A recent study has revealed that dipolar recoil forces and torques exhibit odd symmetry under time reversal, a finding that redefines our understanding of electromagnetic interactions at a fundamental level. This phenomenon, which arises from the retardation in the mutual interaction of charges, has significant implications for condensed matter physics and nanotechnology, where small-scale forces are crucial.
A theoretical study has explored the properties of a new class of complex hydrides, A2LuCuH6 (where A can be lithium, sodium, or potassium), aiming to evaluate their potential for… more →
Researchers have successfully coupled three combustion oscillators, marking a significant milestone in the study of complex system dynamics.… more →
Scientists have demonstrated a new method for generating high-energy gamma rays using plasma mirrors and self-focusing.… more →
Researchers have delved into the complexity of disconnection dynamics during grain boundary migration, a fundamental process in materials science that influences the mechanical and… more →
Researchers have developed a new method for the inverse identification and dynamic reconstruction of high-speed gear systems, particularly those with asymmetric mesh stiffness.… more →