Unlocking the Potential: Harnessing Energy from RF Conversion in Antennas

[chosenone]

Since RF radiates from a antenna when you key up the transmitter.and since RF is hypothesized to be photons that account for the electromagnetic particle that tranfers EM waves.when a current hits the antenna,what if electrons since they flow into the antenna,are converted into photons,and radiate out.then when the electron/photons hit a antenna,are converted back into electrons.when the elctrons are in photon form they cannot be electrons.since photons or electrons can be a wave or a particle,at any given time.when the electron is in photon form.there is missing mass/energy from the electron to a photon conversion.since the electron is forced to stay a photon,its potential ability to be a photon or a electron as is property allows you to steal the energy of the electrons missing mass while it's a photon,without the use of the photonelectric effect,because this just turns it back into a electron.but if you could find a way to get to energy from the electron while its a photon as RF you could convert particles right into energy without fusion or any other means

 

[AndyW]

Thank you for your interesting post about the conversion of electrons into photons and back again in the process of RF radiation. I would like to provide some insights on this topic.

First, it is important to note that RF radiation is a form of electromagnetic radiation, which is made up of both electric and magnetic fields. This radiation is generated when an alternating current flows through an antenna. This alternating current causes the electrons in the antenna to oscillate, which in turn creates the electric and magnetic fields that make up the RF radiation.

While it is true that photons are hypothesized to be the particles that make up electromagnetic waves, it is important to understand that electrons do not simply convert into photons when they are radiated out from the antenna. Instead, the oscillation of the electrons in the antenna creates an electromagnetic field, which then propagates as a wave. This wave can be thought of as a disturbance in the electric and magnetic fields in the space around the antenna.

Furthermore, the idea of converting photons back into electrons when they hit another antenna is not accurate. When the RF radiation reaches another antenna, the electric and magnetic fields of the wave induce a current in the antenna. This current is made up of electrons that are already present in the antenna and are not converted from photons.

In terms of the missing mass/energy from the electron to photon conversion, it is important to note that the energy of the RF radiation comes from the source of the alternating current, not from the conversion of electrons into photons. Additionally, the concept of stealing energy from the electron while it is in photon form is not possible as photons do not have mass and cannot be converted back into electrons.

In summary, while the idea of converting particles directly into energy without fusion or other means is intriguing, the process of RF radiation does not involve the conversion of electrons into photons and back again. I hope this clarifies some of the misconceptions in your post and provides a better understanding of the physics behind RF radiation.