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Particle Physics Division


Institute of Research into the Fundamental Laws of the Universe
« Projects
T2K on the trail of the missing antimatter in the universe: act two!
Feb 02, 2024
T2K on the trail of the missing antimatter in the universe: act two!
On January 17, the T2K collaboration announced the launch of the second phase of its experiment, as stated in a press release. This phase will exploit an upgrade of the beam, whose nominal power has been increased from 450 kW to 710 kW, with the aim of reaching 1.2 MW by 2027.
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Feb 10, 2022
Retrospective neutrinos 2021: a year full of results and progress!
At Irfu, neutrino physics is studied using different sources such as reactors, accelerators and radioactive sources.
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Retrospective neutrinos 2021: a year full of results and progress!
Protons as messengers of nuclear effects in neutrino-nucleus interactions
Mar 07, 2018
Protons as messengers of nuclear effects in neutrino-nucleus interactions
The T2K collaboration, whose goal is to study and measure neutrino oscillations, is publishing new results on the interaction of neutrinos with nuclei.
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Nov 26, 2010
MicroMegas defies the cold to explore the world of the neutrino!
In August 2010 at CERN in Geneva, a team of physicists from SEDI and SPP working in collaboration with a group from ETH-Zurich obtained the first successful results from a MicroMegas detector operating in a time projection chamber filled with pure cryogenic argon at a temperature of 87.2 kelvin.
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MicroMegas defies the cold to explore the world of the neutrino!
Tokaï-Kamioka in one millisecond: the first neutrinos from T2K
Feb 16, 2010
Tokaï-Kamioka in one millisecond: the first neutrinos from T2K
In Japan at the end of January 2010, the detectors of the Tokai to Superkamiokande (T2K, [ti:tu:kei]), developed at Saclay, observed their first neutrinos.
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Sep 14, 2009
TPC particle trackers ready to detect neutrinos for the T2K experiment in Japan
    Engineers and physicists from IRFU have successfully assembled and commissioned three large chambers designed to reconstruct charged particle tracks. The chambers will characterize the neutrino beam used in the T2K (Tokai to Kamiokande) experiment.
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TPC particle trackers ready to detect neutrinos for the T2K experiment in Japan

 

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