Konstantin Meyl
Summary
Konstantin Meyl is a German electrical engineer who has authored several books and papers on "scalar wave" electromagnetic theory and on engineering devices ostensibly based on this framework. His scalar-wave theory is related to (but technically distinct from) Bearden's; the two figures occupy similar positions in the modern free-energy / alternative-electromagnetics literature.
Life
Meyl earned his PhD in electrical engineering at the University of Stuttgart in 1984. He held an industrial-research position with Hewlett-Packard and other companies before joining Furtwangen University of Applied Sciences in the Black Forest region of Germany, where he has been Professor of Power Electronics and Electrical Drives.
He has been a prolific writer and lecturer in the alternative-electromagnetics community since the 1990s. His self-publishing imprint Indel-Verlag distributes his books and "scalar wave" demonstration kits.
Key Contributions
Scalar wave theory
Meyl claims that electromagnetic theory admits a class of "longitudinal scalar waves" distinct from Hertzian (transverse) electromagnetic waves. He further claims that these waves can transmit energy and information through media (water, biological tissue) in ways that ordinary Hertzian waves cannot.
The mainstream electromagnetic-theory evaluation: Meyl's "scalar waves" are mathematically equivalent to longitudinal modes of the electromagnetic field, which in standard QED are non-propagating gauge artifacts (in the Lorenz gauge) or non-physical degrees of freedom (in Coulomb gauge). Genuine scalar-wave information transfer is not predicted by standard Maxwell theory.
Demonstration kits and claims
Meyl markets "Tesla scalar wave" kits intended to demonstrate scalar-wave transmission. Independent replication of his demonstrations has typically shown that the observed effects are consistent with ordinary near-field induction phenomena, not with novel longitudinal modes.
Engineering courses and pedagogy
Meyl's mainstream teaching at Furtwangen is in electrical drives and power electronics — conventional topics where his contributions are unremarkable but professionally competent.
Reception
Meyl's scalar-wave theory is rejected by mainstream electrical engineering and physics. Within the free-energy / alternative-electromagnetics community he has supporters who treat his work as a serious development of the Tesla tradition, and skeptics who view the theory as poorly-founded.
In the psionic framework, Meyl's framework is not adopted. The framework's position is that the framework's own ψ-field theory provides a more rigorous basis for the kinds of effects ("scalar" coupling to matter, longitudinal-like information transfer) that Meyl invokes.
Bibliography
- Meyl, K. (1996). Elektromagnetische Umweltverträglichkeit. Indel-Verlag.
- Meyl, K. (2003). Skalarwellentechnik: Dokumentation für das Demonstrations-Set. Indel-Verlag. (English translation: Scalar Waves, 2003.)
- Meyl, K. (2012). DNA and Cell Resonance: Magnetic Waves Enable Cell Communication. Indel-Verlag.
See Also
External Links
- Wikipedia (German): Konstantin Meyl
- Indel-Verlag (k-meyl.de).
References
- Standard graduate EM texts (Jackson, Griffiths) on gauge degrees of freedom.
- Furtwangen University faculty profile.
