The Hubert Curien pluridisciplinary Institute - IPHC
The IPHC, a joint research unit under the joint supervision of the CNRS and the University of Strasbourg (UMR7178), is a successful example of multidisciplinarity where research teams from different scientific cultures (ecology, physiology and ethology, chemistry and subatomic physics) are developing very high-level multidisciplinary programs based on scientific instrumentation.
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Actualité scientifique | Nouveaux résultats clés pour l’astrophysique nucléaire

Biodiversité : l’importance de soutenir la recherche sur le temps long

Actualité scientifique | Cinq fruits et légumes par jour sauveront-ils le Hamster d'Alsace ?

Photowalk | Votez pour votre photo préférée !

Actualité scientifique | Un phénomène nucléaire inédit révélé par l'étude du Molybdène-84

Conférence | La vie en bref : chimie biotique et abiotique des systèmes complexes naturels
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Upcoming events
Go to agendaSeminaire DRS: DAMIC-M / skipper CCD
Speakers: Xavier Bertou (IJCLab) https://indico.in2p3.fr/event/38024/
Skipper sensors: from world-leading Dark Sector limits in DAMIC-M to the future of low-noise imaging?
Speakers: Xavier Bertou (IJCLab) Skipper CCD technology has recently unlocked unprecedented sensitivity to ionization signals as faint as a single electron, enabling new frontiers in direct dark matter searches. As a result, the DAMIC-M experiment at the Modane Underground Laboratory, based on Skipper CCDs, has delivered the most stringent constraints to date on sub-MeV dark matter interacting with electrons, probing both freeze-out and freeze-in scenarios in the dark sector for the first time. While Skipper CCDs represent a technological breakthrough by overcoming the readout noise floor of conventional CCDs, they do so at the cost of readout time. New recent improvements, including MAS-CCD, SiSeRO, and CMOS Skipper architectures, combine faster readout with Skipper-level performance. I will detail those and focus on the possibility of designing a future low-noise imager using Skipper CMOS technology. https://indico.in2p3.fr/event/38024/





