Every leap in civilization begins with a new material. Today’s frontier lies where quantum materials meet neutrinovoltaics, transforming radiation from…
English Newsroom
Leonardo da Vinci searched for the rhythm that connects form and motion. Five centuries later, visionary mathematician Holger Thorsten Schubart…
Every byte, algorithm, and AI inference still hides a physical dependency, the grid. The world’s most “decentralized” network, the internet,…
Energy systems have always lived on borrowed time, drawing from wells that eventually run dry. A new shift in physics…
Artificial intelligence grows faster than the systems meant to power it. Every query, image, and model consumes electricity at a…
From a child’s first glimpse of the night sky to Nobel-level derivations, the story of neutrinovoltaics unfolds in deliberate steps….
From the 2004 isolation of atom-thin carbon to today’s research labs, graphene has shifted from curiosity to cornerstone. Its lattice…
From Nobel-winning neutrino discoveries to graphene nanostructures, scientific milestones once stretched across decades. Artificial intelligence is collapsing those timelines, accelerating…
Artificial intelligence is expanding at a pace that exposes one hard truth: it cannot function without continuous electricity. Conventional renewables…
For decades, vehicles consumed energy and chained drivers to stations and sockets. That logic is collapsing. With neutrinovoltaic nanomaterials, cars…