Researchers have demonstrated that thorium nuclear clocks can test the stability of fundamental constants with unprecedented precision. This breakthrough could challenge our understanding of physics’ most basic laws. The technology represents a quantum leap in precision measurement capabilities.
TITLE: Ultrastrong Light-Matter Coupling Unlocks New Quantum Control in Van der Waals Heterostructures Revolutionary Cavity Electrodynamics in 2D Materials Researchers…
Simulation software is reportedly transforming electrification R&D by modeling electromagnetic, thermal, and structural effects simultaneously. Sources indicate multiphysics approaches help optimize battery safety, wireless charging, and electric grid stability.
Engineering teams are increasingly adopting multiphysics simulation to overcome prototyping challenges in electrification projects, according to reports from COMSOL‘s recent Boston conference. Analysts suggest that systems like wireless chargers and grid-scale energy storage require modeling electromagnetic, thermal, and structural parameters concurrently—a capability traditional single-physics tools lack.
