Transverse & Longitudinal Electric Waves - Eric Dollard & Tom Brown

Created: 2020-07-20T17:46:18.540446

This card pertains to a resource available on the internet.

When dropping a rock in to water consider transverse waves (the ripple) but also longitudinal waves (ray-casts which go in straight lines; essentially pointing which ways the ripples should go.)
Imperfection in the wire retards electricity which otherwise wants to travel the speed of light.
Scalar waves appear to move faster than light after accounting for frequency/velocity formulas.
Voltage measurements of scalar instruments are very sensitive; when Dollar reaches near the coils the voltage drops. He explains this as the field going "out of resonance."
Use of analogue computers to produce the effect being studied.
Use of neon bulbs when detecting transverse waves.
Magnetism rises towards the source and dielectrics rise towards the load.

TODO link not implemented: => dollard-computer-transverse.png Dollard's LMD in transverse modeTODO link not implemented: => dollard-computer-longitude.png Dollard's LMD in longitudinal mode

Whenever inductors grow hotter, capcitors grow golder.
Switching between transverse and longitudinal mode changes whether inductor or capcitor goes towards heat.
The LMD in longitudinal mode resulted in light tubes glowing without being plugged in.

Analogue computer

One pair of wires, the "element of transmission."
Pair of inductance coil or chokes, analogue of the magnetic field for wires.
Pair of capacitors, analogue of the dielectric of wires.
Wired with capacitors in series will produce transverse waves, while inductors produce longitudinal waves.

10mH inductance coils

0.47mF capacitors