The (inverse) β β-decay of uniformly accelerated protons (p → n+ e^++ ν _e p→ n+ e++ ν e)
has been recently analyzed in the context of two-flavor neutrino mixing and oscillations. It …

The Unruh effect states an accelerated particle detector registers a thermal response when
moving through the Minkowski vacuum, and its thermal feature is believed to be inseparable …

Mixing transformations for a uniformly accelerated observer (Rindler observer) are analyzed
within the quantum field theory framework as a basis for investigating gravitational effects on …

We show that uniformly accelerated detectors can display genuinely thermal features even if
the Kubo-Martin-Schwinger (KMS) condition fails to hold. These features include satisfying …

We investigate the response of an Unruh–DeWitt detector coupled to a polymer quantized
massless scalar field in flat spacetime, using the propagator obtained by Hossain, Husain …

The Hawking effect is one of the most extensively studied topics in modern physics, yet it
remains relatively underexplored within the framework of canonical quantization. The key …

Unruh effect is a landmark prediction of standard quantum field theory in which Fock vacuum
state appears as a thermal state with respect to a uniformly accelerating observer. Given its …

It is believed that extremal black holes do not emit Hawking radiation as understood by
taking extremal limits of nonextremal black holes. However, it is debated whether one can …

Thermodynamical aspects of gravity have become a cornerstone in our understanding of the
most intimate nature of the fabric of space-time [1]. The idea that these are ingrained in the …

Assuming that high-energy effects may alter the standard dispersion relations governing
quantized fields, the influence of such modifications on various phenomena has been …