/sci/ - Science & Math

Can a scalar wave resonate with a transverse electromagnetic wave? If so, would the amplitude of the transverse wave increase? If so, is that “free energy?”

It’s simple really:
>transverse waves go shew shew across spacetime
>longitudinal waves go womp womp through spacetime
>the shew shew generates electromagnetic fields
>the womp womp doesn’t
>the shew shew needs electric fields to propagate
>the womp womp doesn’t
>it doesn’t require any shew shew energy to propagate a womp womp
>but if you send two womp womps at each other at different frequencies, they collide, and the interference causes a shew shew to appear
>the shew shew has an electric field
>the womp womps didn’t
Congrats, you made energy out of nothing. Welcome to open-system cosmology.

Tesla discovered that longitudinal waves can resonate with transverse waves. Since longitudinal waves have no electromagnetic fields, any energy added to an existing transverse wave by resonance with a longitudinal wave amounts to “free energy.” And since longitudinal waves do not interact with physical objects or EM fields, they can be beamed straight through the earth without any resistance. No energy is carried with the wave; instead, energy is generated directly at the distant interference site where that wave resonates with a transverse wave of the same frequency.