Date:
Mon, 17/11/202512:00-13:30

Location:
Place: Levin building, Lecture Hall No. 8
Lecturer: Yonit Hochberg (HUJI)
Abstract:
Dark matter is one of the biggest mysteries of modern day physics, yet
its identity remains unknown. In this talk, I will focus on light dark
matter. From the theory side, I will discuss new theoretical
developments that suggest light dark matter. From the experimental
side, I will present new proposals for the direct detection of light
dark matter in the laboratory which hold much promise. These include
the use of superconducting nanowires, two-dimensional targets such as
graphene, and unconventional materials with low-energy plasmons.
Considering dark matter interactions with these targets, I will
demonstrate the potential of the light dark matter direct detection
program in upcoming years.
Abstract:
Dark matter is one of the biggest mysteries of modern day physics, yet
its identity remains unknown. In this talk, I will focus on light dark
matter. From the theory side, I will discuss new theoretical
developments that suggest light dark matter. From the experimental
side, I will present new proposals for the direct detection of light
dark matter in the laboratory which hold much promise. These include
the use of superconducting nanowires, two-dimensional targets such as
graphene, and unconventional materials with low-energy plasmons.
Considering dark matter interactions with these targets, I will
demonstrate the potential of the light dark matter direct detection
program in upcoming years.
