Titlebook: Illuminating Dark Matter; Proceedings of a Sim Rouven Essig,Jonathan Feng,Kathryn Zurek Conference proceedings 2019 Springer Nature Switzer

遣返回国

Primordial Black Holes as Dark Matter and Generators of Cosmic Structure,t possibility is of special interest in view of the recent detection of black hole mergers by LIGO. PBHs larger than . might have important cosmological consequences even if they have only a small fraction of the dark matter density. In particular, they could generate cosmological structures either

流浪者

Quantum Metrology Techniques for Axion Dark Matter Detection,rst briefly review the cavity haloscope technique including quantum-limited measurements in the Glauber coherent state basis. Quantum non-demolition measurements in the Fock basis are then shown to offer much reduced background rates. Finally, we show that by preparing the cavity photon mode in a Fo

ENNUI

含沙射影

Direct Detection of Sub-GeV Dark Matter: Models and Constraints,o. I will then focus on recent ideas for direct detection experiments to search for dark matter with masses in the MeV-to-GeV range. I will then discuss briefly three topics: (i) the solar neutrino background (or “how low in cross section (interaction strength) can future direct-detection experiment

CLOWN

FASER and the Search for Light and Weakly Interacting Particles,del. More recently, however, there is a growing and complementary interest in new particles that are much lighter and more weakly coupled. I review the motivations for this shift and the importance of renormalizable portals. I then present FASER, a proposed LHC experiment that is specifically design

frugal

免除责任

倔强一点

innate

Anecdote

,Searching for Light–Dark Matter with Positron Beams,ar, we will discuss . production mechanisms, accessible only at positron machines, which might offer enhanced cross sections compared to the commonly used .-strahlung. Recent studies show that the inclusion of such processes in the reinterpretation of old beam dump experiments results in significant