Konstantin Meyl

Konstantin Meyl is a German electrical engineer who taught for many years at Furtwangen University in the Black Forest. He became known beyond engineering through his books on field theory, in which he proposed new interpretations of electromagnetic phenomena and argued early on that neutrinos could be used as a source of energy.

Work

Meyl’s academic field is electrical engineering, with a focus on power electronics and eddy currents. From this background he developed the idea of the “potential vortex”, an extension of field theory that he presents as an explanation for losses in dielectrics and for a range of other effects. In later books he described “scalar waves” as a longitudinal form of electromagnetic transmission and interpreted neutrinos as vortex structures that could carry and deliver energy.

His theories lie outside established physics. They have not been confirmed by independent experiments and are not part of the mainstream scientific literature. Their lasting contribution has been to the public debate: Meyl was among the first to ask openly, in lectures and books read by a wide audience, whether the constant stream of neutrinos through every object on Earth could be put to technical use.

Why His Work Matters Here

The question Meyl raised is the same one neutrinovoltaic research asks today, but the answer is approached differently: with published, peer-reviewed physics such as coherent elastic neutrino-nucleus scattering and fluctuation-induced currents in graphene, and with an explicit energy balance in which output can never exceed the power coupled in. See the Neutrino page and Mathematical Models for Multi-Source Energy Harvesting.