What are the properties of photons and electrons? What the hell do they have to do with each other?

"Photons and electrons are the most basic microscopic particles, and they are indivisible."

If we do not regard atomic nuclei and atoms, which are basically morphological matter, as particle matter, then particle matter can be divided into large and small, and can be divided into: Proton and subclass particle matter, ray particle matter smaller than proton neutron, electron particle matter smaller than ray particle, light particle matter smaller than electron, heat particle matter smaller than light particle, the final particle matter. Therefore, particle matter is indivisible only when it is divided into particle matter at the level of hot particles. Photons and electrons are also separable particles of matter. Electrons are particles that can be decomposed into photons and thermal particles, and photons are particles that can be decomposed into thermal particles. Therefore, it should be wrong to say that "photons and electrons are the most basic microscopic particles, and they are inseparable".

- About "Photons are carriers of energy, or light is actually energy"

Photon as a particle matter, it is matter, it is made up of thermal particles such as particle matter. Since a photon is matter, it is not energy. There is energy stored in the photon, but the energy stored in the photon is only released when the photon is broken down into more and smaller light particles and completely and completely broken down into heat particles, and used to decompose more and smaller photons and heat particles. The photon, as the original light, is the product of the incomplete decomposition of electrons, protons and neutrons in the decomposition process. The 300,000 kinetic energy of the photon per second is not the energy carried by the photon, but the energy released by the electrons, protons and neutrons in the incomplete decomposition process, and the energy released by the electrons, protons and neutrons in the decomposition process promotes the photon to move at 300,000 kilometers per second. So it is wrong to say that light is really energy.

"Although a photon has the properties of a particle, it is not strictly speaking a concrete particle like an electron."

A photon is a particle. Unlike electrons, protons and neutrons, photons are inherent particles squeezed into independent hot particles by centripetal pressure, expansion pressure and torsion in the black hole, but the particles produced by the inherent particles of electrons, protons and neutrons in the decomposition process, and are particles smaller than electrons. If the particle matter of photon does not collide with the matter larger than it in the universe, it can exist indefinitely in the form of particle matter.

- On "The general conclusion of scientists at present is that photons have no mass"

Indeed, the current general conclusion of scientists is that photons have no mass. But since photons are the products of the decomposition of electrons, protons, and neutrons, and since electrons, protons, and neutrons are matter with mass, the products of their decomposition - photons - are also matter, and also matter with mass. No matter is massless. The mass of all matter is determined by the number and density of hot particles contained in the matter. And the photon is also composed of hot particles, is containing hot particles, of course, by the mass.

- About "The speed of light is the speed of gravitational waves"

Whether there are gravitational waves or not is a question. What exactly is gravity, what is the matter that allows gravity to exist, what is the mechanism by which gravity works, are still some of the unanswered questions, so how do you explain the speed of gravitational waves?

"The electron is an indivisible elementary particle, at least for the time being."

An electron is a particle matter smaller than a proton or neutron, larger than a photon, and larger than a thermal particle. If electrons are indivisible particles, then we have to ask not only, is the current flowing through the cable composed of electrons? After the current has done work, if it is not decomposed, then the current and electrons should still continue to exist in the form of current and electrons, and should be able to do work indefinitely. The fact is that each kilowatt of current and the electrons that make up this kilowatt of current disappear after the work is done, and no work can be done, but heat is produced. So where do the electrons in this kilowatt current go? The answer can only be that the electron is broken down, broken down into the independent hot particles that thermally represent its existence. The decomposition of electrons into independent hot particles is just one result of the decomposition of electrons. In the process of electron decomposition, there is also the product of incomplete decomposition - photon. The light emitted by the electric lamp is the incomplete decomposition produced after the electric lamp is decomposed by the electrons in the current. Therefore, electrons can always be disintegrated, whether they are electrons in an electric current or electrons in an atom.