SPACE, TIME and LIGHT

Space is three dimensions co-ordinates space.

Time does not depend on any coordinator. In fact, each planet uses the rotation of planet to calculate local time. When we negotiate with other planets, we have to conversion between different local times.

Light is bunch of photons. Human can recognize the light which has enough energy only (speed and density of bunch of photons).

All physical quantities are relative quantities. They are used for compare between objects and depend on co-ordinates. In space, there is not any limit of speed.

On space, all things are formed by following fundamental particles: proton, electron, photon. (In this particle, I do not refer to many other theories about quantum).
Proton: positively charged
Electron: negatively charged

Photon: uncharged. Photons appear everywhere in space.

We call the forces between charged particles electric force. Proton and electron attract each other. The same charged particles push each other. The result of electric force between stars (or planets) and other things is gravitational force.

Atom is smallest independent component of each element. Atom includes a nuclear which formed by protons and a frame of electrons which rotates around the nuclear. The nuclear is very small in comparision with the size of atom. There are some suppositions about structure of nuclear but maybe each nuclear is a proton with different charge only. In calculation, we refer nuclear as a particle supposedly. Structure of atom of elements must present in the balance of electric forces. We call an atom in un-balance of charge Ion. Energy of atom is kinetic of all particles. The atom energy presents the temperature and size of atom.

If an atom has few electrons, the atoms have the shape of comet (a nuclear and a belt of electrons) and the atom also can be magnetized in the direction of the belt of electrons, we also call two poles of that atom 'black hole'.

Radioactivation of atom: Particles of atom transmit kinetic energy to independent photons. The atom can change it's structure as the result of radioactivation.

Radioactive rays are photon waves which have different energy (density and speed of photons).

Otherwise, atoms can receive energy from independent photons, for example: Atoms of a thing receive energy when the thing is burned or the thing reflects the light of the sun. In receiving energy status, independent photons transmit kinetic energy to frame of electrons of atoms. Atom shows its energy by its temperature. In each atom, the distance between frame of electrons and nuclear is directly proportional to kinetic energy of electrons. In other words, the size of an atom is directly proportional to its temperature.

Element: All atoms with the same charged nuclear.

Compound: Some elements mix together, their atoms are arranged in three co-ordinates space and depend on balance of electric forces. Desity of atoms decreases from solid to gas. There are not bounds exactly between solid, liquid, gas.

Nuclear reaction: We call reactions which change the form of atom(s) nuclear reaction. All burned reactions are nuclear reactions.

Notes:

Because of independent photons, energy always transmits from high temperature to low temperature.

Light (bunch of photons) does not have mass, but light has kinetic energy. On space, spacecraft uses solar motor to push photons and moves forward.

On space, the only power is kinetic energy. All transmition of power depend on balance of power (in three-dimensions co-ordinates space). Mass is result of electric force, so the kinetic energy does not depend on mass, it depends on density and speed of fundamental particles.

The task of quantum is specify atom structure of all elements and compounds which appears on nature.