwar0707@... on Tue, 07/02/2017 - 20:06.

Publication abstract:

The thesis describes the conceptual design of the Lambda Disks Detector for the PANDA experiment. PANDA (antiProton ANnihilations at DArmstadt) is a future experiment in the FAIR (Facility for Antiproton and Ion Research) facility located next to GSI at Darmstadt, Germany. Antiproton beams of any momentum between 1.5 GeV/c and 15 GeV/c will be incident on a liquid hydrogen target to produce Lambda (Λ) and other hyperons. The detection efficiency of final decay products of hyperons can be increased by the Lambda Disks Detector (LDD). Conceptually it is planned to place two layers of the disks in a large gap between the last layer of the MVD and first layer of the GEM detector. Disks will be made up of Double sided Silicon Strip Detectors (DSSD). Detection of hyperons will increase the knowledge of hyperon physics in the low energy regime of Quantum Chromodynamics (QCD).

PA-PRO-2017-003

Publication title:

Simulation Studies of the Lambda Disks Detector for the PANDA Experiment

Publication author:

Dr. Ajay Kumar

File upload:

PA-PRO-2017-003.pdf

Publication type:

Paper (PA)

Papers:

Proceedings (PRO)

Publication classification:

Physics analysis

Publication date:

Saturday, 4 February, 2017

Submitted by ajaypanwar0707@... on Sat, 04/02/2017 - 07:35.

Publication abstract:

The PANDA experiment is one of the major experiments at the future accelerator facility FAIR which is currently under construction in Darmstadt, Germany. The PANDA is mainly to explore the non-perturbative regime of QCD and to study hadronic states. PANDA has various physics program including the study of hyperon states. Most of hyperon ground state are having long decay lengths of several centimeters and the central tracking system of PANDA is not optimized for these long decay lengths. Therefore, an upgarde option is proposed adding two additional disks forward to innermost tracking detector of PANDA, the MVD and these additional disk are called “Lambda Disks Detector”. For this new detector, simulation studies are performed using physics channels.