Giantkiller moves forward into Full Heterodyning.

[CTG Labs]

You have no proof of this and are assuming the existence of the Aether which was just invented out of thin air to explain how light and radio waves travel in a vacuum.


Regards,

D.

Hi Drossen,

Magnetic fields emanate from mass?  There is no mass in space for magnetic fields to emanate from and magnetic fields cannot exist on their own?

It's already there everywhere. Not just in earth,but  in the whole universe.

When we sending signals with radio, we just disturbing.

[CTG Labs]

My appologies.  You believe all space is permeated by a magnetic field which we are able to perturb?  Interesting...

[sparks]

@sparks

Radio transmissions have both an electric and a magnetic field.  When the magnetic field of a radio transmission passes through an antenna, or coil in our case, a small current is induced.  In the case where there is a ferrite core, the magnetic fields of both the outer transmission coil and the inner receiver coil will be drawn toward the ferrite core.  As the magnetic field of the outer coil passes through the inner coil as it goes toward the ferrite core, a current will be induced in the inner receiver coil.  However, as the magnetic field from the inner coil is also drawn toward the ferrite core, the amount of magnetic field passing through the outer coil from the inner coil will be very small, causing little or no effect on the outer coil.  In other words, there are magnetic fields involved in the radio transmission of power.

Drossen

Why does a radio wave need a magnetic field inducement to radiate?  The charge oscillation is the effect felt from afar not the magnetic field assumed to be traveling with the wave.  Sure once the oscillation interacts with the mass of the receiving antennae there will be a magnetic field because the mass of the antennae is soaking up the potential energy of the radio wave and adding to it's inertial frame.

[CTG Labs]

What does the oscllation consist of then?


D.

@sparks

Radio transmissions have both an electric and a magnetic field.  When the magnetic field of a radio transmission passes through an antenna, or coil in our case, a small current is induced.  In the case where there is a ferrite core, the magnetic fields of both the outer transmission coil and the inner receiver coil will be drawn toward the ferrite core.  As the magnetic field of the outer coil passes through the inner coil as it goes toward the ferrite core, a current will be induced in the inner receiver coil.  However, as the magnetic field from the inner coil is also drawn toward the ferrite core, the amount of magnetic field passing through the outer coil from the inner coil will be very small, causing little or no effect on the outer coil.  In other words, there are magnetic fields involved in the radio transmission of power.

Drossen

Why does a radio wave need a magnetic field inducement to radiate?  The charge oscillation is the effect felt from afar not the magnetic field assumed to be traveling with the wave.  Sure once the oscillation interacts with the mass of the receiving antennae there will be a magnetic field because the mass of the antennae is soaking up the potential energy of the radio wave and adding to it's inertial frame.

[CTG Labs]

Indeed.  However this is still an assumption.  If there is magnetic field every where, why we cannot detect it.

I am waiting for our radio expert to explain.  And I do not mean that in any derogatory fashion, I am simply looking for the view of current science about this.

It just seems to me that whoever I ask they skirt about the answer rather than just admit there is a problem!



D.