A "RADIANT ENERGY" DETECTOR

[BEP]

I forgot to mention......

If you become good at moving charges have spare ICs on-hand. High intensity or speed will blow the chips.

[Vortex1]

Sparks...interesting idea with the HV vacuum rectifier tube, but you might need a gas in the tube to ionize, that is, if RE can even ionize a gas. If it can, a NE2 neon bulb might work.

Could RE increase the conduction of the rectifier tube without ionizing gas?

If RE is an ionizing radiation that can penetrate a thin glass wall, a Geiger counter would also work.

Besides my homemade detector I also use this hand held ES meter, but it has a slow reaction time.

[sparks]

     Electrons in a tube are free of the atomic mass of the metal.  The energy of their  angular momentum is now evident on the aether as well as their mass velocity.  We got ourselves a spinning fast ball.  I believe the xray em wave from this current is due to the energy of the angular momentum of the electron field being radiated or given up to the field in conjunction with the magnetic displacement of the aether due to the particles velocity.  This Roentgen current is very energetic and I can see it popping alot of electronics.  In a lightning plasma again we see particle acceleration or  charge carriers experiencing inertial gain.  Particle accelerators are topping out with emwave acceleration and are experimenting with plazma excitation resulting in waves the particles surf transversely.    Tabletop particle acceleration is the goal.  And the lowly alternator is moving charge carriers but  very slowly and at great input expense.
     Modify:  @vortex  The rectifier tube uses an ionized gas.  One of the original rectifiers used mercury vapor.  This was a step up from vibrating contact current actuated relays. 

[turbo]

Hello peepz 

Here is a picture of a radiant energy detector.




It cannot get much easier...

Did i mention it is the transmitter that is more important?
I think i did somwhere.

Marco.

[Vortex1]

Modify:  @vortex  The rectifier tube uses an ionized gas.  One of the original rectifiers used mercury vapor.  This was a step up from vibrating contact current actuated relays.

Sparks

Some rectifier tubes use an ionized gas e.g. mercury vapor such as type 0Z4, 3B28,816, 866A.

Most common rectifier tubes operate at high vacuum without a gas such as mercury. Typical of these are 1B3,  1AX2 etc for high voltage rectifiers (kV) and 5U4, 5Y3,5V4, 5AR4 etc for low voltage (sub kV).

The advantage of the gas rectifiers is lower internal impedance hence lower voltage drop, however they produce a lot of hash noise which must be adequately filtered with chokes and capacitors off the plates Additionally, they require the filaments to be switched on 60 seconds or so before plate voltage is applied to fully vaporize the mercury..