Quantum breakthrough finds exotic matter that could power interplanetary missions

Researchers at UC Irvine have discovered a new phase of quantum matter in hafnium pentatelluride exposed to powerful magnetic fields. This exotic state, characterized by paired electrons and holes spinning together, could enable radiation-resistant electronics for deep space missions. The material's ability to conduct electricity vanishes under extreme conditions, potentially allowing for spin-based signal transmission instead of electrical charge. This breakthrough opens possibilities for energy-efficient technologies and durable computers that could withstand the harsh environment of interplanetary travel.