10–12 Feb 2025
INFN-LNF
Europe/Rome timezone

Session

Light Dark Matter

11 Feb 2025, 14:30
Aula Salvini (INFN-LNF)

Aula Salvini

INFN-LNF

Via Enrico Fermi, 54 00044 Frascati (Roma)

Conveners

Light Dark Matter

  • Mauro Valli (Istituto Nazionale di Fisica Nucleare)
  • Angelo Esposito (Sapienza)

Presentation materials

There are no materials yet.

  1. Andrea Vinante (Istituto Nazionale di Fisica Nucleare)
    11/02/2025, 14:30

    Macroscopic and mesoscopic ferromagnets levitated by Meissner effect in vacuum behave as multimode mechanical systems with ultrahigh quality factor and high sensitivity to external magnetic fields. Furthermore, they can be easily coupled to superconducting quantum devices. This suggests the possibility of using this experimental platform for a variety of measurements in the context of...

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  2. Giovanni Grilli di Cortona (Lngs)
    11/02/2025, 15:10

    Resonant positron annihilation on atomic electrons is a powerful technique for searching for light new particles that couple to $e^+e^-$. Precise estimates of production rates require a detailed characterisation of atomic electron momentum distributions. I will present a general method that leverages the Compton profile of the target material to accurately account for electron velocity effects...

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  3. Francesco Pandolfi (INFN Rome)
    11/02/2025, 15:50

    Since the discovery of carbon nanotubes in 1991 there has been widespread excitement for their unique chemical, electrical and mechanical properties. The introduction of carbon nanotubes has led to technological breakthroughs in many fields, including electronics, biotechnologies, and chemical sensors. The aim of ANDROMeDa (Aligned Nanotube Detector for Research On MeV Darkmatter) is to...

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  4. Angelo Esposito (Istituto Nazionale di Fisica Nucleare)
    11/02/2025, 17:00
  5. Eleanor Katherine Fascione
    11/02/2025, 17:40

    There is vast parameter space to explore for dark matter masses below a few GeV, and the field of direct dark matter detection is constantly expanding to new frontiers. In particular, low mass dark matter candidates necessitate novel detector designs with lower thresholds and alternative target materials compared to e.g. the xenon-based experiments currently providing the strongest overall...

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  6. Giovanni Carugno (Istituto Nazionale di Fisica Nucleare)
    11/02/2025, 18:20
  7. Angelo Esposito (Sapienza)
    11/02/2025, 19:00
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