LHCb Collaboration
LHCb Collaboration operates one of the four major experiments at CERN's Large Hadron Collider, using a specialized particle detector to study CP violation, rare B-hadron decays, and physics beyond the Standard Model. It is an international scientific collaboration of 1,000+ researchers from 90+ institutes across 20+ countries.
- Company typePrivate
- Founded1998
- HeadquartersGeneva, Switzerland
- Headcount1–10
- GTM typeB2B
- OfferingServices
What LHCb Collaboration does
The LHCb Collaboration is an international scientific research collaboration operating one of the four major experiments at the Large Hadron Collider at CERN in Geneva, Switzerland. Established in 1998 and currently in LHC Run 3, LHCb is focused on precision measurements of CP violation, rare decays of beauty (B) and charm quarks, and searches for physics beyond the Standard Model. The collaboration comprises more than 1,000 researchers from over 90 institutes across 20+ countries, and is governed by a Collaboration Board with an elected Spokesperson (Timothy Gershon), Deputy Spokesperson (Paula Collins), and Board Chair (Stephanie Hansmann-Menzemer).
The collaboration's core technology is a forward-geometry particle physics detector composed of specialized subsystems: the VELO silicon vertex detector, RICH Cherenkov detectors for particle identification, the Sci-Fi (Scintillating Fibre) Tracker, Upstream Tracker, electromagnetic and hadronic calorimeters, a muon identification system, and a dipole magnet for momentum measurement. Computing infrastructure includes the Real Time Analysis (RTA) system for online event selection and the Data Processing & Analysis (DPA) framework for offline workflows, alongside Monte Carlo simulation tools. Upgrade I was completed for Run 3, and Upgrade II is in active planning for the High-Luminosity LHC era, with TORCH and Magnet Stations R&D projects underway.
LHCb is a not-for-profit collaboration, not a commercial entity. It is funded through CERN member state contributions and direct in-kind and cash contributions from participating institutes, with no commercial revenue, no product sales, and no paying customers. All research outputs — peer-reviewed publications, conference contributions, public figures, and detector papers — are released open-access. Ancillary revenue activities are immaterial: conference registration fees for LHCb Weeks (EUR 300-350) and gift shop merchandise sales. The collaboration's principal outputs are scientific knowledge, detector technology R&D, and training of the next generation of particle physicists.
LHCb Collaboration firmographics
Firmographics- Name
- LHCb Collaboration
- Legal name
- LHCb Collaboration
- Website
- https://lhcb.web.cern.ch
- Company type
- Private
- Founded year
- 1998
- Operating status
- Operating
- Headcount range
- 1–10 employees
- Short description
- LHCb Collaboration operates one of the four major experiments at CERN's Large Hadron Collider, using a specialized particle detector to study CP violation, rare B-hadron decays, and physics beyond the Standard Model. It is an international scientific collaboration of 1,000+ researchers from 90+ institutes across 20+ countries.
- Ownership category
- akta.pro rank
Where LHCb Collaboration is headquartered
LocationHeadquarters
- HQ city
- Geneva
- HQ country
- Switzerland
- HQ region
- Europe
Offices1 record
Markets served
LHCb Collaboration business model
Business model- GTM type
- B2B
- Offering type
- Services
- Cost components
- Personnel, Technology or R&D, Infrastructure, Operations, Supply Chain
Revenue model
- Government Research Funding: Funded by participating countries and institutions through CERN. Each member institute contributes resources, computing infrastructure, personnel, and direct funding to support detector operations, upgrades, and physics analysis.
- CERN Institutional Support: Core infrastructure and operational support provided by CERN as the host laboratory, including accelerator facilities, computing grid, and administrative services.
Pricing tiers
| Model | Billing | Price |
|---|---|---|
| Other | One-time | LHCb Week Conference Registration - Standard |
| Other | One-time | LHCb Week Conference Registration - Student |
| Other | One-time | LHCb Merchandise |
Go-to-market motion1 record
Distribution channels3 records
Marketing channels6 records
LHCb Collaboration product offering
Product offeringCore offering
LHCb (Large Hadron Collider beauty) is an international particle physics collaboration operating a sophisticated detector at Point 8 of CERN's Large Hadron Collider in Geneva, Switzerland. The collaboration fundamentally conducts experimental research on beauty and charm quark decays, studies CP violation and matter-antimatter asymmetry, and searches for physics beyond the Standard Model using proton-proton collision data. It operates multi-subsystem detection infrastructure (VELO, RICH, calorimeters, muon system, trackers), real-time and offline computing frameworks, and produces peer-reviewed publications and conference results for the global physics community.
Product overview
The LHCb Collaboration operates a particle physics experiment at CERN, comprising a multi-component detector system and associated computing infrastructure. The detector includes VELO, RICH, Calorimeters, Muon system, Sci-Fi tracker, Upstream Tracker, and TORCH subsystems for comprehensive particle detection and identification. The computing systems encompass Data Processing & Analysis (DPA) for offline analysis, Real Time Analysis (RTA) for online event selection, and Simulation for Monte Carlo event generation. LHCb is not a commercial product company but a scientific research collaboration conducting experiments in particle physics.
Differentiator
Problem solved
Functional benefit
Products and services
- LHCb Detector System Multi-subsystem particle physics detector comprising VELO silicon vertex detector, RICH particle identification, calorimeters, muon system, Sci-Fi tracker, and Upstream Tracker for measuring particles produced in proton-proton collisions at the LHC. Operated for the LHCb collaboration of 1,000+ researchers.
- LHCb Computing and Software Infrastructure Software infrastructure including Real Time Analysis (RTA), Data Processing and Analysis (DPA), and Monte Carlo Simulation frameworks for acquisition, processing, and analysis of particle physics data. Distributed to member institutes via collaborative development platforms.
- LHCb Collaboration Week Conferences Regular multi-day scientific collaboration meetings (LHCb Weeks) for member institutes featuring physics results presentations, working group sessions, and cross-institute coordination. Registration fees: Standard EUR 350, Student EUR 300.
- LHCb Physics Publications and Public Results Peer-reviewed physics publications, conference contributions, published detector papers, and public figures produced by the collaboration and made openly available through CDS, arXiv, and the LHCb public analysis fence for the global scientific community.
Quantifiable outcome
- Published hundreds of physics results in leading scientific journals
- +1 more outcomes
Companies that use LHCb Collaboration
Customer profileNamed customers1 record
Segments1 record
Ideal customer profiles2 records
LHCb Collaboration technology and API
TechnologyTechnology focussed Yes
API detail
- Has API
- No
- API docs
- API detail
Core technology
AI maturity
App detail
Feature10 records
LHCb Collaboration partnerships and signals
Strategic signalPartnerships
14 partnerships are on record, tiered core.
- CERNcoreCERN is the host laboratory providing the Large Hadron Collider accelerator facilities, computing infrastructure, administrative services, and physical location for the LHCb experiment at Point 8. This is a fundamental partnership where CERN provides the core infrastructure enabling all LHCb research activities.
- Australian Member InstitutescoreMonash University represents Australian particle physics research in the collaboration, contributing expertise, personnel, and resources to LHCb experiments and analysis.
- Brazilian Member InstitutescoreMultiple Brazilian institutions including CBPF Rio de Janeiro, UFRJ, and others contribute to the collaboration with research personnel and technical expertise.
- French Member InstitutescoreFrench laboratories including LAPP Annecy, LPC Clermont-Ferrand, LPNHE Paris, CPPM Marseille, IJCLab Orsay, LLR, IRFU/Saclay, and Subatech Nantes contribute to detector development, data analysis, and physics research.
- German Member InstitutescoreGerman institutions including RWTH Aachen, Dortmund University, MPI Heidelberg, Heidelberg Physics Institute, Bonn University, and Freiburg University contribute significantly to LHCb activities.
- Italian Member InstitutescoreItalian network including Bari, Bologna, Cagliari, Ferrara, Florence, Frascati, Genoa, Milan Bicocca, Milan, Padua, Perugia, Pisa, Rome La Sapienza, and Rome Tor Vergata contribute to all aspects of LHCb research.
- Netherlands Member InstitutescoreDutch institutions NIKHEF Amsterdam, Free University Amsterdam, and Maastricht University contribute to LHCb physics analysis and detector activities.
- Chinese Member InstitutescoreChinese institutions including Tsinghua University, UCAS, IHEP Beijing, Peking University, CCNU Wuhan, Lanzhou University, and USTC contribute substantial resources and expertise.
- UK Member InstitutescoreUK institutions including Birmingham, Bristol, Cambridge, Warwick, Rutherford Appleton, Edinburgh, Glasgow, Liverpool, Imperial College London, Manchester, and Oxford form a major component of the collaboration.
- US Member InstitutescoreUS institutions including MIT, University of Cincinnati, Los Alamos National Laboratory, University of Maryland, and Syracuse University contribute to LHCb research programs.
- Swiss Member InstitutescoreSwiss institutions including CERN Geneva, EPFL Lausanne, and University of Zurich serve as host-country and major contributors to the collaboration.
- Spanish Member InstitutescoreSpanish institutions including University of Barcelona, Santiago de Compostela, IFIC Valencia, La Salle Ramon Llull, and University of A Coruna contribute to LHCb activities.
- Polish Member InstitutescorePolish institutions AGH Cracow, HN Cracow, and NCBJ Warsaw contribute to LHCb research and detector work.
- Other European Member InstitutescoreContributing institutions from Romania (IFIN-HH Bucharest), Slovenia (Jozef Stefan Institute), Ireland (University College Dublin), and Ukraine (NSC KIPT Kharkiv, INR Kyiv).
Scale indicators5 records
Recent moves5 records
Expansion highlights4 records
LHCb Collaboration competitors and assessment
Company assessmentEmerging players
- NA62 Experiment: NA62 is a CERN fixed-target experiment studying rare kaon decays, particularly K+ to pi+ nu nubar. It is a smaller-scale CERN experiment focused on precision measurements in a complementary flavor physics area, sharing the CERN infrastructure and many member institutes with LHCb.
- BaBar Experiment: BaBar was the predecessor B-factory experiment at SLAC that established the field of precision flavor physics before LHCb. While now completed, it serves as the historical comparator that LHCb surpassed in statistics, and many LHCb researchers came from the BaBar collaboration.
- FASER Experiment: FASER is a smaller LHC experiment at CERN searching for new light particles. While focused on different physics (BSM searches), it shares the LHC collision data stream and CERN organizational framework with LHCb, and some member institutes participate in both.
- TOTEM Experiment: TOTEM was an LHC experiment at CERN studying elastic scattering and total cross-section measurements. It shares the same CERN infrastructure, member institutes, and governance model as LHCb, though focused on forward physics rather than flavor physics.
- COMPASS Experiment: COMPASS was a CERN fixed-target experiment studying hadron structure and spectroscopy using muon and hadron beams. It shares CERN infrastructure and international collaboration governance with LHCb, though focused on non-LHC physics programs.
Direct peers
- BESIII Collaboration: BESIII is a major charm physics experiment at IHEP Beijing studying e+e- collisions in the tau-charm energy region. It directly competes with LHCb in charm physics measurements and rare charm decays, sharing similar physics goals with different experimental techniques.
- CMS Collaboration: CMS is the other general-purpose LHC experiment at CERN. Like LHCb, it is a multi-thousand member international collaboration using a large detector system at the LHC, sharing CERN infrastructure, computing resources, and many overlapping member institutes with LHCb.
- Belle II Experiment: Belle II is the leading flavor physics experiment at the e+e- SuperKEKB collider in Japan, directly comparable to LHCb in physics goals (CP violation, rare B decays) but using a different collision type. It is the primary global competitor to LHCb in heavy flavor precision measurements.
- ATLAS Collaboration: ATLAS is one of the four major LHC experiments at CERN, alongside LHCb. Both are large international particle physics collaborations studying proton-proton collisions, sharing the same accelerator infrastructure, computing grid, and member institutes, but focusing on different physics priorities (ATLAS on Higgs/top, LHCb on heavy flavor).
- ALICE Collaboration: ALICE is the fourth major LHC experiment at CERN, dedicated to heavy-ion physics. It shares the same organizational structure, CERN governance, computing model, and international collaboration framework as LHCb, though focused on quark-gluon plasma studies rather than flavor physics.
Market position
Strengths5 records
Weaknesses5 records
Competitive moat5 records
Key risks4 records
Key highlights6 records
Customer concentration
LHCb Collaboration social profiles
Digital presenceLHCb Collaboration financial estimates
Financial estimateRevenue estimate
Valuation estimate
LHCb Collaboration leadership team
Management profileNumber of profiles
Profiles14 records
LHCb Collaboration funding detail
Funding detailFunding overview
Funding rounds
Investors
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LHCb Collaboration M&A and investment
M&A and investmentM&A
Investments
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Frequently asked questions about LHCb Collaboration
What does LHCb Collaboration do?
LHCb (Large Hadron Collider beauty) is an international particle physics collaboration operating a sophisticated detector at Point 8 of CERN's Large Hadron Collider in Geneva, Switzerland. The collaboration fundamentally conducts experimental research on beauty and charm quark decays, studies CP violation and matter-antimatter asymmetry, and searches for physics beyond the Standard Model using proton-proton collision data. It operates multi-subsystem detection infrastructure (VELO, RICH, calorimeters, muon system, trackers), real-time and offline computing frameworks, and produces peer-reviewed publications and conference results for the global physics community.
Is LHCb Collaboration a public or private company?
LHCb Collaboration is a private company. It is classified as state government owned and is currently operating.
When was LHCb Collaboration founded?
LHCb Collaboration was founded in 1998. It employs 1 to 10 people.
Where is LHCb Collaboration based?
LHCb Collaboration is headquartered in Geneva, Switzerland, in the Europe region.
How does LHCb Collaboration make money?
Two revenue lines are on record. Government Research Funding is the primary driver. The others are CERN Institutional Support.
Who are LHCb Collaboration's main competitors?
Emerging players on record are NA62 Experiment, BaBar Experiment, FASER Experiment, TOTEM Experiment and COMPASS Experiment. Direct peers are BESIII Collaboration, CMS Collaboration, Belle II Experiment, ATLAS Collaboration and ALICE Collaboration.
Does LHCb Collaboration have an API?
No public API is recorded for LHCb Collaboration.