When Radio Waves Heat the Sky: Electrons Defy the Rules of Thermal Physics
New kinetic modeling and Monte Carlo simulations reveal that radio-wave heating drives D region electrons into sharply non-Maxwellian distributions, undermining ...
New kinetic modeling and Monte Carlo simulations reveal that radio-wave heating drives D region electrons into sharply non-Maxwellian distributions, undermining ...
Ultrafast photoemission experiments on tin selenide reveal two valley channels with radically different dynamics, one preserving near-unity valley polarization and ...
A new theoretical study shows that ignoring the electroweak phase transition can shift predicted dark matter abundances by up to ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine