Natural Science Forum / Physics / Electromagnetism / May 2007

Is it possible to determine the direction of a radio signal instantly,
i.e. without having to sweep some directional antenna?  Perhaps by using
several orthogonal antennas, for example?
If it helps, here's the particular application I have in mind: I'm

New Electricity
Magnetic Field Due to Current
The model proposed by Maxwell that relies on the current loop and is worked out by Gauss an example of fluid mechanics (to make the mathematics beautiful and easy), and is based around the Pythagorean philosophy of perfection is not ...

Dears
I've got an intense mag-field (f=100kHz, amplitude=200Gs),
but no suitable detectors could be applied to it to make an acuurate
measurement.

Power is generated at 24kV at a generating plant located 118 km from a
town that requires 50 MW of power at 12 kV. Two transmission lines
from the plant to the town each have a resistance of 0.10 Ohm/km. What
should the output voltage of the transformer at the generating plant

Mind Control Weapons and Directed Energy Weapons
Do you know Mind Control Weapons and Brain Washing (such as CIA Mind
Control Project : MKULTRA) ? Do you know voice can be transmitted to
human's head from long distance(V2K)? (In 2002, the Air Force Research

Are free electrons invisible? I conducted the thought-experiment wherein
an electron orbiting a nucleus is energized by radiated EM such as for
example visible light, sending it into a higher orbit around the nucleus.
My conclusion was that the energy isn't stored in the electron ...

For simplicity, and as a starting point,
let's assume I know how triphase
asynchronous motors do work.
Well, idealizing like in a gedanken,

I was pondering to myself why light moves. If a photon has not mass
and no known force pushing it then why does it move?
The speed of light is known to be 186,282,397 miles per second.
But why is it this speed and not, for example 197,527,698 mps?

I have two Metglas C cores forming a high frequency transformer O
core.    I found that wrapping primary and secondary windings on the
same bobbin as opposed to wrapping them on separate bobbins on
opposite sides of the core has a profound improvement in transformer

This is shown in the paper "Spin_produces_stress" (www.sciprint.org).
Besides, it is shown that the total torque acting on the absorber
equals two powers divided by the frequency. This fact contradicts the
standard electrodynamics, which predicts the torque equals power