- Comunicato stampa
- Notizie
Boiling the vacuum
Immagine: CHIPP1/31- Comunicato stampa
- Notizie
Under the Alps: Assessing the Potential of Bedretto for Particle and Astroparticle Physics
Immagine: Google map2/31- Comunicato stampa
- Notizie
The boundary between physics, mathematics and AI is becoming increasingly productive
Immagine: KI-generiert3/31- Comunicato stampa
- Notizie
Uncle Scrooge discovers particle physics
Immagine: Disney4/31- Comunicato stampa
- Notizie
First CHIPP postdoc prize goes to PSI postdoc
Immagine: CHIPP5/31- Comunicato stampa
- Notizie
CHIPP prize 2025: Top precision for top quarks
Immagine: CHIPP6/31- Notizie
Demo against budget cuts in education and research
Immagine: AVETH7/31- Comunicato stampa
- Notizie
Swiss Input to the European Strategy for Particle Physics 2026 Update
Immagine: CHIPP8/31Strategic Workshops & Documents
Immagine: CHIPP9/31- Comunicato stampa
- Notizie
Dark sirens singing about dark energy
Immagine: CHIPP10/31- Comunicato stampa
- Notizie
Everything, everywhere, all at once in particle physics
Immagine: Video still, Chinese Academy of Science11/31- Comunicato stampa
- Notizie
IMPACT: Upgrade at PSI research facility approved
Immagine: Scanderbeg Sauer Photography12/31- Comunicato stampa
- Notizie
Scientists discover extremely rare particle decay
Immagine: CERN13/31- Comunicato stampa
- Notizie
Neutrino o’clock
Immagine: Federico Sanchez, U. Geneva14/31- Comunicato stampa
- Notizie
Esperimento sui neutrini torna in vita
Immagine: J-PARC/Rey.Hori15/31- Comunicato stampa
- Notizie
Lesya Shchutska is the Prize winner of the Prize Latsis in 2023
Immagine: SNSF, Mathilda Olmi16/31- Comunicato stampa
- Notizie
CHIPP Prize 2023: On a course to discovery
Immagine: Anne-Mazarine Lyon17/31- Comunicato stampa
- Notizie
New flavour for Basel
Immagine: Admir Greljo18/31- Comunicato stampa
- Notizie
Order through kaons
Immagine: Radoslav Marchevski19/31- Comunicato stampa
- Notizie
First sighting of neutrinos from a collider collision
Immagine: Anna Sfyrla20/31- Comunicato stampa
- Notizie
“Strange animals” in the spotlight
Immagine: U. Bern21/31Women In Science
Immagine: CHIPP22/31PhD School
Immagine: CHIPP23/31- Comunicato stampa
- Notizie
Hopp Higgs!
Immagine: FERMILAB24/31Higgs@10
25/31- Comunicato stampa
- Notizie
Produrre onde (gravitazionali) in Svizzera
Immagine: Bild: R. Williams (STScI), Hubble Deep Field Team und NASA26/31- Comunicato stampa
- Notizie
Gabriel Cuomo receives the CHIPP Prize 2021
Immagine: G. Cuomo27/31- Comunicato stampa
- Notizie
Recent Results from LHCb Challenge Leading Theory in Physics
Immagine: LHCb, CERN28/31- 2021
- Relazione
CHIPP Roadmap
Immagine: SCNAT29/31- Comunicato stampa
- Notizie
Two dark matter detector heavyweights join forces to build new observatory
Immagine: XENON experiment30/31- Comunicato stampa
- Notizie
Leading Xenon Researchers unite to build next-generation Dark Matter Detector
Immagine: XENON collaboration31/31
The Swiss Institute of Particle Physics (CHIPP) is the bottom-up organisation of Swiss particle and astroparticle physics researchers in Switzerland as a legal entity of Swiss law. CHIPP is tasked with coordinating the national efforts in the realm of particle and astroparticle physics.
This is achieved by keeping a continuous dialogue between the particle physicists of different cantonal universities and federal institutes. CHIPP is recognized as the representative of Swiss particle physics both nationally and internationally. It awards yearly a Prize to a PhD student, supports workshops and conferences, organises PhD schools, and develops outreach projects.
Eventi, Notizie, Pubblicazioni

Florencia Canelli appointed CMS Deputy Spokesperson
Florencia Canelli, Professor of Physics at the University of Zurich, has been appointed Deputy Spokesperson of the CMS Collaboration for the period 2026–2028. In this role, she will support the newly elected Spokesperson Anadi Canepa in coordinating the scientific activities of one of the world’s largest particle physics collaborations, which brings together more than 6000 scientists, engineers and students. Florencia Canelli joined CMS in 2012 and has since held several leadership positions within the experiment. Her appointment highlights the important role played by Swiss institutions in the Compact Muon Solenoid experiment at CERN.
Immagine: CERN
Transition in SHiP Physics Coordination
After twelve years guiding the physics programme of the SHiP Collaboration, Nicola Serra (University of Zurich) is stepping down as Physics Coordinator. Following the recent collaboration election, Lesya Shchutska (EPFL) will take over the role. With this transition, the coordination of SHiP remains in Switzerland, highlighting once again the strong contribution of Swiss institutions to the experiment.
Immagine: CERN, SHiP
Boiling the vacuum
A group of scientists has set out to shed light on an unexplored area of physics using a high-energy electron beam, a laser, a vacuum chamber and a set of detectors. Federico Meloni, scientist at Germany’s national accelerator lab DESY and since December professor at the University of Bern, explains what the “LUXE” experiment is all about.
Immagine: CHIPP
How Switzerland is preparing for the future of particle physics
The European Strategy for Particle Physics is intended to shape the future of particle physics. Under this strategy, the favoured option for the next major project at CERN is the Future Circular Collider. Switzerland seeks to consolidate its expertise in particle physics through targeted support instruments for technology, research and early-career researchers.
Immagine: CERN
Under the Alps: Assessing the Potential of Bedretto for Particle and Astroparticle Physics
ETH visits to the Bedretto Underground Laboratory
Immagine: Google map
The boundary between physics, mathematics and AI is becoming increasingly productive
Physicist and mathematician receive BRIDGE Discovery Grant to optimise supply chains with AI
Immagine: KI-generiertContatto
Swiss Institute of Particle Physics (CHIPP)
c/o Prof. Dr Paolo Crivelli
ETH Zürich
IPA
Otto-Stern-Weg 5
8093 Zürich



























![Comparison between RK measurements. The measurements by the BaBar and Belle collaborations combine B+→K+ℓ+ℓ− and B0→KS0ℓ+ℓ− decays, where ℓ is a lepton. The previous LHCb measurements and the new result [4], which supersedes them, are also shown. Comparison between RK measurements. The measurements by the BaBar and Belle collaborations combine B+→K+ℓ+ℓ− and B0→KS0ℓ+ℓ− decays, where ℓ is a lepton. The previous LHCb measurements and the new result [4], which supersedes them, are also shown.](http://portal-cdn.scnat.ch/asset/40d25219-cf32-5d7f-a344-d4356ccc9252/Screenshot%202021-03-23%20at%2007.10.12.png?b=7f50075d-36d9-5913-bc44-fac8e7e34457&v=9bd7e834-a6a8-55b6-a09e-b7a43d64781f_100&s=ZXCr4RK3qEJY7uCaZs-9pRZZZ8OZ8EVj3Rtyhyf2-qP-evQun65d57tCLxGqXtaTEoil2Qpqb3qILXWzeagdRAk0VyPfdvD6i55sqpj1txNkByqDDgqtsu4QPc8YaVnoTVyp_QF8cXZ9TucqIpINFjwWWfLF-52KvErWu9a54Gs&t=2f78dd92-7a22-4f43-a0bf-8326ef689cea&sc=2)






