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Quantum physics is far from complete and the natural world contains many phenomena our best theories cannot yet explain. Clearer understanding of existing theories will yield blueprints for the systematic discovery of new physical processes.
In collaboration with the low energy nuclear reactions (LENR) team at MIT, Leverage is helping to advance nucleonics. The field of nucleonics studies atomic nuclei and how energy can be transferred between nuclei and extracted. Anomaly reports and better theory will drive progress in this rising field.
Publications and Lab Updates
Nucleonics is a subfield of quantum material science. It is adjacent to, and takes as evidence, the thirty-five years of reports of excess heat, neutron emission, and unexpected fission daughter products that has motivated research into room-temperature fusion.
Physics of Magnetism
Despite centuries of research, the scientific understanding of magnetism remains piecemeal and fragmented. Magnetism was first connected to electricity in the 1800s and then to angular momentum through the quantum phenomenon of spin in the 1900s. A ground-up examination of this fundamental aspect of nature is called for.