COMPASS Publication lists

Index

Amber/COMPASS++ Documents

Proposals

Papers

Talks & Proceedings

Notes

Technical

Target

Theses

Habilitation theses

PhD theses

Diploma theses

Proposals

• Addendum to the COMPASS-II Proposal for 2021/22: d-Quark Transversity and Proton Radius (2017)
  • The Addendum v4.0 (5.4.18)
  • v3.4 (8.1.18)
  • v2.1 (3.10.17)
  
  
• The COMPASS-II Proposal (2010)
  • The Proposal,
  • Q&A


• The COMPASS Proposal (1996)
  • The Proposal (pdf, ps.gz)
  • The Addendum.


• The CHEOPS Letter of Intent (1995)


• The HMC Letter of Intent (1995)

Technical

• V.N. Bychkov et al., Construction and Manufacture of Large Size Straw-Chambers of the COMPASS Spectrometer Tracking System,
  Particles and Nuclei Letters, 2 (111) June 2002, also available as PDF.
• K. Kurek et al., An algorithm for track reconstruction in the large-angle spectrometer of the COMPASS experiment NIMA 485 (2002) 720

22nd International Conference on Low Temperature Physics LT22, Espoo and Helsinki, Finland, August 4 - 11, 1999:


• P. Berglund et al., Dilution refrigerator for COMPASS polarized target Physica B 248-288 (2000) 2012-2013
• J. Ball et al., First results of the large COMPASS 6LiD polarized target NIMA 498 (2003) 101-111

Proceedings of the ninth International Workshop on Polarized Solid Targets and Techniques, Bad Honnef, Germany, 27-29 October 2003:


• K. Kondo et al., Polarization measurement in the COMPASS polarized target NIMA 526 (2004) 70-75
• J. Koivuniemi et al., NMR line shapes in highly polarized large 6LiD target at 2.5 T NIMA 526 (2004) 100-104
• Yu. Kisselev et al., Local field in LiD polarized target material NIMA 526 (2004) 105-109
• N. Doshita et al., Performance of the COMPASS polarized target dilution refrigerator NIMA 526 (2004) 138-143
• S. Neliba et al., Weight and volume measurement of the large COMPASS target NIMA 526 (2004) 144-146
• F. Gautheron et al., Cryogenic control system of the large COMPASS polarized target NIMA 526 (2004) 147-152

SPIN 2004 - 16th International Spin Symposium, Trieste, Italy, October 10-16, 2004:


• F. Gautheron, The COMPASS polarized target SPIN 2004 Proceedings of the 16th International Spin Physics Symposium and Workshop on Polarized Electron Sources and Polarimeters, (2005) 791-795
• Y. Kisselev, Features of dynamic nuclear polarization in irradiated LiD target material SPIN 2004 Proceedings of the 16th International Spin Physics Symposium and Workshop on Polarized Electron Sources and Polarimeters, (2005) 816-819
• J. Koivuniemi, Polarization build up in COMPASS 6LiD target SPIN 2004 Proceedings of the 16th International Spin Physics Symposium and Workshop on Polarized Electron Sources and Polarimeters, (2005) 796-799
• V. Andrieux et al., The large COMPASS polarized solid ammonia target for Drell–Yan measurements with a pion beam NIMA 1025 (2022) 166069

Habilitation theses

• G.K. Mallot,
  The Spin Structure of the Nucleon from the SMC Experiments
  Fachbereich Physik der Johannes Gutenberg-Universität Mainz, August 1996, corrected Dec. 1999.
• J.-M. Le Goff,
  The Spin Structure of the Nucleon, (pdf)
  Université de Paris-Sud, March 2005.
• J. Pretz,
  The Gluon Polarization in the Nucleon from the COMPASS Experiment
  Mathematisch-Naturwissenschaftliche Fakultät der Universität Bonn, April 2007.
• K. Kurek,
  Understanding the Nucleon's Spin Structure The Direct Gluon Polarisation Measurement at the COMPASS Experiment
  National Centre of Nuclear Research, Świerk, November 2011.
• J. Friedrich
  Chiral Dynamics in Pion-Photon Reactions
  Technische Universität München, September 2012
• M. Stolarski
  Direct Measurement of the Gluon Polarisation in the Nucleon Using the All-pT Method at the COMPASS Experiment at CERN
  LIP Lisboa, Lisbon December 2016
• B. Grube
  Study of 2π and 3π resonances in diffractively produced π ^– π ^– π ⁺
  Technische Universität München, September 2018

PhD theses

1. D. Thers,
   Développement du détecteur gazeux Micromégas pour l'expérience COMPASS (in French),
   Université Blaise Pascal, Clermont-Ferrand, December 2000
2. M. Laub,
   Development of opto-mechanical tools and procedures for the new generation of RICH detectors at CERN,
   Czech Technical University in Prague, Faculty of Mechanical Engineering, Czech Republic, March 2001
3. M. Sans Merce,
   Development of drift chambers and physics simulations for the COMPASS experiment,
   Ludwig-Maximilians-Universität München, October 2001
4. H. Pereira,
   Développement de chambres à derive pour les hauts flux dans l'expérience COMPASS (in French),
   Univ. Paris-Sud, November 2001
5. T. Schmidt ,
   A Common Readout Driver for the COMPASS Experiment, (in German)
   Univ. Freiburg, June 2002
6. A. Grünemaier,
   Eine universelle Ausleseschnittstelle für das COMPASS-Experiment (in German),
   Univ. Freiburg, September 2002
7. L. Mossé,
   Etude de la diffusion Compton virtuelle dans le régime profondément inélastique pour le dispositif expérimental COMPASS (in French),
   January 2002
8. M. D. Leberig,
   Das COMPASS-Triggersystem zur Messung des Gluonbeitrags zum Protonspin (in German),
   Univ. Mainz, November 2002
9. N. Takabayashi,
   Polarized target for the measurement of the gluon contribution to the nucleon spin in the COMPASS experiment,
   Nagoya University, March 2003
10. P. Pagano,
    Preliminary measurement of transversity at COMPASS experiment,
    Trieste University, Anno Accademico 2001-02
11. M. Colantoni ,
    Optimization and studies of the COMPASS spectrometer,
    Univ. Torino, January 2003
12. A. Ferrero,
    Study of spin observables in COMPASS,
    Univ. Torino, January 2003
13. Ch. Ilgner,
    Fertigung und Inbetriebnahme einer Strohdriftkammerstation für das COMPASS-Experiment (in German),
    Ludwig-Maximilians-Universität München, March 2003
14. S. Horikawa,
    Development of high-rate scintillating-fiber trackers having high time resolution for the measurement of the gluon polarization in the nucleon at COMPASS (in Japanese),
    Nagoya Univ., March 2003
15. A. Teufel,
    Entwicklung und Bau von Hodoskopen aus szintillierenden Fasern für das COMPASS-Experiment (in German),
    Friedrich-Alexander-Universität Erlangen-Nürnberg, July 2003
16. M. L. Crespo,
    Data aquisition and processing system for the RICH-1 of the COMPASS experiment (in Spanish),
    ICTP-INFN Laboratory, Trieste, Italy and National University of San Luis, San Luis, Argentina, 2004
17. M. Wiesmann,
    A silicon microstrip detector for COMPASS and a first measurement of lambda0-hyperons from quasi-real photo-production,
    Technische Universität München, February 2004
18. K. Kondo,
    The polarization measurement and the feature investigation of the COMPASS 6LiD target,
    Nagoya University, March 2004
19. P. Fauland,
    The COMPASS experiment and the RICH-1 detector,
    Univ. Bielefeld, March 2004
20. R. Webb,
    First measurements of transverse spin asymmetries through single pion production at the COMPASS experiment, (German version),
    Universität Erlangen-Nürnberg, May 2004
21. K. Platzer,
    Ein Röntgen-CCD Apparat zur Eichung großflächiger Driftkammern
    (in German: An X-ray CCD apparatus for the calibration of large-size drift chambers),
    Ludwig-Maximilian-Universität, München, May 2004
22. R. De Masi,
    Development of a cryogenic silicon detector system and study of strange particle production in deep inelastic scattering,
    Technische Universität München, July 2004
23. A. Amoroso,
    Spin Asymmetries for the reaction μ D-bar -> μ'ΛX at COMPASS: MonteCarlo simulations using GRID,
    Univ. Torino, February 2005
24. C. Bernet,
    Caractérisation des Mircomégas et mesure de la polarisation des gluons sur COMPASS
    (in French: Characterisation of the Micromegas and measurement of the gluon polarisation at COMPASS),
    Univ. Paris 7, Denis Diderot, May 2005
25. N. Dedek,
    Photon-Gluon-Fusion zu D+Dbar Mesonen am COMPASS Experiment
    (in German: Photon-gluon-fusion into D+Dbar mesons at the COMPASS experiment),
    Ludwig-Maximilians-Universität München, 25 August 2005
26. S. Panebianco,
    Mesure de la polarisation des gluons par l'asymetrie de spin dans la production de mesons charmes
    (in French: Measurement of the gluon polarisation fron the spin asymmetry in the production of charmed mesons),
    Univ. Paris XI Orsay, September 2005
27. M. von Hodenberg,
    First measurement of the gluon polarisation in the nucleon using D mesons at COMPASS,
    Albert-Ludwigs-Universität Freiburg, November 2005
28. S. Hedicke,
    Determination of the gluon polarisation in the nucleon using hadron pairs with high transverse momentum at COMPASS,
    Albert-Ludwigs-Universität Freiburg, November 2005
29. A. Mielech,
    Wyznaczanie ΔG/G przy użyciu oddziaływań z produkcją mezonów D⁰ i D^* w eksperymencie COMPASS
    (in Polish: Determination of Delta_G/G using processes with D0 and D* production at COMPASS),
    SINS Warsaw, December 2005
30. S. Procureur,
    Détermination de la polarisation des gluons dans le nucléon par la production de hadrons a grande impulsion transverse a COMPASS,
    (in French: Determination of the gluon polarisation in the nucleon via hadron production with high transverse momentum),
    Universite Paris XI, U.F.R. Scientifique d'Orsay, Paris, March 2006
31. B. Grube,
    A trigger control system for COMPASS and a measurement of the transverse polarization of Λ and Ξ hyperons from quasi-real photo-production,
    Technische Universität München, January 2006
32. M. Stolarski,
    Spin structure of the nucleon at low x and low Q² in the COMPASS experiment at CERN, with erratum,
    Faculty of physics, Warsaw University, Warsaw, 2006
33. M. Alekseev,
    Study of semi-inclusive processes using the COMPASS spectrometer with transversely polarized target,
    Univ. Torino, February 2007
34. R. Kuhn,
    A measurement of spin asymmetries in quasi-real photo-production of hadrons with high transverse momentum at COMPASS ,
    Technische Universität München, July 2007, published at HARLAND media
35. A. Korzenev,
    Measurement of the spin structure function g₁^d in COMPASS experiment (in Russian),
    Joint Institute for Nuclear Researches, Dubna, September 2007
36. D. Kang,
    Longitudinal Lambda and Lambda-bar polarization at the COMPASS experiment,
    Univ. Freiburg, October 2007
37. B. Parsamyan,
    Analysis and interpretation of transverse spin dependent azimuthal asymmetries in SIDIS at the COMPASS experiment,
    Univ. Torino, November 2007
38. G. Brona,
    Hadron production and polarisation of gluons in the nucleon in the μ–N interactions in the COMPASS experiment at CERN,
    Warsaw University, 2007
39. F. Sozzi,
    Measurement of transverse spin effects in COMPASS,
    University of Trieste, December 2007
40. G. Venugopal,
    Measurement of transverse momentum dependent asymmetries with COMPASS experiment at CERN,
    Mathematisch-Naturwissenschaftliche Fakultät der Rheinischen Friedrich-Wilhelms-Universität Bonn, January 2008
41. A. Vossen,
    Transverse spin asymmetries at the COMPASS experiment,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, April 2008
42. F. Massmann,
    Messung transversaler Spineffekte mittels zwei Hadronen Korrelation am COMPASS-Experiment,
    (in German: Measurement of transverse spin effects via two-hadron correlations at the COMPASS experiment),
    Mathematisch-Naturwissenschaftliche Fakultät der Rheinischen Friedrich-Wilhelms-Universität Bonn, June 2008
43. F. Robinet,
    Mesure de la polarisation des gluon dans le nucléon par la muo-production de mésons charmés à COMPASS (ps.gz),
    (in French: Measurement of the gluon polarisation in the nucleon via muo-production of charmed mesons at COMPASS),
    UFR de Physique, Université Paris Diderot (Paris 7), September 2008
44. Q. Weitzel,
    Precision meson spectroscopy: diffractive production at COMPASS and development of a GEM-based TPC for PANDA,
    Technische Universität München, September 2008
45. S. Koblitz,
    Determination of the gluon polarisation from open charm production at COMPASS,
    Univ. Mainz, October 2008
46. S. Levorato,
    Measurement of transverse spin effect in COMPASS on a transversely polarised proton target,
    University of Trieste, March 2009
47. R. Hermann,
    Die Messung der Gluonpolarisation durch die Produktion von Hadronpaaren mit großen Transversalimpulsen in tiefinelastischen Myonstreuung am Nukleon,
    (in German: Measurement of the gluon polarisation from high-p_T hadron pairs in deep-inelastic muon scattering off the nucleon),
    Univ. Mainz, September 2009
48. T. Negrini,
    Transverse Λ polarization from a transversely polarized proton target at the COMPASS experiment,
    Mathematisch-Naturwissenschaftliche Fakultät der Rheinischen Friedrich-Wilhelms-Universität Bonn, October 2009
49. G. Jegou,
    Prodution exclusive de mésons ρ⁰ dans l'expérience COMPASS au CERN,
    (in French: Exclusive production of ρ⁰ mesons at the COMPASS experiment at CERN),
    Université de Paris XI, December 2009
50. A. Guskov,
    Analysis of the charged pion polarizability measurement method at COMPASS experiment,
    Univ. Torino, January 2010
51. M. Bettinelli,
    Exclusive ωπ⁰ production with muons at COMPASS,
    Ludwig-Maximilians-Universität München, March 2010
52. E. Rocco,
    Development of a gaseous photon detector for Cherenkov imaging applications,
    Univ. Torino, 2010
53. S. Takekawa,
    Study of T-odd parton distribution functions in polarised Drell-Yan processes at COMPASS,
    Univ. Torino, March 2010
54. G. Pesaro,
    Measurements at COMPASS of transverse spin effects on identified hadrons on a transversely polarised proton target,
    University of Trieste, March 2010
55. G. Sbrizzai,
    Measurements of the transverse momentum dependent azimuthal asymmetries in SIDIS at COMPASS,
    University of Trieste, March 2010
56. H. Wollny,
    Measuring azimuthal asymmetries in semi-inclusive deep-inelastic scattering off transversely polarized protons,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, April 2010
57. A. Richter,
    Measurement of transverse spin effects at the COMPASS Experiment,
    Universität Erlangen–Nürnberg, June 2010
58. A. Dinkelbach,
    Precision tracking and electromagnetic calorimetry towards a measurement of the pion polarisabilities at COMPASS,
    Technische Universität München, June 2010
59. K. Klimaszewski,
    Determination of gluon polarisation in the nucleon from events with high-pT hadron pairs in COMPASS experiment,
    Soltan Institute for Nuclear Studies, Warsaw, June 2010
60. J.-F. Rajotte,
    Hadron muoproduction at the COMPASS experiment,
    Ludwig-Maximilians-Universität München, August 2010
61. E. Zemlyanichkina,
    Evaluation of the contribution of strange quarks to the nucleon spin from the COMPASS Experiment (in Russian),
    Joint Institute for Nuclear Researches, Dubna, 2010
62. A. Zvyagin,
    D-meson production by muons in the COMPASS experiment at CERN,
    Ludwig-Maximilians-Universität München, November 2010.
63. F. Herrmann,
    Development and verification of a high performance electronic readout framework for high energy physics,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, August 2011
64. N. Makke,
    Measurement of the polarization of strange quarks in the nucleon and determination of quark fragmentation functions into hadrons,
    Université Paris-Sud XI, October 2011
65. L. Silva,
    Measurement of the gluon polarisation through high-p_T hadron production in COMPASS,
    Universidade Técnica de Lisboa, 2011
66. C. Franco,
    Measurement of the gluon polarisation from open-charm production at COMPASS,
    Universidade Técnica de Lisboa, December 2011
67. Ch. Höppner,
    First measurement of the cross section for the production of hadrons with high transverse momenta at COMPASS, and developments for particle tracking in high-rate experiments",
    TU München, January 2012
68. P. Jasinski,
    Analysis of diffractive dissociation of K^– into K^–π⁺π^– on a liquid hydrogen target at the COMPASS spectrometer,
    Universität Mainz, January 2012
69. C. Elia,
    Measurement of two-hadron transverse spin asymmetries in SIDIS at COMPASS,
    University of Trieste, March 2012.
70. T. Schlüter,
    The π^–η and π^–η' systems in exclusive 190 GeV π^–p reactions at COMPASS (CERN),
    Ludwig-Maximilians-Universität München, June 2012
71. S. Neubert,
    First amplitude analysis of resonant structures in the 5-pion continuum at COMPASS,
    TU München, June 2012
72. S. Grabmüller,
    Cryogenic silicon detectors and analysis of primakoff contributions to the reaction π^–Pb → π^– π^– π⁺Pb at COMPASS ,
    TU München, September 2012
73. V. Jarý,
    Analysis and proposal of the new architecture of the selected parts of the software support of the COMPASS experiment,
    M. Bodlak et al 2013 JINST 8 C02009,
    Czech Technical University in Prague, Faculty of Faculty of Nuclear Sciences and Physical Engineering, August 2011
74. T. Nagel,
    Measurement of the charged pion polarizability at COMPASS,
    TU München, September 2012
75. R. Panknin,
    Extraction of fragmentation functions from charged kaon and pion production at COMPASS,
    Universität Bonn, October 2012
76. Ch. Adolph,
    One-hadron transverse spin effects on a proton target at COMPASS,
    Universität Erlangen–Nürnberg, February 2013
77. S. Schopferer ,
    An FPGA-based trigger processor for a measurement of deeply virtual compton scattering at the COMPASS-II experiment,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, October 2013
78. F. Haas,
    Two-dimensional partial-wave analysis of exclusive 190 GeV π⁻p scattering into thei π⁻π⁻π⁺ final state at COMPASS (CERN),
    TU München, January 2014; (CERN-THESIS-2013-277)
79. J. Bernhard ,
    Exclusive vector meson production in pp collisions at the COMPASS experiment,
    Universität Mainz, January, 2014
80. N. Rossiyskaya ,
    Heavy hyperon production in deep inelastic muon-deuteron scattering at COMPASS (in Russian),
    Joint Institute for Nuclear Researches, Dubna, June 2014
81. K. Schmidt,
    Transverse target spin asymmetries in exclusive vector meson muoproduction,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, June 2014
82. Ch. Braun,
    Hadron-pair production on transversely polarized targets in semi-inclusive deep inelastic scattering,
    University Erlangen-Nürnberg, July 2014
83. A. Austregesilo,
    Central production of two-pseudoscalar meson systems at the COMPASS experiment at CERN,
    TU München, July 2014; (CERN-THESIS-2014-190)
84. V. Andrieux,
    Polarisation of quarks and gluons inside the nucleon,
    University Paris-Sud, September 2014
85. M. Boër,
    Etude des distributions de parton généralisées avec la diffusion Compton profondément virtuelle "genre espace" et "genre temps"
    (in French: Study of space- and time-like generalised parton distributions using deeply virtual Compton scattering),
    University Paris-Sud, September 2014
86. F. Thibaud,
    Développement de détecteurs Micromegas pixellisés pour les hauts flux de particules et évaluation de la contribution diffractive à la leptoproduction de hadrons à COMPASS
    (in French: Development of pixelized Micromegas detectors for high particle flux and evaluation of the diffrative contribution to hadron production at COMPASS),
    University Paris-Sud, September 2014
87. Q. M. Curiel Garcia,
    Measurement of hadron multiplicities in deep inelastic scattering and extraction of quark fragmentation functions,
    University Paris-Sud, December 2014
88. P. Sznajder,
    Study of azimuthal asymmetries in exclusive leptoproduction of vector mesons on transversely polarised protons and deuterons,
    National Centre For Nuclear Research, Otwock – Świerk, March 2015
89. T. Weisrock ,
    Single Meson Production in Proton Diffraction at 190 GeV/c at COMPASS,
    Universität Mainz, April 2015
90. J. ter Wolbeek ,
    Azimuthal asymmetries in hard exclusive meson muoproduction off transversely polarized protons ,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, April 2015
91. M. Levillain,
    Double longitudinal spin asymmetries in single hadron photoproduction at high p_T at COMPASS
    University Paris-Sud, October 2015
92. S. Sirtl,
    Azimuthal asymmetries in semi-inclusive deep-inelastic hadron muoproduction on longitudinally polarized protons,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, April 2016
93. N. du Fresne von Hohenesche,
    Measurement of hadron multiplicities in deep inelastic muon-nucleon scattering,
    Universität Mainz, June 2016
94. M. Krämer,
    Evaluation and optimization of a digital calorimetric trigger and analysis of pion-photon-interactions in π Ni → π⁻π⁰π⁰ Ni Reactions at COMPASS at CERN,
    TU München, June 2016
95. S. Uhl,
    Photon reconstruction and partial-wave analysis of three-body final states with neutral particles at COMPASS ,
    . TU München, July 2016
96. K. Bicker,
    Model selection for and partial-wave analysis of a five-pion final state at the COMPASS experiment at CERN ,
    . TU München, August 2016
97. M. Quaresma,
    Transverse momentum dependent parton distribution functions through SIDIS and Drell-Yan at COMPASS,
    Universidade de Lisboa, Instituto Superior Técnico, July 2016
98. Adam Szabelski,
    The gluon contribution to the Sivers effect measurement at the COMPASS experiment,
    National Centre of Nuclear Research, Warsaw, October 2016
99. Ch. Regali,
    Exclusive event generation for the COMPASS-II experiment at CERN and improvements for the Monte-Carlo chain,
    Physikalisches Institut Albert-Ludwigs-Universität Freiburg, December 2016
100. T. Szameitat,
     New Geant4-based Monte Carlo software for the COMPASS-II experiment at CERN,
     Physikalisches Institut Albert-Ludwigs-Universität Freiburg, December 2016
101. D. Hahne,
     Kaon fragmentation functions from semi-inclusive deep inelastic scattering of muons on an isoscalar target,
     Mathematisch-Naturwissenschaftliche Fakultät der Rheinischen Friedrich-Wilhelms-Universität, (Bonn, December 2016
102. Andrzej Rychter,
     Measurement-based characterisation and modelling of micropixel avalanche photodiodes,
     Warsaw University of Technology, Warsaw, 2016
103. Ph. Jörg,
     Deeply virtual compton scattering at CERN - What is the size of the proton?,
     Physikalisches Institut Albert-Ludwigs-Universität Freiburg, February 2017
104. S. Huber,
     Upgrade of the COMPASS calorimetric trigger and determination of the charged-pion polarizability,
     TU München, March 2017
105. M. Wilfert,
     Investigation of the structure of the nucleon at the COMPASS experiment,
     Universität Mainz, March 2017
106. S. S. Dasgupta,
     Particle identification with the Cherenkov imaging technique using MPGD based photon detectors for physics at COMPASS experiment at CERN,
     University of Trieste, April 2017
107. M. Büchele,
     Development of time-to-digital converter based on field-programmable gate arrays,
     Physikalisches Institut Albert-Ludwigs-Universität Freiburg, October 2017
108. A. S. Nunes,
     Spin structure of the proton at low-x and low Q² from the COMPASS experiment at CERN,
     Instituto Superior Ecnico, Universidade de Lisboa, Lisbon, December 2017
109. F. M. Krinner,
     Freed-isobar partial-wave analysis,
     TU München, February 2018
110. M. Gorzellik,
     Cross-section measurement of exclusive π⁰ muoproduction and firmware design for an FPGA-based detector readout,
     Physikalisches Institut Albert-Ludwigs-Universität Freiburg, March 2018
111. J. Matoušek,
     Nucleon spin structure studies in Drell–Yan process at COMPASS,
     Charles University, Prague, and University of Trieste, April 2018
112. N. Pierre,
     Multiplicities of hadrons in deep-inelastic scattering of muons on nucleons at COMPASS,
     Universität Mainz and Université Paris-Saclay, July 2019
113. R. Heitz,
     Transverse momentum dependent nucleon structure from pions impinged on a transversely polarized proton target,
     University of Illinois at Urbana-Champaign, May 2019
114. M. Mikhasenko,
     Three-pion dynamics at COMPASS: resonances, rescattering and non-resonant processes,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, September 2019
115. A. Vidon,
     Probing the proton structure through deep virtualCompton scattering at COMPASS, CERN,
     Université Paris-Saclay, October 2019
116. M. Meyer-Conde,
     Measurement of absolute Drell-Yan cross-sections using a 190-GeV pion beam at the COMPASS-II experiment, CERN,
     Université Paris-Saclay, November 2019
117. M. Ziembicki,
     Scintillating fiber detectors for high energy physics experiments,
     Warsaw Unitversity of Technology, Warswaw, 2019
118. C. Chatterjee,
     Performance study of the RICH at COMPASS experiment for hadron identification in SIDIS physics,
     University of Trieste, Italy, March 2020.
119. A. Kerbizi,
     Recursive fragmentation of a polarized quark,
     University of Trieste, Italy, March 2020.
120. M. Pešek,
     Pion-induced polarized Drell-Yan process at COMPASS,
     Charles University, Prague, June 2020
121. C.-J. Naïm,
     Cold nuclear matter effects in Drell-Yan process and charmonium production,
     Université Paris-Saclay, France, October 2020
122. Y.-H. Lien,
     Measurements of Unpolarized Dimuon Angular Distributions of Drell–Yan Production with 190-GeV Pion beams in the COMPASS Experiment at CERN,
     National Kaohsiung Normal University, Taiwan, July 2021
123. Ch.-Y. Hsieh,
     Measurement of the differential Drell–Yan cross sections with 190-GeV pion beams in the COMPASS Experiment at CERN,
     National Central University, Taoyuan, Taiwan, August 2021
124. A. Moretti,
     Study of the Transverse-Momentum-Dependent structure of the nucleon in Semi-Inclusive DIS,
     University of Trieste, Italy, September 2021
125. O. Šubrt,
     Algorithms for processing of large data sets using distributed architectures and load balancing,
     Czech Technical University in Prague, October 2021
126. B. Ventura,
     Study of Deeply Virtual Compton Scattering at COMPASS at CERN,
     Université Paris-Saclay, France, December 2021
127. S. Wallner,
     Exploring the strange-meson spectrum with COMPASS in the reaction K ^– + p → K ^– π ^– π ⁺ + p ,
     Technische Universität München, Germany, January 2022
128. J.V. Giarra,
     Deeply Virtual Compton Scattering at COMPASS,
     Universität Mainz, June 2022
129. A. Townsend,
     Transverse single-spin asymmetries in pion-induced Drell-Yan and J/ψ production at COMPASS,
     University of Illinois at Urbana-Champaign, June 2022
130. A. Gridin,
     Double J/ψ production in pion-nucleon scattering at COMPASS experiment (in Russian),
     Joint Institute for Nuclear Researches, Dubna, December 2023
131. M. Pešková,
     Proton structure studies using hard exclusive processes at COMPASS experiment,
     Charles University, Prague, September 2024
132. K. Lavičková,
     Measurement of the Exclusive π⁰ Muoproduction Cross Section at COMPASS,
     Czech Technical University, Prague, September 2025
133. M. Niemiec,
     Studies of the three-dimensional structure of the nucleon at the COMPASS experiment at CERN,
     University of Warsaw, Warsaw, October 2025
134. P. Haas,
     The spectrum of isovector mesons in ω(782) π^– π⁰ final state at COMPASS,
     Technishe Universitäd München, January 2026

Diploma/Master/Bachelor theses

1. R. Puntaferro,
   Studio Sperimentale di un RICH per l'identificazione degli adroni prodotti in processi fortemente anelastici,
   University of Trieste, March 4, 1996
2. M. Giachetto,
   Studio e simulazione di un rivelatore RICH che utilizza camere a CsI (in Italian),
   Univ. Torino, October 1997
3. M. Schierloh,
   Einsatz programmierbarer Logikbausteine in der COMPASS-Ausleseelektronik (in German: about CATCH1),
   Univ. Freiburg, December 1998
4. P. Pagano,
   Il Cerenkov a focalizzazione d'immagine dell'esperimento COMPASS (in Italian),
   University of Trieste, May 28, 1999
5. M. Colantoni,
   Ottimizzazione del secondo spettrometro S.A.S. nell'esperimento COMPASS (in Italian),
   Univ. Torino, July, 1999
6. A. Ferrero,
   Rivelatori di tracciamento a piccolo angolo per l'esperimento COMPASSS (in Italian),
   Univ. Torino, October, 1999
7. S. Caccia,
   Il sistema automatico di test del circuito integrato gassiplex dell'esperimento COMPASS (in Italian),
   Univ. East Pedmont, November, 1999
8. A. Yu. Korzenev,
   Measuring SM1 magnetic field and problem of lambda filtering (in Russian),
   JINR Dubna, Russia, 2000
9. M. Jiji,
   Aufbau eines Triggerhodoskopsystems für das Compass-Experiment,
   Univ. Mainz, September 2000
10. L. Henning,
    Integration einer Kontroll- und Ausleseeinheit in das COMPASS-Experiment
    (in German: Integration of a control and read-out unit into the COMPASS experiment),
    Univ. Freiburg, November 2000
11. M. Niebuhr,
    Entwicklung eines 250 MHz Zählers mit totzeitfreier Auslese für das COMPASS Experiment
    (in German: on a 250 MHz Scaler for COMPASS),
    Univ. Freiburg, November 2000
12. M. Hoffmann,
    Aufbau einer Signalquelle zum Test von schnellen Datenaufnahmesystemen (in German: Staatsexamensarbeit),
    Univ. Freiburg, June 2000
13. A. Huf,
    Entwicklung eines schnellen Strahlhodoskops für den COMPASS-Trigger (in German),
    Univ. Mainz, March 2001
14. M. Parr,
    Entwicklung eines Kontrollsystems für das COMPASS-Experiment(in German),
    Univ. Freiburg, June 2001
15. C. Schuhegger ,
    Development of the detector control system for the COMPASS detector at CERN,
    TU München, August 2001
16. R. Kuhn ,
    Simulations for the measurement of the polarizabilities of the pion at COMPASS,
    TU München, November 2001
17. M. Hoffmann,
    Integration eines RISC-Mikroprozessors zur Überwachung des CATCH (in German),
    Univ. Freiburg, October 2001
18. F. Simon ,
    Commissioning of the GEM detectors for the COMPASS experiment,
    TU München, November 2001
19. B. Grube,
    The trigger control system and the common GEM and silicon readout for the COMPASS experiment,
    TU München, December 2001
20. R. Wagner ,
    Commissioning of silicon detectors for the COMPASS experiment at CERN,
    TU München, December 2001
21. R. Risken,
    Entwicklung einer Testapparatur für die Straw-Ausleseelektronik des COMPASS-Experimentes (in German),
    Univ. Freiburg, December 2001
22. A. Schweimler,
    Entwicklung einer Steuerungssoftware für das COMPASS Experiment (in German),
    Univ. Freiburg, February 2002
23. M. von Hodenberg ,
    A first reconstruction of COMPASS Data,
    Freiburg, June 2002
24. M. Stolarski,
    Simulations of multibody D meson decays in the COMPASS experiment at CERN (abstract only),
    original in Polish with 31 figures: Symulacje wielocialowych rozpadow mezonow D w doswiadczeniu COMPASS w CERN,
    Warsaw, July 2002
25. V. Duic,
    L'organizzazione della base di dati in COMPASS ed il problema dell'accesso remoto
    (in Italian: The organisation of the COMPASS data base and the remote access issue),
    University of Trieste, 26 March 2002
26. C. Schembari,
    Allineamento dei rivelatori di tracciamento dell'esperimento COMPASS (in Italian),
    Univ. Torino, September 2002
27. F. Karstens,
    Entwicklung eines eigenständigen kompakten Datennahmesystems (in German),
    Univ. Freiburg, October 2002
28. L. Cerini,
    Studio sperimentale di camere a deriva di grandi dimensioni per lo spettrometro COMPASS al CERN
    (in Italian: Experimental study of large dimension drift chambers for the COMPASS experiment at CERN),
    University of Trieste, November 2002
29. W. Kastaun,
    Erste Untersuchungen zur Hadron-Produktion am COMPASS-Experiment (in German),
    Univ. Freiburg, December 2002
30. C. Mulatero,
    Sistema di Test in VHDL per l'Elettronica di Front-End di COMPASS (in Italian),
    Univ. Torino, April 2003
31. L. Oberto,
    Read-Out delle Camere MWPC di COMPASS con tecniche FPGA (in Italian),
    Univ. Torino, April 2003
32. M. Destefanis,
    Studio della polarizzazione nella produzione semiinclusiva di iperoni lambda con bersaglio polarizzato longitudinalmente e trasversalmente a COMPASS (in Italian),
    Univ. Torino, July 2003
33. R. Hermann,
    Entwicklung eines LED-Pulsersystems zur Kalibrierung des Triggers im COMPASS-Experiment (in German),
    Univ. Mainz, November 2003
34. S.K. Schoenning,
    Study of the COMPASS spectrometer performance using K⁰_s events,
    Uppsala University, April 2003
35. A. Fuchs,
    Setup for a low temperature silicon detector for the COMPASS experiment,
    Technische Universität München, December 2003
36. F. Sozzi,
    Identificazione di particelle con il RICH di COMPASS al Superprotosincrotrone del CERN
    (in Italian: Particle Identification with COMPASS RICH at the CERN Superprotonsynchrotron),
    University of Trieste, 2003
37. S. Neliba,
    Cryostat for target material irradiation in experiment COMPASS (in Czech),
    Czech Technical University in Prague, Faculty of Mechanical Engineering, Czech Republic, January 2004
38. G. Brona,
    Search for pentaquark states in the COMPASS experiment,
    Warsaw University, May 2004
39. I. Ludwig,
    Azimuthal asymmetries and the Cahn effect at COMPASS ,
    Univ. Freiburg, July 2004
40. D. De Maria,
    Studio teorico e analisi sperimentale delle asimmetrie di spin e della distribuzione di trasversita (in Italian),
    Univ. Torino, September 2004
41. S. Leto,
    Un catalogo per i dati Monte Carlo di COMPASS: prospettive offerte dai servizi Grid
    (in Italian: A Catalogue for the Monte Carlo data of COMPASS: prospects offered by Grid Services),
    University of Trieste, October 2004
42. T. Nagel,
    Cinderella: an Online Filter for the COMPASS experiment,
    Technische Universität München, January 2005
43. S. Trippel,
    Aufbau einer Messeinrichtung zur Bestimmung des Myonenflusses bei COMPASS (in German),
    Univ. Freiburg, March 2005
44. D. Kramer,
    Optical concentrators for Cerenkov light detector,
    Faculty of Mechatronics and Interdisciplinary Engineering Studies, Technical University of Liberec, Czech Republic, June 2005
45. E.V. Zemlyanichkina,
    Search for the exotic baryon resonances Σ⁺(1770) and Ξ⁺(1862) in COMPASS (in Russian),
    JINR Dubna, Russia, 2005
46. V. L. Rapatsky,
    Longitudinal polarization of lambda and anti-lambda hyperons in COMPASS (in Russian),
    JINR Dubna, Russia, 2005
47. B. Pawlukiewicz-Kaminska,
    Simulation of the Bremsstrahlung emission by hadrons in the COMPASS experiment, erratum,
    Warsaw University, July 2005
48. P. Delaurenti,
    Analysis and design of a fast binary front-end chip for the Compass Experiment at CERN,
    Univ. Torino, September, 2005
49. E. Rocco ,
    Studio e caratterizzazione di un sistema di rivelazione di fotoni con MAPMT per il RICH di COMPASS
    (in Italian: Study and characterization of a MAPMT photon detector system for the COMPASS RICH),
    University of Trieste, December 2005
50. S. Grabmüller,
    Studies of diffractive particle production at COMPASS
    Technische Universität München, December 2005
51. L. Steiger ,
    Tests of multianode photomultipliers for the COMPASS/RICH detector (in Czech),
    Technical University in Liberec, Czech Republic, June, 2006
52. A. Richter,
    Zeitkalibration der Faserhodoskope und Qualitätsüberprüfung der Daten für das COMPASS-Experiment
    (in German: Time calibration of the fibre hodoscopes and data quality checks for the COMPASS experiment),
    Universität Erlangen, Februar 2006
53. F. Herrmann,
    Multifunctional signal source for modular data analysis,
    Univ. Freiburg, May 2006
54. A. Takekawa,
    Il rivelatore RichWall dell'esperimento COMPASS al CERN (in Italian),
    Univ. Torino, December 2006
55. M. Coppo,
    Misura preliminare della polarizzazione del pione a COMPASS (in Italian),
    Univ. Torino, December 2006
56. R. Panknin,
    Bau und Installation eines neuen Veto-Detektors am COMPASS-Experiment am CERN,
    (in German: Construction and installation of a new veto detector at the COMPASS experiment at CERN),
    Universität Bonn, December 2006
57. P. Jasinski,
    Aufbau und Betrieb eines Teststandes für Strahltscherenkowdetektoren am COMPASS-Experiment,
    (in German: Construction and operation of a test bench for the beam Cherenkov detectors of the COMPASS experiment),
    Universität Mainz, January 2007
58. H. Wollny,
    Bestimmung des Myonenflusses am COMPASS-Experiment,
    (in German: Determination of the muon flux in the COMPASS experiment),
    Universität Freiburg, March 2007
59. G. Pesaro,
    Messa a punto e caratterizzazione del RICH veloce dell'Esperimento COMPASS,
    (in Italian: Setup and characterization of the fast RICH of COMPASS experiment),
    University of Trieste, May 2007
60. R. Hagemann,
    Inbetriebnahme eines schnellen Photondetektors für den ringabbildenden Cerenkov-Detektor am COMPASS-Experiment,
    (in German: Comissioning of a fast photon detection system for the ring imaging Cherenkov detector at the COMPASS experiment),
    Universität Freiburg, August 2007
61. J. Kiefer,
    First Measurement of the Transverse-Target Single-Spin Asymmetry in Exclusive Muon-Production of ρ Mesons at COMPASS,
    Universität Freiburg, August 2007
62. C. Kurig,
    Aufbau, Test und Weiterentwicklung des Triggersystems für das elektromagnetische Kalorimeter ECAL1 des COMPASS-Experiments,
    (in German: Construction, test and improvement of the trigger system for the electromagnetic calorimeter ECAL1 of the COMPASS experiment),
    Universität Mainz, August 2007
63. J. Bernhard,
    Aufbau des inneren Rings eines Recoildetektors am COMPASS-Experiment,
    (in German: Construction of the inner ring of the recoil detector at the COMPASS experiment),
    Universität Mainz, December 2007
64. G. Sbrizzai,
    Simulazione di eventi SIDIS in Grid per l'esperimento COMPASS,
    (in Italian: SIDIS events simulation in Grid for the COMPASS experiment),
    University of Trieste, October 2007
65. Ch. Wuttke,
    Konzeption eines Multiplizitätszählers für das COMPASS Experiment,
    (in German: Conceptional design of a multiplicity counter for the COMPASS experiment),
    Universität Mainz, November 2007
66. W. Käfer,
    Azimuthal Asymmetries in Unpolarized Semi-Inclusive DIS,
    Universität Freiburg, March 2008
67. D. Cotic,
    Bestimmung der Linearität und Energieauflösung von Bleiglasmodulen im elektromagnetischen Kalorimeter am COMPASS-Experiment,
    (in German: Determination of the linearity and energy resolution of lead glass modules in the electromagnetic calorimeter at the COMPASS experiment),
    Universität Mainz, April 2008
68. D. Chaberny,
    Untersuchung der Strahlenresistenz der Bleiglasmodule des elektromagnetischen Kalorimeters am COMPASS Experiment,
    (in German: Study of the radiation hardness of the lead glass modules of the electromagnetic calorimeter at the COMPASS experiment),
    Universität Mainz, 2008
69. J. Barwind,,
    Azimuthal asymmetries in polarized vector-meson production at the COMPASS experiment ,
    Univ. Freiburg, October 2008
70. S. Schopferer,
    Entwicklung eines hochauflösenden Transientenrekorders,
    (in German: Development of a high resolution transient recorder),
    Universität Freiburg, February 2009
71. T. Aledavood,
    Studies of color transparency using di-jet events from a 190 GeV/c pion beam scattered on various targets at COMPASS,
    TU München, May 2009
72. R. Konopka,
    Real time data processing and feature extraction of calorimeter data in COMPASS,
    TU München, August 2009
73. P. Sznajder,
    Porównanie ekskluzywnej produkcji mezonów ρ⁰ i φ w eksperymencie COMPASS,
    (in Polish: Comparison of exclusive production of ρ⁰ and φ vector mesons in COMPASS experiment),
    Warsaw University of Technology, September 2009
74. Ch. Braun,
    Bau und Tests eines sehr dünnen Beam-Counters aus szintillierenden Fasern und Software zur Qualitätsprüfung für das COMPASS-Experiment,
    (in German: Construction und tests of a very thin beam counter made of scintillating fibres and software for quality checks for the COMPASS experiment),
    Universität Erlangen, January 2010
75. S. Dinter,
    Analysis of final states with π⁰ and η mesons produced in π⁻ interactions and studies of the electromagnetic calorimeters at COMPASS (CERN),
    Ludwig-Maximilians-Universität München, March 2010
76. S. Huber,
    Development of a digital trigger of electromagnetic calorimeter,
    TU München, June 2010
77. H. Wöhrmann,
    Diffraktive Produktion von Drei-Körper-Endzuständen in π⁻p-Wechselwirkung am COMPASS-Experiment (CERN),
    (in German: Diffractive production of 3-body final states in π⁻ p interactions at the COMPASS experiment (CERN)),
    Ludwig-Maximilians-Universität München, October 2010
78. J. Bieling,
    Entwicklung eines ungetakteten 64-Kanal-Meantimers und einer Koinzidenzschaltung auf einem FPGA ,
    (in German: Development of an unclocked 64-channel mean-timer and coincidence logic on a FPGA),
    Rheinische Friedrich-Wilhelms-Universität Bonn, November 201O
79. A. Zimmermann,
    Design und Test von Szintillationszählern mit Luftlichtleitern für das Triggersystem des COMPASS Experiments,
    (in German: Design and test of scintillator counters with air light guides for the COMPASS trigger system),
    Universität Mainz, November 2010
80. K. Bicker,
    Construction and commissioning of a cooling and support structure for the silicon detectors for the COMPASS experiment,
    TU München, January 2011
81. P. Zimmerer,
    Performance of cryogenic silicon microstrip detectors at the COMPASS experiment,
    TU München, January 2011
82. M. Diefenbach,
    Monte Carlo analysis of the acceptances in the π−η and π−η Final states at COMPASS (CERN),
    Ludwig-Maximilians-Universität München, June 2011
83. M. Ebert,
    Analysis of the b₁(1235)π final state in COMPASS data,
    TU München, July 2011
84. F. Hitzler,
    Schauer Charakterisierung in den elektromagnetischen Kalorimetern bei COMPASS (CERN),
    (in German: Shower Characterization in the electromagnetic Calorimeters at COMPASS (CERN)),
    TU München, July 2011
85. S. Pflüger,
    Investigations of the light meson spectrum with COMPASS using final states containing neutral particles,
    TU München, July 2011
86. M. Wilfert,
    Bestimmung von F₂^cc aus offener Charmproduktion bei COMPASS,
    (in German: Determination of the charm structure function from open charm production at COMPASS),
    Universität Mainz, July 2011
87. M. Becker,
    Untersuchung von offener Charmproduktion am COMPASS-Experiment in Myon-Nukleon-Streuung bei 160 GeV/c,
    (in German: A study of open charm production at the COMPASS experiment in muon-nucleon scattering at 160 GeV/c),
    Universität Mainz, August 2011
88. A. Gensler,
    Betriebseigenschaften der CEDARs für Likelihood-Teilchenidentifikation bei COMPASS,
    (in German: Performance of the CEDARs for Likelihood Particle Identification at COMPASS),
    TU München, August 2011
89. Ch. Raab,
    Analysis of the η'π and ηπ final states in COMPASS data,
    TU München, September 2011
90. M. Leeb,
    Optimization of the clustering and tracking algorithms of the silicon microstrip detectors for the COMPASS experiment,
    TU München, November 2011
91. M. Pešek,
    Low temperature proton polarized target for nucleon structure studies at COMPASS,
    Bachelor Thesis, Charles University, Prague, 2012
92. A. Düdder,
    Umbau des Large Angle Triggersystems des COMPASS Experiments,
    (in German: Modification of the large angle trigger system of the COMPASS Experiment),
    Universität Mainz, November 2012
93. B. Holzgartner,
    Water cooling for the frontend electronics and a modular phase separator for the COMPASS silicon detectors and alignment for the 2012 Primakoff run,
    TU München, October 2012
94. Ch. Michalski,
    Entwicklung eines Echtzeit-Strahlprofil-Monitoring-Systems für das COMPASS-II Experiment,
    (in German: Development of a real-time beam profile monitoring system for the COMPASS-II experiment),
    Universität Freiburg, March 2013
95. S. Lietzau,
    Leakage studies for the analysis of diffractive dissociation into the π⁻π⁻π⁺ final state,
    TU München, September 2013
96. M. Pešek,
    Low temperature proton polarized target for nucleon structure studies at COMPASS,
    Charles University, Prague, April 2014
97. S. Schmeing,
    Resonance extraction in diffractive 3π production using 190 GeV/c π⁻ at the COMPASS experiment (CERN),
    TU München, July 2014
98. J. Tomsa,
    Monitoring tools for the data acquisition system of the COMPASS experiment at CERN,
    Czech Technical University in Prague, Faculty of Faculty of Nuclear Sciences and Physical Engineering, July, 2014
99. Ch. Dreisbach,
    Study of elastic π⁻p scattering at COMPASS,
    TU München, December 2014
100. M. Peskova,,
     Studies of Drell-Yan process with polarized target at COMPASS,
     Charles University, Prague, June 2015
101. A. Květoň,
     State machines of the data acquisition system of the COMPASS experiment at CERN,
     Czech Technical University in Prague, Faculty of Nuclear Sciences and Physical Engineering, July, 2015
102. S. Wallner,
     Extraction of resonance parameters of light meson resonances in the charged three-pion final state at the COMPASS experiment (CERN),
     TU München, October 2015
103. O. J. Drotleff,
     Model selection for partial-wave analysis of π⁻ + p → π⁻ π⁺ π⁻ + p the COMPASS experiment at CERN ,
     TU München, November 2015
104. B. Veit,
     Umbau und Test des COMPASS-Myontriggers für das Drell-Yan-Programm,
     (in German: Modification and test of the COMPASS muon trigger for the Drell-Yan programme),
     Universität Mainz, December 2015
105. J. Tomsa,
     Backup processes of data acquisition control system of the COMPASS experiment at CERN,
     Czech Technical University in Prague, Faculty of Faculty of Nuclear Sciences and Physical Engineering, May, 2016
106. J. Giarra,
     Bestimmung von Hadronmultiplizitäten in Lepton-Nukleon-Streuung bei COMPASS ,
     (in German: Determination of hadron multiplicities in lepton nucleon scattering at COMPASSS),
     Universität Mainz, August 2016
107. A. Moretti,
     Transversity and Λ polarisation in polarised SIDIS,
     University of Trieste, March 2017
108. F. M. Kaspar,
     Application and verification of model-selection techniques for diffractively produced three-pion final states,
     TU München, May 2017
109. M. Peškovà,
     Study of azimuthal asymmetries in COMPASS Drell-Yan data,
     Charles University, Prague, May 2017
110. A. Květoň ,
     Remote user interface for the control system of the COMPASS experiment at CERN,
     Czech Technical University in Prague, Faculty of Electrical Engineering, Department of Computer Science, June, 2017
111. J. A. Seyfried,
     Determination of the chiral anomaly and studies on the pion polarizability in pion-nickel reactions from COMPASS at CERN,
     TU München, July, 2017
112. B. M. Veit,
     Qualitätsanalyse des COMPASS Triggers,
     Johannes Gutenberg-Universität Mainz, September, 2017
113. M. Wagner,
     Study of rescattering effcts in diffractive production at COMPASS - the Case of the a₁(1420),
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, September 2017
114. W. Renz,
     Akzeptanzbestimmung mit einer Monte Carlo Simulation für den π⁻p → π⁻pη(π⁺π⁻π⁰(γγ))-Zustand,
     (in German: Determination of the acceptance of the π⁻p → π⁻pη(π⁺π⁻π⁰(γγ)) state using a Monte Carlo simulation),
     bachelor thesis, HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, February 2018
115. M. Jandek,
     COMPASS experiment data servers API,
     Czech Technical University in Prague, Prague, May 2018
116. R. Reyes Ramos,
     Selection of diffractively produced ηπ and η′π final states at the COMPASS experiment,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, May 2018
117. E. Fotina,
     Long-term efficiency analysis of GEM detectors at the COMPASS Experiment,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, June 2018
118. X. Pan,
     Study of the model dependence of the partial-wave analysis of the three-pion final state,
     TU München, July 2018
119. J. Beckers,
     Study of the model dependence of the partial-wave analysis of the K π π final state,
     TU München, August 2018
120. A. Heimeroth,
     Studien zur Monte-Carlo-Simulation von elektromagnetischen Kalorimetern des COMPASS-Experiments am CERN,
     (in German: Studies concerning the simualtion of electromagnetic calorimeters of the COMPASS Experiment at CERN),
     bachelor thesis, HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, September 2018
121. M. R. Mynter,
     Performanz-Untersuchung von Silizium-Mikrostreifendetektoren im COMPASS Experiment am CERN,
     (in German: Performance Study of Silicon Microstrip Detectors in the COMPASSS Experiment at CERN),
     TU München, September 2018
122. A. Riedel,
     Parallelization of the computation of decay amplitudes for three-pion resonances with TensorFlow,
     TU München, September 2018
123. J. Aufdermauer,
     Monte-Carlo-Studien über den Rückstoßprotonendetektor des COMPASS-Experiments,
     (in German: Monte Carlo studies on the proton-recoil detector of the COMPASS Experiment),
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, October 2018
124. P. Orpel,
     Badanie ekskluzywnej produkcji mezonów ω w rozpraszaniu wysokoenergetycznych mionów na protonach w eksperymencie COMPASS,
     (in Polish: Exclusive production of ω mesons in high-energy muon scattering off protons in the COMPASS experiment),
     Warsaw University of Technology, October 2018
125. H. C. Pekeler,
     Investigation of diffractively produced ηπ and η′π final states in COMPASS,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, Juni 2019
126. T. Rudnicki,
     Boer–Mulders asymmetry for the pion and Sivers asymmetry for the proton in the Drell–Yan reaction at the COMPASS experiment at CERN,
     University of Warsaw, August 2019
127. T. Kumschier,
     Untersuchung von Normierungsintegralen in Partialwellenanalysen anhand der Reaktion π⁻ p → π⁻ π⁻ π⁺ p,
     (in German: Study of normalization integrals in partial waves analyses based on the eeaction π⁻ p → π⁻ π⁻ π⁺ p),
     TU München, August 2019
128. S. Scherrers ,
     Extraction of the exclusive J/ψ photoproduction cross section at COMPASS, CERN,
     Albert-Ludwigs-Universität Freiburg, September 2019
129. C. Dittrich,
     Selektion des Prozesses π⁻ + p → π⁻ + K⁻ + K⁺ aus COMPASS Daten,
     (in German: Selection of the π⁻ + p → π⁻ + K⁻ + K⁺ process from COMPASS Data),
     TU München, November 2019
130. M. Bartl,
     Study of the π⁻ π⁺ P-Wave Amplitude in the π⁻ π⁻ π⁺ System Produced in Inelastic π⁻ p Collision at COMPASS,
     TU München, November 2019
131. M. Hoffmann,
     A feasibility test for measuring the proton charge radius in high-energy muon-proton elastic scattering,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, May 2019
132. M. Gerstner,
     Vergleich von Daten- und Monte-Carlo-Ereignissen bei COMPASS,
     (in German: Comparison of real and Monte-Carlo-data at COMPASS),
     Johannes Gutenberg-Universität Mainz, July 2020
133. K. J. Flöthner,
     Investigations of the triple-GEM-tracking detector for COMPASS++/AMBER,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, November 2020
134. F. Metzger,
     Simulations of an active-target TPC for a measurement of the proton charge radius,
     HISKP, Rheinische Friedrich-Wilhelms-Universität Bonn, November 2020
135. J. Merz,
     Akzeptanzbestimmung für exklusive Einphotonereignisse bei COMPASS 2016,
     (in German: Determination of the acceptance for exclusive single photon events at COMPASS 2016),
     Johannes Gutenberg-Universität Mainz, November 2020
136. J. Beckers,
     Search for Light-Meson Resonances in Diffractively Produced K ^–K ⁺π ^–, K_S ⁰π ^– and K_S ⁰K ^– Final States Measured at COMPASS,
     Technische Universität München, Germany, June 2021
137. P. Haas,
     Analysis of the π ^–π ⁰ω(782) Final State in COMPASS Data,
     Technische Universität München, Germany, September 2021
138. T. Klasek,
     Semi-inclusive DIS studies at COMPASS experiment,
     Charles University, Prague, Czech Republic, June 2023
139. V. Benesova,
     Hadron production in deep inelastic scattering of muons off protons at COMPASS experiment,
     Charles University, Prague, Czech Republic, June 2023
140. S. Aumiller,
     Neural Networks for Photon Reconstruction in Electromagnetic Calorimeters for the COMPASS and AMBER Experiments,
     Technische Universität München, Germany, July 2023
141. G. Kurten,
     Study of 𝐾 ^–π⁺ and π ^–π⁺ Amplitudes in 𝐾 ^–π ^–π⁺ Data from the COMPASS Experiment,
     Technische Universität München, Germany, December 2023
142. J. Tatarik,
     Deep inelastic scattering of muons off transversely polarised deuterons at COMPASS,
     Charles University, Prague, Czech Republic, June 2024
143. V. Benesova,
     Identified hadron production in deep-inelastic scattering at COMPASS,
     Charles University, Prague, Czech Republic, June 2025