… system is naively time-reversal invariant.The argument for that uses the fact that under time
reversal θ → −θ and then using the 2π periodicity we find that θ = π is time reversal invariant. …

… a theta term at θ = π in (3 + 1)d. Due to a mixed anomaly between time reversal symmetry …
We focus on two possible scenarios: (1) time reversal symmetry is spontaneously broken by …

… In this Letter, we extend this construction to timereversal symmetries. This was first discussed
in [24], and we further generalize it to the free Maxwell theory, massive QED, N = 4 super …

… We study the algebra (1.17) in the context of the phase diagram of these theories determined
in [34], and compute the timereversal anomaly ν using both the UV and IR descriptions. We …

… finite temperature the presence of thermally excited bulk quasiparticles could enable such
transitions, at low temperature they … symmetry breaking Zeeman field $h\mathrm{cos}2\theta $ …

The behavior of a dc superconducting quantum interference device (SQUID), based on dirty-point
contacts between a single-band and three-band superconductor with broken time-…

… We report on indications of an unexpected breaking of time-reversal symmetry in these …
temperature sensor measures the temperature of the holder, and the actual temperature of …

… Regarding the last point, we present here a feasible protocol for directly testing time
reversal symmetry (TRS) through the verification of the microreversibility principle in a …

… relations are intimately related to the behaviour of the system under time reversal. … at different
temperatures and chemical potentials, which are put into contact at some initial time, so that …

We present a stochastic method able to deal with complex Hermitian Hamiltonians where
time reversal invariance is broken explicitly. We fix the phase of the wave function and show …