At CERN, a detector prototype called ProtoDUNE Vertical Drift is being pushed toward 300,000 volts — stress-testing hardware that must survive decades sealed underground with no maintenance crew coming to fix it. The goal isn't spectacle. It's survival. Whatever gets built has to work now, and keep working, for longer than most engineering projects are ever asked to last.
But behind that high-voltage endurance test lies a deeper question that detection experiments were never built to answer. If neutrinos, cosmic particles, electromagnetic fields, and thermal gradients are continuously present — not rare, but constant, everywhere, all the time — can material systems be designed to respond to that environment directly? The Neutrino Energy Group is pursuing exactly that second question, building multilayer graphene-silicon nanostructures that convert weak, continuous, multi-channel ambient flux into directed electrical output.
Two fields, two different answers to the same new reality: the invisible has become an engineering domain.
