Skip to content
IJCLAb home page
bandeau-ijclab-ondesgravita
Astroparticles, Astrophysics et Cosmology pole (A2C)
bandeau-ijclab-cuve-nuit
Astroparticles, Astrophysics et Cosmology pole (A2C)
bandeau-ijclab-cuves-pampa
Astroparticles, Astrophysics et Cosmology pole (A2C)
bandeau-ijclab-fond-cosmique
Astroparticles, Astrophysics et Cosmology pole (A2C)
bandeau-ijclab-A2C-ASSD
Astroparticles, Astrophysics et Cosmology pole (A2C)
PlayPause
previous arrow
next arrow
Shadow
  • Français
  • Home
  • News
  • Science & experiments
    • Astrophysics & cosmochemistry (AC)
    • Astroparticles, solid-state detectors (ASSD)
      • Cross & CUPID
      • Ricochet
    • Cosmic microwave background (CMB)
      • LiteBIRD
      • Simons Observatory
    • Dark energy (LSST)
      • Vera C. Rubin observatory
      • StarDICE
    • Direct Dark Matter (DDM)
      • DAMIC-M
    • Gravitational waves (OG)
      • CALVA
      • Einstein Telescope
      • GRANDMA
      • SVOM
      • Virgo
    • High-energy astroparticles (APHE)
      • Cherenkov Telescope Array (CTA)
      • Pierre Auger observatory
  • Members
  • Working at A2C
CNRS nucléaire et particules
logo PS bandeau
univparis-smal-barre
  • Home
  • News
  • Science & experiments
    • Astrophysics & cosmochemistry (AC)
    • Astroparticles, solid-state detectors (ASSD)
      • Cross & CUPID
      • Ricochet
    • Cosmic microwave background (CMB)
      • LiteBIRD
      • Simons Observatory
    • Dark energy (LSST)
      • Vera C. Rubin observatory
      • StarDICE
    • Direct Dark Matter (DDM)
      • DAMIC-M
    • Gravitational waves (OG)
      • CALVA
      • Einstein Telescope
      • GRANDMA
      • SVOM
      • Virgo
    • High-energy astroparticles (APHE)
      • Cherenkov Telescope Array (CTA)
      • Pierre Auger observatory
  • Members
  • Working at A2C

Blog

  1. Home>
  2. A2C>
  3. Astroparticles, solid state detectors>
  4. New CUPID-Mo results

New CUPID-Mo results

  • Post author:robinet
  • Post published:30 March 2023
  • Post category:A2C / Astroparticles, solid state detectors / Results

The CUPID-Mo experiment has measured the two-neutrino double beta decay of the isotope Mo-100 with the highest precision ever in any double beta decay isotope.

This results were presented at the Electroweak Interactions & Unified Theories – 57th rencontres de Moriond.

See the complete presentation

You Might Also Like

First detection of gravitational waves

11 February 2016

Institut de France Award Ceremony

18 June 2015

The Virgo O3 run and the impact of the environment

8 March 2022

Recent Posts

  • Open CNRS position in Dark-Energy Cosmology involving IJCLab/LSST.
  • Combining CMB datasets with consistent foreground modelling
  • Paper: All-sky search for long-duration gravitational-wave transients in the first part of the fourth LIGO-Virgo-KAGRA Observing run
  • GWTC-4.0: the new catalog from LIGO-Virgo-KAGRA
  • Paper: Resonant behavior and stability of a linear three-mirror cavity

Categories

A2C (75) Astroparticles, solid state detectors (1) Astrophysics & cosmochemistry (3) Ceremony (4) Cosmic microwave background (CMB) (4) Dark energy (LSST) (2) Data taking (4) General (7) Gravitational waves (53) High-energy astroparticles (12) Not sorted (1) Press and media (4) Publication (56) Results (1)

1 clic >

Scientific poles
Nuclear physics
High energy physics
Astroparticules, astrophysics & cosmology
Energy & environment
Health
Theory
Accelerator physics
Engineering pole
Electronics
IT & computing
Detectors & instrumentation
Mechanical engineering
Plateforms
ALTO
MOSAIC
LASERIX
SUPRATECH
Other links
Reach us
Directory

Follow us

IJCLab
Twitter
CNRS
  • Opens in a new tab
  • Opens in a new tab
  • Opens in a new tab
  • Opens in a new tab
My Tweets

Share

Laboratoire de Physique des 2 infinis Irène Joliot-Curie – IJCLab
Bât. 100, 15 rue Georges Clémenceau, 91405 Orsay cedex

UMR9012 – CNRS / Université Paris-Saclay / Université de Paris – Copyright 2026

Building 100A LAT/LONG: 48.698401,2.176352

Credit / Legal notice / GDPR

Copyright 2026 - IJCLab 2021