All articles tagged with #lorentz invariance
A comprehensive review of 65 observations from pulsars, active galaxies, and gamma-ray bursts tightens the limits on any energy-dependent variation in photon speed, finding no violation of Lorentz invariance and reinforcing Einstein’s relativity; it also refines how such limits are calculated and points to future instruments for even tighter tests.
New analysis of gamma-ray flares from pulsars, active galactic nuclei, and gamma-ray bursts finds no energy-dependent speed of light, placing stricter bounds on Lorentz-violating effects predicted by some quantum gravity theories. The results tighten the allowed violations by about 1.5 orders of magnitude and offer a framework for integrating new data into the SME; in short, SR remains consistent, while the search for quantum-gravity signatures continues.
Scientists tested the possibility of breaking Einstein's speed of light rule by examining high-energy gamma rays from distant cosmic sources. Their findings confirmed Einstein's predictions, setting tighter limits on potential violations of Lorentz invariance and advancing our understanding of fundamental physics, though the quest to unify quantum theory and gravity continues.