Tag: quantum field theory

A new paper formulates linearized general relativity as a factorization algebra on Ricci flat globally hyperbolic manifolds, with conjectures motivated ...

A new theoretical paper proposes that particle-like mass can emerge from nonlinear self-interactions of a single gauge field, without a ...

Theoretical physicists have built explicit finite families of Weyl-polynomial observables for a massive scalar field whose vacuum Bell-CHSH values can ...

A new theoretical study shows that the topology of multipartite entanglement, not just acceleration-induced thermal noise, determines how quantum correlations ...

A new Frontiers paper by Paul John Werbos argues that life, mind and every emergent pattern in the cosmos are ...

A new theoretical calculation shows that gauge fields, long excluded from two-dimensional conformal anomalies, can produce a rich quantum trace ...

A new supersymmetric framework uses spurion superfields to show how localized impurities deform scalar field solitons while preserving half of ...

A new theoretical study shows that a pseudoscalar coupling between the inflaton and fermions during preheating could have produced an ...

A new theoretical comparison shows that solving the full relativistic Bethe–Salpeter equation instead of the Schrödinger equation can shrink predicted ...

Physicists at the National University of La Plata have constructed a worldline path-integral description of Yang–Mills theory on spaces with ...