Événements, Annonces, Publications
Scientists discover extremely rare particle decay
You may or may not remember that the Swiss particle physics expertise portfolio gained a new entry last year: research with kaons. EPFL assistant professor Radoslav Marchevski had imported his research specialty to the country, trying to look for extremely rare and hard-to-spot kaon decays. Well, we’ve got some news: there has been a discovery!
Image : CERNCHIPP PhD Winter School of Particle Physics 2025
The Swiss Institute for Particle Physics (CHIPP) hosts an annual winter school based on the activities of the swiss institutes involved in particle and astro-particle physics. The purpose of the school is to offer young physicists an opportunity to learn about recent advances in elementary-particle physics from local and world-leading researchers. The school program includes lectures on accelerator and non-accelerator particle physics (detectors, LHC physics, neutrinos, astrophysics, flavor physics) from an experimental and phenomenological perspective.
Image : CHIPPCERN and Switzerland: Seven decades of close collaboration and some lesser-known facts
2024 is the year that CERN turns 70. Its close connection to Switzerland is no secret, after all the confederation is one of the lab’s host countries and heavily involved in its physics programme by way of many universities and research institutes in the country. But what role does Winston Churchill play in this collaboration? And did you know that the canton of Geneva almost didn’t become host to the world’s largest particle accelerator (to date)? That there was a lot of improvisation in the early days and that the CERN-Swiss ties even extend up into space? Read on to find out more…
Image : CERNPiles of pile-up data turned to good use
Researcher Steven Schramm and his team from the University of Geneva have found a way to make use of the unloved and unwanted extra-stuff from the collisions of the ATLAS experiment: they turn it into a new dataset with the potential to perform precision tests for the Standard Model of particle physics and probes for potential future collider collisions. A study described in a reference paper shows that it is possible to extract the jet energy resolution from this extra data.
Image : denisismagilov, stock.adobe.comCHIPP prize 2024: When physics comes to life
Congratulations to Gabriela Rodrigues Araujo, this year’s winner of the CHIPP prize for the best thesis in particle physics! Gabriela is a neutrino explorer – exploring those events whose particular feature is a lack of neutrinos. She knows almost everything there is to know about the shy little beasts that cross our paths in abundance without us noticing and she’s set to find out even more. Currently a postdoc at the University of Zurich, she leads the R&D efforts in imaging techniques for PALEOCCENE, a collaboration she helped initiate and advance.
Image : Gabriela AraujoDark matter under Black Hills
Thanks to new arrival Björn Penning, the University of Zurich is now a member of another epic dark matter experiment.
Image : Google photoNeutrino experiment comes back to life
Good news from the “T2K” neutrino experiment project in Japan: it has started taking data again at the end of last year after an extensive upgrade of its neutrino beam and the near detector. The near detector is very firmly in the hands of Swiss institutes – University of Geneva and ETH Zurich. Federico Sánchez from the University of Geneva gives an update of what has happened and what we can expect.
Image : J-PARC/Rey.HoriCERN 70th anniversary
2024 will mark the 70th anniversary of CERN. To celebrate this milestone, a series of events are organised throughout the year.
Image : CERNThe planners of the future are ready to go
The international particle physics hub CERN in Geneva has big plans for the future. Literally. While its current flagship, the Large Hadron Collider (LHC), is scheduled to continue data taking until the 2040s, the international community of particle physics is already busy conceiving potential follow-up projects to complement the discoveries made at the LHC.
Image : FCC/CERN