Particles & fundamental interactions


The activities of the team concern the properties of neutrinos, and gravitational waves. Our participations in these projects range from instrumentation to analysis of data acquired by the experiments, as well as simulations. “

Capteur de lumière du télescope à neutrinos KM3NeT/Orca en cours d'installation en 2015, en Méditerranée, sur la nouvelle infrastructure sous-marine MEUST, par 2500 mètres de profondeur au large de Toulon. Ce détecteur pourra comprendre jusqu'à 120 lignes de détection soit 10 fois ANTARES, télescope à neutrinos en Méditerranée. Photo prise au CPPM


The laboratory is involved in the KM3NeT (KiloMeter Cube Neutrino Telescope) collaboration which is currently building a neutrino detection array on the bottom of the Mediterranean Sea. 

The detection of gravitational waves

The LISA (Laser Interferometer Space Antenna) project is an international space mission whose objective is the detection of gravitational waves emitted by the most violent events in the Universe such as the coalescence of supermassive black holes and other compact stars.

Premier Module de détection SM1 installé à BR2 (Belgique)

Neutrino oscillation at very short distance

The neutrino is the most abundant massive particle in the universe but it is also the one that interacts the least. As a result, and despite enormous experimental progress, it is one of the most enigmatic ingredients of the standard model of particle physics.

Double neutrino-free beta disintegration The NEMO3 experience

The NEMO3 experiment, installed at the Laboratoire Souterrain de Modane (LSM), aims to observe double beta decay without neutrino emission at a sensitivity level of 1024-25 years.

Expérience SuperNemo
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