Bombarding neutrinos cause resonance, enable future energy harvesting

April 28, 2021 // By Jean-Pierre Joosting
Bombarding neutrinos cause resonance, enable future energy harvesting
It is postulated that this resonance could explain why neutrinos have mass and, therefore, how to exploit this mass better to produce energy.

The Neutrino Energy Group represents the cutting edge of alternative energy science, as a collaboration between scientists in Germany, the USA, and beyond. A few years ago, the scientific community had doubts about founder Holger Thorsten Schubart's assurances that neutrinos could be exploited for energy. Now, however, Holger and his team are hard at work designing the first generation of neutrino-powered electric cars and neutrino energy generators.

Aiming to bring this technology to fruition, the Centre for Materials for Electronics Technology (C-MET) in Pune, India has announced a deepening cooperation with Berlin, Germany's Neutrino Energy Group. Under the Memorandum of Cooperation signed, the two organizations will work together to develop new neutrinovoltaic technologies and start building out the infrastructure for mass-production of neutrino energy devices. Having proved itself one of the world's preeminent institutes of revolutionary nanomaterial research, C-MET Pune is an ideal match for neutrinovoltaic technologies, which center around graphene, a simple, abundant, yet tricky nanostructure.

The Neutrino Energy Group intends to lean on the expertise of C-MET Pune's engineering talent while simultaneously training the first generation of neutrinovoltaic technicians. Various areas of C-MET Pune's expertise, including 2D materials and quantum dots, will prove highly useful in developing efficient, powerful, and mass-producible neutrino energy technologies.

Certain neutrino/matter collisions result in a phenomenon called resonance, which is typified by unusually regular particle scattering after neutrino impact. It believed that this resonance could explain why neutrinos have mass and, therefore, how to exploit this mass better to produce energy.


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