Higgs Boson and New Particle Research
Selected research topics:
L3
DELPHI
LC
D0
ATLAS
ongoing analyses:
ttW,ttH,tH,HH,ALP(AFP),tbH+
Research overview
Grant acknowledgments
Presentations/Publications
PhD, MA, BA projects
CERN summer student projects
Short-term project students
Research visits/seminars
Co-operations
Teaching
Outreach and Schools
cv (resumé)
WoS I-4951-2015
Scopus 35228009000
INSPIRES 988050
ORCID 0000-0001-6981-0544
Google Scholar
Outreach and comprehensive information on the Higgs boson
CERN ATLAS Research Project Suggestions
for BA, MA, PhD students,exchange students (Erasmus, dual-degrees, internship)
and research co-operations:
- Machine Learning applications
- Outreach and web-design
- Light-by-Light scattering
- ATLAS Forward Proton detector studies
- Top-top-Higgs coupling measurements
- Single top-Higgs measurements
- Di-Higgs boson searches
- Charged Higgs boson searches
- Searches for Supersymmetry and Leptoquarks
- Phenomenology and interpretations
In 2020, defended theses:
1 PhD, 1 Master, 3 Bachelor, and
2 CERN 2020 summer student projects completed.
In 2021, defended theses:
1 Master, 4 Bachelor, and
4 CERN 2021 summer student projects completed.
In 2022, defended theses:
1 Master, 3 Bachelor, and
1 Erasmus project completed,
4 CERN 2022 summer student projects completed.
In 2023, defended thesis: 4 Master, 2 Bachelor,
ongoing: 2 PhD, 1 Master
5 CERN 2023 summer student projects completed.
1 exchange, 1 outreach project student
1 PhD, 1 Master, 3 Bachelor, and
2 CERN 2020 summer student projects completed.
In 2021, defended theses:
1 Master, 4 Bachelor, and
4 CERN 2021 summer student projects completed.
In 2022, defended theses:
1 Master, 3 Bachelor, and
1 Erasmus project completed,
4 CERN 2022 summer student projects completed.
In 2023, defended thesis: 4 Master, 2 Bachelor,
ongoing: 2 PhD, 1 Master
5 CERN 2023 summer student projects completed.
1 exchange, 1 outreach project student
Associate
Professor Dr.
André Sopczak
FInstP, FHEA,
IEEE Senior Member
IEAP CTU in Prague
Husova 240/5
CZ-11000 Prague 1
+420 244 105 162
+420 775 868 793
CERN EP Division
CH-1211 Geneva 23
+41 22 767 5250
+41 79 463 1300
andre.sopczak(at)cern.ch
also reachable at:
+49 160 9797 1425
Skype id: sopczak
Zoom id: 8913451401
cern.zoom.us/my/sopczak
Calendar
Group Members
Group Members 2022/2023/2024
| Viktoriia Lysenko Master 2023, PhD 2027 expected |
 |
ALP with ToF AFP | Petr Fiedler Master 2022, PhD 2026 expected |
 |
AFP and GPU accelerated algorithms |
| Lukas Vicenik Bachelor 2022, Master 2024 expected |
 |
Leptoquarks |
| Jiri Pospisil Bachelor 2022, Master 2025 expected |
 |
tbH+(ττ), tau trigger |
| Ondrej Matousek Bachelor 2023, Master 2025 expected |
 |
Axion-Like-Particle (ALP) with AFP |
| Haritina Sakova CERN 2023 |
 |
ATLAS Forward Proton (AFP) detector |
| Peter Zacik Project student |
 |
AFP, Higgs, Supersymmetry outreach | Janick Böhm Bachelor 2023 |
 |
Leptoquarks |
| Jassimar Singh CERN 2023 |
 |
tH(bb) |
| Martin Vatrt Master 2023 |
 |
tH(bb) |
| Cyrus Walther Erasmus 2022 |
 |
tH(multi-lepton) mass reconstruction |
| Ahmed Hamidaddeen CERN 2023 |
 |
HH |
| Thibault Fleischmann CERN 2022 |
 |
HH |
| Amnah Alkandari CERN 2023 |
 |
tbH+(ττ) |
| Martin Rames Master 2023 |
 |
tbH+(ττ) |
| Niklas Düser CERN 2022 |
 |
tbH+(ττ) |
| Yaphet Weldegebriel CERN 2023 |
 |
ttH |
| Vladyslav Yazykov Master 2023 |
 |
ttH |
| Severin König CERN 2022 |
 |
ttH |
| Jan Presperin Master 2022 |
 |
ttH |
| Christian Hughes Internship 2023 |
 |
ttH mass reconstruction |
| Emily Hannon Exchange 2022 |
 |
ttH mass reconstruction |
| Adam Herold Bachelor 2022 |
 |
ttH mass reconstruction |
Selected topics from L3 experiment research
Searches for non-minimal Higgs bosons
PhD UCSD 1992
PLB 294 (1992) 457 (rapid short communication) and Z. Phys. C 57 (1993) 355 (detailed results)
Thesis advisor J.Branson
Early days of the LEP Accelerator
PLB 294 (1992) 457 (rapid short communication) and Z. Phys. C 57 (1993) 355 (detailed results)
Thesis advisor J.Branson Early days of the LEP Accelerator
Selected topics from DELPHI experiment and
LEP Higgs working group research
MSSM Higgs boson searches at LEP,
on behalf of the ALEPH, DELPHI, L3 and OPAL Collaborations,
and the LEP Working Group for Higgs Boson Searches, SUSY'05,
hep-ph/0602136
Selected topics accelerator physics,
LCFI Collaboration, ILC Higgs and SUSY research
Wakefield measurements, SLAC End Station A, collimator optimization,
PAC05, EPAC06, PAC07, IDTB07, EUROTeV-Report-2008-020
PAC05, EPAC06, PAC07, IDTB07, EUROTeV-Report-2008-020
Review of Higgs physics at an e+e- Linear Collider, ICHEP2002,
Nucl.Phys.B Proc.Suppl. 117 (2003) 241,
Tan(beta) determination at an e+e- Linear Collider, PLB 565 (2003) 42
Tan(beta) determination at an e+e- Linear Collider, PLB 565 (2003) 42
Linear Collider research summarized in Scalar Tops from Morioka'95 to DESY'07,
arXiv:0712.4207,
Linear Collider scalar top and dark matter relic abundance, Phys.Rev. D 72 115008, JHEP 09 (2008) 076
Linear Collider scalar top and dark matter relic abundance, Phys.Rev. D 72 115008, JHEP 09 (2008) 076
Charge Transfer Inefficiency of CCD detectors, IEEE05/06/07/08/09
IEEE TNS 54 (2007) 1429
Chris Damerell
Chris Damerell
Linear Collider Flavour Identification (LCFI) collaboration,
CCD as particle detector study (2001-2010)
PhD S.Aoumit and PhD K.Bekhouche, 2010
During this research period,
The Nobel Prize in Physics 2009
was awarded to Willard S. Boyle and George E. Smith
"for the invention of an imaging semiconductor circuit - the CCD sensor"
PhD S.Aoumit and PhD K.Bekhouche, 2010During this research period,
The Nobel Prize in Physics 2009
was awarded to Willard S. Boyle and George E. Smith
"for the invention of an imaging semiconductor circuit - the CCD sensor"
Selected topics D0 experiment research
Search for charged Higgs bosons in decays of top quarks,
Phys.Rev.D 80 (2009) 051107,
H+ research with T.Ekelof. Sabbatical at Uppsala University.
H+ research with T.Ekelof. Sabbatical at Uppsala University.
Vertex detector Layer-0 installation,
resolution, central detecotr alignment, b-tagging performance,
Nucl. Inst. Methods A, 566 (2006) 142
Nucl. Inst. Methods A, 566 (2006) 142
Selected topics ATLAS experiment research
Live announcement of The Nobel Prize in Physics 2013
via microphone of the session chair, Siena, 8 Oct. 2013
via microphone of the session chair, Siena, 8 Oct. 2013
Medipix/Timepix/Timepix-3 devices, precision luminosity at LHC Run-1 and Run-2, IEEE15/16/17/18
JINST 9 (2014) C01027, Trans. Nucl. Sci 67 (2020) 609
JINST 9 (2014) C01027, Trans. Nucl. Sci 67 (2020) 609
ATLAS tau trigger, with B.Ali, and previous studies with R.Brenner
Nuclear Physics B (Proc. Suppl.) 189 (2009) 291, Eur. Phys. J. C 77 (2017) 317
Nuclear Physics B (Proc. Suppl.) 189 (2009) 291, Eur. Phys. J. C 77 (2017) 317
Looking forward - ATLAS measures proton scattering when light turns into matter
Press release July 2020 Thesis defence P.Dostal, Thesis defence T.Chobola
Press release July 2020 Thesis defence P.Dostal, Thesis defence T.Chobola
Searches for Leptoquarks with the ATLAS Detector, Phenomenology 2021 Symposium,
Talk,
Proceedings
same signature of ttH and Leptoquarks
Grant Acknowledgements
Research supported by recent grants:| Grant | Reference | Start | End | Acknowledged by | Presented | Published |
| Visegrad Funds | IVF 22230057 | 2023 | 2024 | A.Sopczak et al | to be announced | |
| CTU Prague |
Fondu celoškolských aktivit |
2022 | A.Sopczak | LHCP2022, ICHEP2022 | PoS22 | |
| INTER-EXCELLENCE | LTT17018 | 2017 | 2022 | A.Sopczak | FFK2019, LHCP2021, LHCP2022,ICHEP2022 | PoS19/21/22 |
| OP VVV vdG | CZ.02.1.01/0.0/0.0/ 16_013/0001785 |
2017 | 2019 | A.Sopczak et al. | IEEE2017 | TNS2018 |
| CERN-CZ infrastructure | LM 2015058 | 2016 | 2019 | A.Sopczak / et al. | HC2016, IEEE2017 | TNS2018 |
| CERN-CZ infrastructure | LG 15052 | 2017 | A.Sopczak / et al. | HC2016, IEEE2017 | TNS2018 | |
| vdG, large infrastructure | LM 2015077 | 2016 | A.Sopczak et al. | IEEE2016 | TNS2017 | |
| vdG, large infrastructure | LM 2011030 | 2012 | 2015 | A.Sopczak et al. | Siena2013, IEEE2015 | TNS2015 |
| ATLAS-CERN | LA 08032 | 2008 | 2012 | A.Sopczak et al. | Siena2013, IEEE2015 | TNS2015 |
| INGO-II | LG 13009 | 2013 | 2015 | A.Sopczak et al. | Siena2013, IEEE2015 | TNS2015 |
| Agency | Grant | Applicant | Start | End |
|---|---|---|---|---|
| PPARC | Rolling Grant CERN, Fermilab, Linear Collider | co-applicant | 2010 | 2012 |
| PPARC, DESY, CERN, IOP, Faculty | Third Linear Collider Physics School 2009 | principal investigator | 2009 | 2009 |
| PPARC | Public understanding Lancaster Particle Physics Package - LHC Module | principal investigator | 2007 | 2008 |
| Royal Society | IEEE conference travel grant | principal investigator | 2007 | 2007 |
| PPARC, DESY, CERN, IOP, Faculty | Second Linear Collider Physics School 2009 | principal investigator | 2006 | 2006 |
| EU | Linear Collider Research EUROTeV | co-applicant | 2005 | 2008 |
| PPARC | Research studentship Collimator Research | principal investigator | 2005 | 2008 |
| University | Linear Collider Research | principal investigator | 2005 | 2007 |
| Promoting Physics Learning And Teaching Opportunities (PPLATO) | Questionmark-Perception and h-flap Integration | principal investigator | 2005 | 2005 |
| PPARC | Rolling Grant CERN, Fermilab, Linear Collider | co-applicant | 2004 | 2006 |
| Centre for the Enhancement of Learning and Teaching (CELT) | International e-Learning project with LEP data | principal investigator | 2004 | 2006 |
| PPARC | Public understanding Lancaster Particle Physics Package | principal investigator | 2003 | 2005 |
| Promoting Physics Learning And Teaching Opportunities (PPLATO) | Questionmark Perception and h-flap Integration | principal investigator | 2003 | 2004 |
| PPARC, DESY, CERN, IOP, Faculty | First Linear Collider Physics School 2003 | principal investigator | 2003 | 2003 |
| PPARC | Rolling Grant CERN, Fermilab, Linear Collider | co-applicant | 2002 | 2004 |
| University | Linear Collider Research | principal investigator | 2002 | 2004 |
Presentations and Publications
Conference presentations and selected publications:
Publications with the following Collaborations:
Recent PhD, MA, BA projects
| Viktoriia Lysenko | 2027 | Axion-Like-Particle Search Using LHC Run-3 Data |
| Petr Fiedler | 2026 | Parallel and GPU accelerated algorithms for reconstruction of recorded data into physical objects |
| Lukas Vicenik | 2024 | Leptoquark Search Using CERN ATLAS Data |
| Viktoriia Lysenko | CERN-THESIS-2023-163 | Performance and Measurement Precision of the ATLAS Time-of-Flight Detector and Di-photon Vertex Reconstruction for the Axion-Like-Particle Search Using LHC Run-3 Data |
| Vladyslav Yazykov | CERN-THESIS-2023-151 | Optimization of the ttH Selection Including Systematics Using Machine Learning with ATLAS Data |
| Janick Böhm | CERN-THESIS-2023-086 | Optimization of Machine Learning for the Leptoquark Search Using CERN ATLAS Data |
| Martin Vatrt | CERN-THESIS-2023-077 | Performance Optimisation of tH(bb) Signal and Background Separation Using Machine Learning |
| Martin Rames | CERN-THESIS-2023-076 | Search for tbH+(ττ) with Performance Optimisation for Signal and Background Separation Using Machine Learning with ATLAS Data |
| Ondrej Matousek | CERN-THESIS-2023-075 | Axion-Like-Particle Search Using Machine Learning for the Signal Sensitivity Optimization with Run-2 LHC Data Recoded by the ATLAS Experiment |
| Jan Presperin | CERN-THESIS-2022-066 | Machine learning for ttH mechanism Higgs boson detection from CERN ATLAS data |
| Jiri Pospisil | CERN-THESIS-2022-065 | Application of Machine Learning for the Charged Higgs Boson Search Using ATLAS Data |
| Lukas Vicenik | CERN-THESIS-2022-064 | Machine Learning for the Leptoquark Search Using CERN ATLAS Data |
| Adam Herold | CERN-THESIS-2022-012 | Application of Machine Learning for the Higgs Boson Mass Reconstruction Using ATLAS Data |
| Peter Zacik | CERN-THESIS-2021-080 | Implementation of a Portal Dedicated to Higgs Bosons for Experts and the General Public |
| Jakub Weisl | CERN-THESIS-2021-072 | Analysis of data security from online data-taking to publication in ATLAS at CERN |
| Petr Fiedler | CERN-THESIS-2021-067 | Systematic comparison of TPX and TPX3 devices regarding luminosity measurements in the ATLAS cavern |
| Ivan Demchenko | CERN-THESIS-2021-014 | Feasibility Study of a Portal to Provide Knowledge about Supersymmetry to Experts |
| Georgiy Ivannikov | CERN-THESIS-2021-013 | Evaluation of Analysis Frameworks in the ATLAS Experiment at CERN and Design of an Optimized Framework for the Search and Determination of Properties of New Particles |
| Petr Dostal | CERN-THESIS-2020-106 | Optimization of the Matching Criteria
Between the ATLAS and AFP Detectors at CERN |
| Tomas Chobola | CERN-THESIS-2020-058 | Study of light-by-light scattering with the ATLAS Forward Proton (AFP) Detector at CERN |
| Jakub Maly | CERN-THESIS-2020-054 | Automatic event recognition for Higgs boson detection |
| Martin Kupka | CERN-THESIS-2020-053 | Feasibility Study of a Portal to Provide Knowledge about Higgs Bosons to the General Public and Experts |
| Babar Ali | CERN-THESIS-2019-419 | Search for the Standard Model Higgs boson produced in association with a top quark pair in multilepton final states at √s=13 TeV with the ATLAS detector |
| Petr Urban | CERN-THESIS-2019-195 | Large-Scale Data Analysis for Higgs Boson Mass Reconstruction in ttH Production |
| Martin Vatrt | CERN-THESIS-2019-130 | Application and Representation of Algorithms for Discoveries with the ATLAS Forward Proton (AFP) Detector at CERN |
| Petr Fiedler | CERN-THESIS-2018-490 | Analysis of Data from a Network of Pixel Detectors |
Recent CERN summer student projects
| Yaphet Weldegebriel |
CERN-STUDENTS- Note-2023-247 |
Study of Expected Sensitivities for ttH, tbH+ and Leptoquark Production with Run-3 and HL-LHC in the 2lSS1tau Channel |
| Amnah Alkandari |
CERN-STUDENTS- Note-2023-249 |
Determination of Fake Electrons, Muons and Taus in the tbH+ Search for the 2lSS1tau Channel Using Template Fit Method |
| Ahmed Hamidaddeen |
CERN-STUDENTS- Note-2023-248 |
Di-Higgs Boson Fake Lepton Study with a Signature of TwoSame Electric Charge Light Leptons Associated with a Tau |
| Haritina Sakova |
CERN-STUDENTS- Note-2024-005 |
Study of sensitivities for Axion-Like-Particles using the ATLAS Forward Proton (AFP) detector |
| Jassimar Singh |
CERN-STUDENTS- Note-2023-195 |
Full systematics study for the search of a Higgs boson produced in association with a single top using the ATLAS detector |
| Thibault Fleischmann |
CERN-STUDENTS- Note-2022-226 |
Light Non-prompt (Fake) Lepton and Di-boson (VV) Background Estimation with a Template Fit Method for HH Production with a Signature of Two Same-sign Electrically Charged Light Leptons Associated with a Tau Lepton |
| Niklas Düser |
CERN-STUDENTS- Note-2022-222 |
Optimization of tbH+ Signal and Background Separation Using Machine Learning in the 2lSS1tau Channel, Comparison of Limit Setting Techniques and Signal Injection Studies |
| Severin König |
CERN-STUDENTS- Note-2022-202 |
Optimization of ttH Signal and Background Separation Using Machine Learning in the 2lSS1tau Channel |
| Viktoriia Lysenko |
CERN-STUDENTS- Note-2022-193 |
Study of Vertex Reconstructions with Di-Photon Events and First Determination of Time Resolution and Efficiency of the Time-of-Fight (ToF) Detector with LHC Run-3 Data |
| Hussaine Kitagowa | CERN-STUDENTS- Note-2021-237 |
Study of jet multiplicity for an Axion-Like Particle search in Light-by-Light scattering with the ATLAS central detector and the ATLAS Forward Proton detector |
| Marcel Patzwahl | CERN-STUDENTS- Note-2021-235 |
Performance Tests of tH(bb) Signal and Background Separation Using a Binary Classifier Neural Network |
| Josefine Robl | CERN-STUDENTS- Note-2021-233 |
Light Non-prompt (Fake) Lepton Background Estimation with the Matrix Method for HH Production with a Signature of Two Same Electric Charge Light Leptons Associated with a Tau |
| Antoine Vauterin | CERN-STUDENTS- Note-2021-227 |
Outreach Modules for a New Particle Search Using the ATLAS Forward Proton Detector and Higgs Boson Physics |
| Cyrus Walther | CERN-STUDENTS- Note-2020-034 |
Higgs Boson Mass Reconstruction Using Neural Network Approaches for ttH and tH Analyses |
| Hussain Kitagawa | CERN-STUDENTS- Note-2020-029 |
Optimization of diphoton acoplanarity for an Axion-Like Particle in Light-by-Light scattering with the ATLAS detector at CERN |
| Lars Kolk | CERN-STUDENTS- Note-2020-001 |
Studies of the Higgs-boson mass reconstruction in the tH ML channel |
| Petr Fiedler | ATL-COM-DAPR- 2020-001 |
Systematic Comparison of TPX network and TPX3 devices regarding luminosity measurements in the ATLAS cavern - Summer Student project |
| Senad Isakovic | CERN-STUDENTS- Note-2019-251 |
Upgrade of the ATLAS Forward Proton Detector Data Quality Monitoring Code |
| Patrick Odagiu | CERN-STUDENTS- Note-2019-225 |
Searching for ALPs in light-by-light scattering in pp collisions using AFP proton tagging with the ATLAS detector |
Short-term project students
| Chris Hughes | 1.02.2023 - | internship from University of Florida |
| Viktoria Lysenko | 17.04.2022 - 31.05.2022 | internship from University of Kyiv |
| Emily Hannon | 16.02.2022 - | internship from University of Florida |
| Cyrus Walther | 01.09.2021 - 15.02.2022 | Erasmus student |
| Ferhat Ozturk | 03.09.2018 - 19.05.2019 | IAESTE student |
| Cyprien Beaufort | 03.09.2018 - 10.08.2018 | internship from University of Grenoble |
| Andrés Melo | 09.02.2018 - 29.06.2018 | internship from Universidad de la Republiba, Uruguay |
| Thomas Seidel | 04.09.2017 - 03.02.2018 | IAESTE student |
| Thanawat Asawatavonvanich | 07.09.2016 - 03.11.2017 | IAESTE student |
| Ibuki Nishiyama | 01.07.2016 - 31.08.2016 | IAESTE student | r
| Sebastian Gemsheim | 08.07.2013 - ě9.09.2013 | internship from University of Dresden |
| Petr Jačka | 26.01.2013 - 18.12.2013 | internship from the faculty of Nuclear Physics |
Research visits
In recent years, students and faculty members from these countries visited the research group in Prague:
- Algeria
- Columbia
- Indonesia
- Italy
- France
- Germany
- Japan
- Poland
- The Netherlands
- Switzerland
- Turkey
- USA
Seminars and Colloquia given (chronological):
- Zürich
- Warsaw
- CERN
- Rome
- Florence
- Warsaw
- Stanford
- UC San Diego
- Barcelona
- Aachen
- MPI München
- Münster
- Zeuthen
- Wien
- Riverside
- Caltech
- Bombay
- Karlsruhe
- Lancaster
- UC Davis
- UC Santa Cruz
- Siegen
- Daresbury
- Sheffield
- Southampton
- Hawaii
- Chicago
- Uppsala
- Orsay
- Copenhagen
- Johannesburg
- Freiburg
- Prague
- UC Davis
- SLAC
- UC Santa Cruz
- Fermilab
- Bratislava
- Christchurch (Canterbury)
- Pilsen
- Bratislava
Experimental and Phenomenology Co-operations
Howard Haber (UCSC) at
Aspen Center for Physics
Jack Gunion (UCD) at SLAC
Publications with less than 10 co-authors:
- Achille Stocchi
- Alex J. Finch
- Alfred Bartl
- Anna Lipniacka
- Ayres Freitas
- Babar Ali
- Bernd Lindemann
- Caroline Milstene
- Chris J.S. Damerell
- Francisco Matorras
- Francois Richard
- Guillelmo Gomez-Ceballos
- Hanna Nowak (Kluge)
- Helmut Eberl
- Howard Haber
- Janusz Rosiek
- Jing Jiang
- Johan Alwall
- Johan Rathsman
- John F. Gunion
- Juan Luis Fernandez Hernando
- Khaled Bekhouche
- Konstantin Stefanov
- Marcela S. Carena
- Michal Koziel
- Mikael Berggren
- Mike Woods
- Nazim Huseynov
- Piotr H. Chankowski
- Sabine Kraml
- Stefan Hesselbach
- Stefan Pokorski
- Stefano Moretti
- Stephen Mrenna
- Steven Worm
- Tao Han
- Timothy John Greenshaw
- Tord Ekelof
- Vanina Ruhlmann-Kleider
- Volker Drollinger
- Walter Majerotto
- Werner Porod
- Wim de Boer
Teaching
- Grid Computing (3rd year students)
- Medical Imaging Systems (3rd year students)
- Experimental Particle Physics (3rd year students)
- Thermal Properties (1st year students)
- Communication skills (1st year students)
- High energy physics (3rd year combined science students, less mathematical)
- High energy physics (3rd year students, data analysis techniques with real LEP data)
- Detector and accelerator physics (3rd year students)
- Physics as an Art (non-physics majors)
- Master class project and international networks related to teaching
- E-learning: new initiatives and putting them into practice
- Coordinator of the North American course scheme
- The Standard Model of Particle Physics
- Symmetries in Particle Physics (Group and their representation,
groups of symmetries SU(2) and SU(3), physical applications.) - Supersymmetry and the Large Hadron Collider
- Quarks and Leptons
Outreach and Schools
- Online portal for Master classes and material for school teachers,
Czech Particle Physics Project (CPPP) (in development) - IEEE Transnational Committee (TNC), technical school organization in developing countries
- Promoting IEEE and seminar organisation (picture at IEAP seminars with C.Boehm and S.Pospisil)
- Initiating series of Physics Schools, and lecturer at Summer Schools
- CERN ATLAS guide for general public and Schools
- Lab in a Lory,
Institute
of Physics, Lancashire and Cumbria Branch - Contribution to the Weltmaschine project
- Czech Particle Physics Project (CPPP), supported by CTU in Prague