The idea of searching for gravitational waves using cavities in strong magnetic fields has recently received significant attention. In particular, cavities with rather small volumes that are currently used to search f...
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I review recent advances in model-building new solutions to the strong CP problem. The new models can either enhance the axion mass by small-size instanton effects or cancel the axion mass mechanism by soft-breaking t...
In this talk, we explore the stochastic Gravitational Waves (GW) resulting from graviton Bremsstrahlung during inflationary reheating. I start by discussing the motivation behind the study and introduce the computatio...
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The present paper describes a novel machine learning based method for the discrimination of a Neutral-Current (NC) background that taints IBD signals of the Diffuse Supernova Neutrino Background (DSNB) in Gadolinium-l...
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Axions and axion-like particles, commonly referred to as ALPs here, are among the most popular extensions of the Standard Model. They are as pseudo-Nambu-Goldstone bosons of a high energy global symmetry that is spont...
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The problem of having to reconstruct the decay rates and corresponding amplitudes of the single-exponential components of a noisy multi-exponential signal is common in many other areas of physics and engineering besid...
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We discuss how methods developed in the context of perturbation theory can be applied to the computation of lattice correlation functions, in particular in the non perturbative regime. The techniques we consider are i...
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Using diagrammatic resummation techniques, we investigate the double-logarithmic series of the "soft-overlap" contribution to Bc → ηc transition form factors at large hadronic recoil, assuming the scale hi...
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Extracting constraints on the kinetic mixing of a new U(1)′ gauge boson hiding under the Standard Model Z boson resonance requires the formalism of non-Hermitian two-point correlation functions at 1-loop order. We de...
Extracting constraints on the kinetic mixing of a new U(1)′ gauge boson hiding under the Standard Model Z boson resonance requires the formalism of non-Hermitian two-point correlation functions at 1-loop order. We derive self-consistent collider constraints on Z′ bosons with kinetic mixing in a narrow mass window around the Z boson, considering both model-independent and model-dependent bounds. Our treatment elucidates the importance of both avoided level crossing and the dispersive seesaw effect in interpreting the existing constraints. We also discuss the implications for future measurements on the Z-pole.
ANNIE is a Gadolinium-loaded water Cherenkov detector located in the Booster Neutrino Beam at Fermilab. One of its primary physics goals is to measure the final state neutron multiplicity of neutrino-nucleus interacti...
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