Kapanadze and other FE discussion

[stivep]

So he is irradiated with super-powerful gamma rays.
https://en.wikipedia.org/wiki/Cobalt_bomb

No it is not.
You  are manifesting lack of knowledge in this particular area.
Nothing wrong. We all  learn something new.

Gamma rays are simply high energy photons, electromagnetic radiation. When a nucleus still has too much energy, but is done releasing alpha and beta decay particles, it will release the energy by swapping the spin of a neutron or proton and releasing a high energy photon in the process.

so gammas are the resulting outcome and not the cause.
www.khanacademy.org/science/physics/quantum-physics

what you ignored is that:

Gamma decay only occurs after alpha and beta decay in a sample, thats one thing to remember. Gamma decay doesn't change the mass or any other properties of the atom. Gamma rays are simply high energy photons, electromagnetic radiation. When a nucleus still has too much energy, but is done releasing alpha and beta decay particles, it will release the energy by swapping the spin of a neutron or proton and releasing a high energy photon in the process

That is where beryllium windows becomes handy .
https://ieer.org/resource/factsheets/basics-nuclear-physics-fission/
however:

Gamma rays produced in this way are also a minor feature of beta decays of bound neutrons,

https://en.wikipedia.org/wiki/Free_neutron_decay
and that is pretty consistent message in Colman patent.

In Colman I used  stable compound and electromagnetic wave at frequency of 400MHz + region - (that is  not a  frequency of gamma)

Both elementary (such as muons) and composite particles (such as uranium nuclei), are known to undergo particle decay. Those that do not are called stable particles, such as the electron or a helium-4 nucleus. The lifetime of stable particles can be either infinite or large enough to hinder attempts to observe such decays.

\Particle#:~:text\
Electromagnetic wave  carrier is a photon.
Photon can't interact with another  photon but it can deposit its energy when colliding with matter.
Energy of photon at given frequency can be received  with use of resonant circuit.
That is how radio, TV, cellphone works.
In Colman the quartz tube contains a compound and is a part of resonant circuit.
The source of electromagnetic wave  was made to be an external in the Close Field
https://en.wikipedia.org/wiki/Near_and_far_field
Colman says about Far Field too. That  makes few seconds of  process of RF - activating compound good for several 
hours of energy use For Free till the next activation.
The form of an impulse was F1 but A1 is OK too.
https://overunity.com/17735/kapanadze-and-other-fe-discussion/msg583151/#msg583151
Neutron bombardment can make matter unstable

when free neutrons strike fissile material unstable isotopes form, which quickly decay,
producing ionizing radiation and sometimes yet more free neutrons--
a neutron chain reaction if you will.
sometimes the struck material doesn't have to be radioactive itself, but turns radioactive upon neutron bombardment,

free-neutrons-pass-through-most-materials-but-how-do-they-damage-materials
The exact nature of neutron  gun was not provided by me to the public and if public is 
fluent  in some other  areas than particle physics_{( fundamental particles and fields, along with their dynamics),}- it is not my fault.
https://en.wikipedia.org/wiki/Particle_physics

Wesley

[stivep]

In Colman I used  stable compound and electromagnetic wave at frequency of 400MHz + region - (that is  not a  frequency of gamma)\Particle#:~:text\
Electromagnetic wave  carrier is a photon.
Photon can't interact with another  photon but it can deposit its energy when colliding with matter.
Energy of photon at given frequency can be received  with use of resonant circuit.
That is how radio, TV, cellphone works.
In Colman the quartz tube contains a compound and is a part of resonant circuit.
The source of electromagnetic wave  was made to be an external in the Close Field
https://en.wikipedia.org/wiki/Near_and_far_field
Colman says about Far Field too. That  makes few seconds of  process of RF - activating compound good for several 
hours of energy use For Free till the next activation.
The form of an impulse was F1 but A1 is OK too.

Here important is to  concentrate on the nature of reactive components of resonant  circuit.
There are two:
The  Inductive reactance and  Capacitive reactance.

Inductive reactance and capacitive reactance are types of reactance that measure the opposition to alternating current 1 .Inductive reactance is related to the magnetic field surrounding a wire or a coil carrying current 2,
while capacitive reactance is linked with the electric field between two conducting plates or surfaces 2
Inductive reactance increases with frequency, whereas capacitive reactance decreases with frequency 3 4 5

So there are two cases where:
- inductive reactance is leading
and 
- where  capacitive reactance is leading,(resulting  high current or high voltage)
knowing that even straight piece of wire on  your table not connected to anything else   
-becomes  a resonant circuit  manifesting  both reactive components if exposed to  the right frequency resonance.
That piece of  wire can become an antenna  (e.g. a dipole horizontally/or vertically  polarized )
Over sudden  one may notice that the ends of  a dipole can  be  exposed to  eg.- very high voltage ( for some reason) 
knowledge about magnetic loop antenna may help a lot  too.https://en.wikipedia.org/wiki/Loop_antenna

On a dipole there is a spread of current and voltage, in very simple words: at the end of the dipole, no current is built up b/c it is an open end, so there the voltage rise to a maximum. The impedance at the ends of the dipole is very high compared to the impedance at the feed point.

why-is-a-transmitter-dipoles-ends-the-max-min-voltage-instead-of-the-middle

So not so  sophisticated knowledge about the two:
- particle science
and
-electromagnetic wave /resonant circuit behavior  is the base  to understand Colman Free Energy device.
But some of  the audience may  not be at that level  yet.
We may also speculate how much of it is  Energy for Free if any - as we must deliver EM wave in very much coordinated matter.
But that is good for another publication if needed.

question now is:
- who from the audience feels capable of continuing   this conversation
All Russians despite their gender are welcome too..
Wesley

[kolbacict]

And you also said that you don't drink...
You don't have to be Freud to understand this.

[stivep]

ha ..yes I don't.
But I do occasionally with my wife  usually one glass of wine low % as we both are not
suitable for anything stronger than that.
I was never in my life drunk or I think I was not, but I was close to  that  at least twice, I think..
Wesley

[Sergh]

Gamma rays are simply high energy photons, electromagnetic radiation. When a nucleus still has too much energy, but is done releasing alpha and beta decay particles, it will release the energy by swapping the spin of a neutron or proton and releasing a high energy photon in the process
....
In Colman I used  stable compound and electromagnetic wave at frequency of 400MHz

Photon energy is directly proportional to frequency.

E=hf

where

E is energy (Typically in Joules)

h is the Planck constant

f is frequency (Typically in Hertz)

Gamma rays > 300 000 000 000 000 MHz

In your Colman experiments it was only 400 megahertz, which is a trillion times less than the energy of any gamma quantum.
This very low energy is insufficient to interact with neutrons. With this frequency your can only heat the substance inside the tube.

https://en.wikipedia.org/wiki/Photon_energy

https://en.wikipedia.org/wiki/Photon