Just as a quick note here regarding the Faraday Cage.
Professor Lewin at MIT carefully tuned his AM radio to a strong nearby station and then carrying the radio he stepped into the Faraday Cage, which looked a lot like a bird cage. The radio lost reception - he stuck it outside the cage, then back in, back and forth, very clear that the cage stopped reception. The whole time during the demonstration he explained in detail by spoken words exactly what was happening. Standing inside the cage he stopped and paused and then said, "I know what you are thinking". He was wearing a wireless microphone, and inside the cage it worked fine. So he explained briefly that it had to do with the amplitude of the wave form and his microphone's waves could fit through the holes in the cage.
There are transverse waves, longitudinal waves and ... perhaps Scaler Waves. If scaler waves exist, they will pass through matter unfettered. However, if they pass through an EM box (electric field in the horizontal and magnetic field in the vertical or vice versa) then the fields in the box will change relative to the passing wave. The E field can be made from a large capacitor and the M field can be made from a Helmholtz coil. Detectors in the field will monitor the changes that the field experiences. A Scaler wave will effect both in simultaneity and will appear as a compression and decompression along the trajectory path of the wave. Maybe.
Professor Lewin at MIT carefully tuned his AM radio to a strong nearby station and then carrying the radio he stepped into the Faraday Cage, which looked a lot like a bird cage. The radio lost reception - he stuck it outside the cage, then back in, back and forth, very clear that the cage stopped reception. The whole time during the demonstration he explained in detail by spoken words exactly what was happening. Standing inside the cage he stopped and paused and then said, "I know what you are thinking". He was wearing a wireless microphone, and inside the cage it worked fine. So he explained briefly that it had to do with the amplitude of the wave form and his microphone's waves could fit through the holes in the cage.
There are transverse waves, longitudinal waves and ... perhaps Scaler Waves. If scaler waves exist, they will pass through matter unfettered. However, if they pass through an EM box (electric field in the horizontal and magnetic field in the vertical or vice versa) then the fields in the box will change relative to the passing wave. The E field can be made from a large capacitor and the M field can be made from a Helmholtz coil. Detectors in the field will monitor the changes that the field experiences. A Scaler wave will effect both in simultaneity and will appear as a compression and decompression along the trajectory path of the wave. Maybe.
Comment