Documentation

Doctoral Theses

  • Development and Applications of Tracking of Pellet Streams, Andrzej Pyszniak, January 2015, Uppsala Dissertations from the Faculty of Science and Technology, ISBN 978-91-554-9108-6. Abstract
  • Multi-Strange and Charmed Antihyperon-Hyperon Physics for PANDA, Erik Thomé, November 2012, Acta Universitatis Upsaliensis, Digital Comprehensive Summaries of Uppsala Dissertations from the Faculty of Science and Technology 101, 154 pp. Uppsala. ISBN 978-91-554-8497-2. Abstract
  • Studies of PWO Crystals and Simulations of the p-bar p → Λ-bar Λ, Λ-bar Σ0 Reactions for the PANDA Experiment, Sophie Grape, October 2009, Acta Universitatis Upsaliensis, Digital Comprehensive Summaries of Uppsala Dissertations from the Faculty of Science and Technology 88, 229 pp. Uppsala. ISBN 978-91-554-7605-2. Abstract
  • The Charm of Excited Glue, Agnes Lundborg, February 2007, Acta Universitatis Upsaliensis, Digital Comprehensive Summaries of Uppsala Dissertations from the Faculty of Science and Technology 219, 156 pp. Uppsala. ISBN 978-91-554-6788-1. Abstract
  • On a Hydrogen Pellet Target for Antiproton Physics with PANDA, Örjan Nordhage, October 2006, Acta Universitatis Upsaliensis, Digital Comprehensive Summaries of Uppsala Dissertations from the Faculty of Science and Technology 219, 105 pp. Uppsala. ISBN 91-554-6649-4. Abstract 

Master Theses and Project Reports

  • Production of the Σ0-bar hyperon in the PANDA experiment at FAIR, Gabriela Pérez Andrade, January 2019, Master thesis. Abstract , presentation.
  • Prototype of an online track and event reconstruction scheme for the PANDA experiment at FAIR, Björn Andersson, Johan Nordström, January 2017, Project report (pdf 3.6MB).
  • A Measurement Level Module for a Pellet Tracking System, Jenny Regina, December 2016, Master thesis. Abstract , presentation.
  • Monte Carlo simulations of D-mesons with extended targets in the PANDA detector, Mattias Gustafsson, April 2016, Student thesis. Abstract
  • An Investigation of Improvement of Pellet Tracking System, Adéle Wallin, Sanne Torgersen, June 2015, Student thesis. Abstract
  • Vacuum calculations for hydrogen pellet targets at WASA and PANDA, Johan Löfgren, April 2014, Student thesis. Abstract
  • Hydrogen Pellet Detection using Single-line CCD Cameras, Madhu Thelajala, July 2013, Uppsala University Library, Student Thesis. Abstract
  • Simulation studies for design of pellet tracking systems, A. Pyszniak et al., January 2013, Project report (pdf 4.5MB).
  • Photon reconstruction methods studied for PWO crystals for the PANDA experiment and Calorimeter issues for WASA, Christoph Rosenbaum, Autumn 2012, Project report (pdf 8.5MB).
  • Development of an FPGA based readout system
    for hydrogen pellet tracking, Malte Albrecht, August 2011, Erasmus work (pdf 4.0MB).
  • Pellet tracking simulations software, Marek Jacewicz, January 2011, Project report (pdf 0.1MB).
  • Simulations for design of a pellet tracking system for PANDA and WASA, Marek Jacewicz, January 2011, Project report (pdf 1.4MB).
  • Simulation studies for a pellet tracking system, Pascal Scheffels, December 2010, Erasmus work (pdf 0.85MB).
  • Design ideas for pellet tracking systems for PANDA and WASA, Hans Calén, Kjell Fransson, Elin Hellbeck and Carl-Johan Fridén, December 2009, Milestone report for EC FP7 Hadron Physics2 WP19 (pdf 0.85MB).
  • On Antihyperon-Hyperon Production in Antiproton-Proton Collisions with the PANDA Experiment, Catharina Sahlberg, 2007, Master Thesis (pdf 2.5MB).
  • Development of a Tracking System for Hydrogen Pellet Targets using a Line-Scan Camera, Jonas Lith, 2006, Master Thesis (pdf 1.2MB).
  • Development of a Pellet Tracking System, Matthias Schult, 2005, Project Work (pdf 1.2MB).
  • Monte Carlo Simulations of the Charmed Hybrid Production with the PANDA Detector, Robert Franke, 2005, Project Work (pdf 600 kB).
  • Development of a Hydrogen Pellet Target for the PANDA Experiment, Florian Lang, 2004, Diploma Thesis (pdf 1.0 MB).
  • Test and Developments of a High-Resolution Electromagnetic Calorimeter for PANDA, Sophie Ohlsson, 2004, Master Thesis (pdf 540 kB).
  • Simulation of ηc → γ γ at PANDA, Agnes Lundborg, 2004, Project Report for the Letter of Intent (pdf 1.7MB).
  • Scintillating Crystals for the PANDA Electromagnetic Calorimeter, Frida Hjelm, 2004, Master Thesis (pdf 700kB).
  • Computer simulations of a charmonium hybrid production in the PANDA detector, Elin Lundström, 2003, Master Thesis (pdf 1.4MB).

Papers

  • Implementation of pellet tracking in physics experiments – initial studies at WASA, A. Pyszniak, H. Calén, K. Fransson, V. Hejny, Z. Rudy, M. Wolke and P. Wüstner for FZ Jülich IKP Annual Report 2013 pdf 0.2MB.
  • Design Simulations for Pellet Tracking Systems, A. Pyszniak, H. Calén, K. Fransson and Z. Rudy, for FZ Jülich IKP Annual Report 2012 pdf 0.2MB.
  • Measurement of pellet beam parameters at UPTS, A. Pyszniak, H. Calén, K. Fransson, M. Jacewicz and Z. Rudy, in FZ Jülich IKP Annual Report 2011 pdf 0.9MB.
  • Development of a Pellet Tracking System for PANDA and WASA, H. Calén, K. Fransson, P. Marciniewski and A. Pyszniak, in FZ Jülich IKP Annual Report 2011 pdf 0.2MB.
  • Development of a Pellet Tracking System for PANDA and WASA, H. Calén, K. Fransson and Marek Jacewicz, in FZ Jülich IKP Annual Report 2010 pdf 0.3MB.
  • Development of a Pellet Tracking System for PANDA and WASA, K. Fransson and H. Calén, in FZ Jülich IKP Annual Report 2009 pdf 0.7MB.
  • Physics Performance Report for PANDA: Strong Interaction Studies with Antiprotons, PANDA Collaboration, 2009, arXiv:0903.3905v1 [hep-ex] pdf 8.1MB.
  • Technical Design Report for PANDA Electromagnetic Calorimeter (EMC), PANDA Collaboration, 2008, arXiv:0810.1216v1 [physics.ins-det] pdf 14.3MB.
  • Vacuum predictions and measurements for an internal pellet target, I. Lehman, Ö. Nordhage, C.-J. Friden, G. Norman, C. Ekström, T. Johansson and U. Wiedner, Vacuum; 82 (2008) 645-650, physics/0701049.
  • On the behavior of micro-spheres in a hydrogen pellet target, Ö. Nordhage, Z.-K. Li, C.-J. Fridén, G. Norman and U. Wiedner, Nucl. Instr. and Meth. A; 546 (2005) 391-404, pdf.
  • Pellet Target Development at the University of Uppsala, PANDA Collaboration, in GSI Annual Report 2004; March 2005 ( pdf 91 kB).
  • Technical Progress Report for PANDA, PANDA Collaboration, submitted to the QCD-PAC of GSI-FAIR; Jan 2005 (pdf 46 MB!).
  • Simulation of antiproton collisions in PANDA, Agnes Lundborg, Progress Report NSC 2003 (published 2004) (pdf 170kB).
  • Physics Performance of the PANDA Detector – Simulation Results, O.N. Hartmann et al., in Annual Report, GSI 2003, page 268 (pdf 60kB).
  • Simulation of the Micro-Vertex Detector for the PANDA Detector, A. Sokolov et al., in Annual Report, GSI 2003, page 269 (pdf 110kB).

Presentations and Conference Contributions

  • Walter Ikegami Andersson, 2016, Future Spin Observable Measurements at PANDA, Talk at the Nuclear Physicists Meeting October 28, 2016, Göteborg (pdf 1.2MB).
  • Markus Preston, 2016, Single-Event Upsets in the PANDA EMC, Talk at the SFAIR Meeting October 27, 2016, Göteborg (pdf 4.0MB).
  • Jenny Regina, 2016, A Measurement Level Module for a Pellet Tracking System for PANDA, Talk at the Nuclear Physicists Meeting October 28, 2016, Göteborg (pdf 2.5MB).
  • Karin Schönning, 2016, Baryon physics with PANDA, Talk at the SFAIR Meeting October 27, 2016, Göteborg (pdf 2.0MB).
  • Walter Ikegami Andersson, 2015, Reconstructing tracks with displaced vertices with the PANDA detector at FAIR, Talk at the SFAIR Meeting November 10, 2015, Lund (pdf 2.0MB).
  • Andrzej Pyszniak, 2013, Implementation of pellet tracking in physics experiments – initial studies at WASA, Talk at the Nuclear Physicists Meeting November 5-6, 2013, Stockholm (pdf 2.5MB) (longer vsn pdf 3.2MB).
  • Pawel Marciniewski, 2013, SADC developments for PANDA, Talk at the SFAIR Meeting November 4-5, 2013, Stockholm (pdf 3.5MB).
  • Andrzej Pyszniak, 2012, Recent results from pellet tracking, Talk at the SFAIR Meeting November 12-13, 2012, Göteborg (pdf 2.2MB).
  • Tord Johansson, 2012, PANDA at FAIR, Invited talk at the conference: Excited QCD 2012, 6-12 May 2012, Peniche, Portugal
    (talk: pdf 8.5MB, proceedings (Acta Physica Polonica B, Vol.5 (2012), p.1197 Proceedings Supplement No.4): pdf 2.0MB).
  • Andrzej Pyszniak, 2012, Pellet Tracking System, Phd seminar January 31, 2012, Jagiellonian University Krakow (pdf 3.0MB).
  • Hans Calén, 2011, Pellet Target Tracking at PANDA, IFA-KP seminar December 1, 2011, Uppsala (pdf 9.1MB).
  • Hans Calén, 2011, Pellet Tracking for PANDA, Talk at the SFAIR Meeting November 9-10, 2011, Lund (pdf 8.9MB).
  • Hans Calén, 2010, Pellet Target for PANDA, Talk at the SFAIR Meeting November 15-16, 2010, Uppsala (pdf 2.1MB).
  • Erik Thomé, 2010, Antihyperon-Hyperon Physics for the PANDA Experiment, Talk at the Nordic Winter Meeting on Physics @ FAIR, Björkliden (pdf 3.0MB).
  • Tord Johansson, 2010, Hadron Physics with PANDA, Invited talk at the 48th Int. Winter Meeting on Nuclear Physics, Bormo, Italy (pdf 4.4 MB).
  • Erik Thomé, 2009, Production of Multistrange and Charmed Hyperons in the PANDA Experiment, Talk at the SFAIR Meeting November, Örebro (pdf 1.3MB).
  • Sophie Grape, 2009, Measurements of Photon Response and Light Yield Homogeneity with PbWO4 Crystals for PANDA, Talk at the European Nuclear Physics Conference, Bochum, Germany.
  • Erik Thomé, 2009, Simulations for Antihyperon-Hyperon Physics with PANDA, Talk at the European Nuclear Physics Conference, Bochum, Germany (pdf 0.8MB).
  • Tord Johansson, 2008, Spin Observables in Antihyperon-Hyperon Production from Proton-Proton Collisions, from PS185/LEAR to PANDA/FAIR, Invited talk at ECT* Workshop on Strangeness Polarisation in Semi-Inclusive and Exclusive Lambda Production, Trento, Italy.
  • Erik Thomé, 2008, Simulations for Antihyperon-Hyperon Physics with PANDA, Talk at the SFAIR Meeting November, Stockholm (pdf 0.8MB).
  • Sophie Ohlsson, 2007, Crystal Tests for PANDA at MAX-LAB, Talk at the SFAIR Meeting November, Göteborg.
  • Agnes Lundborg, 2007, The Charm of Excited Glue, Talk at the Institute of Nuclear and Particle Physics, Uppsala (pdf 3.6MB).
  • Agnes Lundborg, 2007, The Charm of Excited Glue, Talk at Uppsala Doktoranddag (pdf 2.5MB).
  • Inti Lehmann, 2006, Physics with PANDA at FAIR, Spin in Hadron Physics, Tbilisi, Georgi (pdf 5.2MB).
  • Örjan Nordhage, H. Calén, C. Ekström, C. J. Friden, G. Norman, F. Lang, I. Lehmann, M. Schult and U. Wiedner, A high-density pellet target for antiproton physics with PANDA, In Conf. Proc. of STORI'05, Matter and Materials, vol. 30 (2005) 389-393.
  • Agnes Lundborg, 2005, Charmonium in e+e- and ppbar, Svenska Kärnfysikers Årsmöte, Umeå (pdf 2.4MB).
  • Inti Lehmann, 2005, PANDA – Hadron Physics Utilising Antiproton Annihilations, HPC'05 (invited talk) (abstract: text ).
  • Inti Lehmann, 2005, Pellet target development for PANDA, 15th Nordic Meeting, Gräftåvallen (pdf 1.1 MB).
  • Inti Lehmann, 2004, Physics with High Energy Anti-Protons at FAIR, Kärnfysikermöte XXIV, Uppsala (pdf 881 kB).
  • Inti Lehmann, 2004, Pellet Test Station (PTS), TSL Users Meeting, Uppsala (pdf 682 kB).
  • Inti Lehmann, 2004, Electromagnetic Calorimeter, FAIR workshop, Sigtuna (pdf 960KB).
  • Inti Lehmann, 2004, Pellet Target, Magnet and Target Meeting, Genova (pdf 280KB).
  • Agnes Lundborg, 2003, The HADRON SPECTROSCOPY – Tenth International Conference on Hadron Spectroscopy, Aschaffenburg (talk: pdf 1.0MB, proceedings: pdf 83kB).
  • Agnes Lundborg, 2003, Case Study: Exotic charmed Hybrids at PANDA, PANDA collaboration meeting, GSI (pdf 610kB).
  • Agnes Lundborg, 2003, PANDA – the future Antiproton Experiment at GSI – part 1, talk at the Swedish Nuclear Physics meeting XXIII, Stockholm (pdf 1.04MB).
  • Örjan Nordhage, 2003, PANDA – the future Antiproton Experiment at GSI – part 2, talk at the Swedish Nuclear Physics meeting XXIII, Stockholm.
  • Agnes Lundborg, 2003, Invited speaker at the XLI International Winter Meeting on Nuclear Physics, Bormio (talk: pdf 341kB, proceedings: pdf 377kB).

Posters

  • Andrzej Pyszniak et al., 2014, Studies on implementation of pellet tracking in hadron physics experiments, 13th International Workshop on Meson Production, Properties and Interaction (MESON2014), Krakow. May 29 – June 3, 2014.
    (pdf 8.01MB), (proceedings pdf 163kB).
  • Andrzej Pyszniak et al., 2013, A Pellet Tracking System for the PANDA Experiment, 11th International Conference on Low Energy Antiproton Physics (LEAP2013), Uppsala. June 10-15, 2013.
    (pdf 2.53MB), (proceedings pdf 1.13MB).
  • Andrzej Pyszniak et al., 2013, A Pellet Tracking System for Hadron Physics Experiments, International Nuclear Physics Conference 2013 (INPC2013) Florence, Italy. June 2-7, 2013.
    (pdf 903kB), (proceedings pdf 886kB).
  • Agnes Lundborg, 2006, A ccbar hybrid at PANDA?, The 18:th IUPAP International Conference on Few-Body Problems in Physics, Santos, Brazil(pdf 393kB).
  • Agnes Lundborg, 2004, Charmonium hybrids at PANDA, The 58:th Scottish Universities Summer School in Physics, Hadron Physics, SUSSP58, St Andrews (pdf 1.54MB).
  • Örjan Nordhage, 2004, PANDA at FAIR – An overview, University of Tokyo Forum, Uppsala.
  • Örjan Nordhage, 2004, PANDA – En översikt, populärvetenskapligt bidrag till Öppet hus, Uppsala.

Related documents you may find as well on the webpage of PANDA-documents at GSI.