Conveners
Dark matter, Astroparticle, Gravitational waves
- Nicholas Llewellyn Rodd (CERN)
- Gilly Elor
- Maria Martinez (Universidad de Zaragoza (ES))
- Nicholas Rodd (Lawrence Berkeley National Laboratory)
- Noah Kurinsky (SLAC/Stanford)
Dark matter, Astroparticle, Gravitational waves
- Nicholas Llewellyn Rodd (CERN)
- Gilly Elor
- Maria Martínez (Universidad de Zaragoza (ES))
- Noah Kurinsky (SLAC/Stanford)
- Nicholas Rodd (Lawrence Berkeley National Laboratory)
Dark matter, Astroparticle, Gravitational waves
- Nicholas Llewellyn Rodd (CERN)
- Gilly Elor
- Nicholas Rodd (Lawrence Berkeley National Laboratory)
- Maria Martinez (Universidad de Zaragoza)
- Noah Kurinsky (SLAC/Stanford)
Dark matter, Astroparticle, Gravitational waves
- Nicholas Llewellyn Rodd (CERN)
- Gilly Elor
- Noah Kurinsky (SLAC/Stanford)
- Nicholas Rodd (Lawrence Berkeley National Laboratory)
- Maria Martinez (Universidad de Zaragoza (ES))
XENONnT, located at the Laboratori Nazionali del Gran Sasso (LNGS) in Italy, is a direct dark matter detection experiment designed to search primarily for Weakly Interacting Massive Particles (WIMPs) using a dual-phase xenon Time Projection Chamber (TPC). Thanks to its ultra-low background environment, the XENONnT detector is also sensitive to a variety of other rare-event physics...
The TESSERACT project will use a slate of target materials optimized for MeV to few-GeV mass dark matter searches alongside transition-edge-sensors to set world-leading limits on the dark matter/nucleon cross-section. After a brief overview of the experimental goals and sensor technologies, I will discuss the status of the superfluid He-4 target, (HeRALD,) for which multi-channel readout has...
QCD axions are the resulting bosons from the Peccei-Quinn mechanism which solves the strong CP problem, and are also a convincing candidate for wavelike dark matter. The Axion Dark Matter Experiment (ADMX) is an axion haloscope located at the University of Washington which directly detects axions through axion-photon coupling. Since the axion mass and corresponding conversion photon frequency...
The DAMIC-M (DArk Matter In CCDs at Modane) experiment is scheduled to begin operations at the Modane underground laboratory (LSM) in late 2025. This talk presents the current status of the project, highlighting recent results from its prototype—the Low-Background Chamber (LBC)—and progress on detector construction at LSM. Data from the LBC have been used to exclude theoretical benchmarks...
