Global Intelligence Database
Nature uses spiral-shaped molecules to filter electrons based on their magnetic spin, much like a rifled barrel directs a bullet. This quantum filtering effect suggests why biological systems transport energy so efficiently without overheating.
By Kumar, Gupta
Researchers have developed a self-supervised forward solver that drastically accelerates the training of inverse electromagnetic problems. By embedding Maxwell’s equations directly into the loss function, the model achieves high accuracy without the computational drag of traditional methods.
By Guo, Bialkowski, Abbosh
In an ideal crystal, electrons glide like perfect waves. Researchers have revisited a key theory to clarify how the subtle motion of a crystal's ions disrupts this quantum behaviour, causing electrons to lose their quantum nature—a process called decoherence—over specific distances.
By Singh