Recent content by jhixon

"The second law states that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object. The acceleration of an object depends directly upon the net force acting upon the object, and inversely upon the mass of the object." This...

Why are there 3 quarks to a proton, 3 quarks to a neutron, 3 types of electrons, 3 types of movement? What is the meaning of the number three in quantum/atoms? The physics definition of atoms- The number three is the smallest system with “two functions” and three phases of matter by energy level...

" as seen in cosmic muons traveling near light speed, which decay slower, allowing them to reach Earth" if you read how time works by the electromagnetic field, you would find that the fields strength controls time and not the speed of it moving. and your example shows the further way the...

You are correct about the that an atom can give off an electron and then decide to take it back and in the process give off a photon. You are correct that an electron can gain energy from the field. However the piece that everyone seems to be missing is that the "change in charges" is WHY...

Great, then explain lightning giving off photons in the atmosphere because of superposition (interaction) with angular matter fields? I am looking forward to hearing this?

Velocity does NOT have to be measured by the observer. The particle is still moving whether anyone wants to measures it or not, still moving whether anyone observes it or not, still moving whether anyone even knows about it because physics says it was influenced, not by the observer unless they...

Scientists proved the hypothesis true in the '70s by sending an atomic clock into orbit. It returned to Earth having run much slower than grounded atomic clocks. This only shows that time moved slower away from the center of the object. This does not prove time changed because of speed or...

So if an observer isn't there, what changes exactly? The charged particle is still going to have motion based on the field whether you can see the field or not. Just like lightning strikes and nobody see it. It still happens from a change in charges. Clearly the lightning is a much stronger...

Newton said that a theory only matters when it's tested, if the results don't fit your theory, then modify or start over. Trying to move forward in understanding is not a waste of time. We are all wrong until we are proved right by the universe's answers. Keep a positive attitude.

Physics processes determines how electrons and particles behave in an electromagnetic field, and this field or the behavior of electrons/particles has nothing to do with an observer. The same process happens whether it's observed or not, so an observer is not relevant unless you want to talk...

Electrons give off photons, but when do they do this? Photons are given off when the "charge of the electron is different than the current electromagnetic field", and thus photons are given off. As electrons travel to the first stage of the semi-conductor, the electromagnetic field is present...

Space doesn't stretch. Think of space in terms of water and the fluidity of water or the three forces with quantum stuff floating around, meaning that gravitational waves are created by the object/matter displacing space, just like sticking your fist in a container of water, the water level...

In quantum mechanics, the measurement problem is the problem of definite outcomes: quantum systems have superpositions but quantum measurements only give one definite result. First, we must understand that the three forces; nuclear strong force, weak force and electromagnetic force...

Current physics says a particle and its antiparticle, a proton, which is positive matter, is made of two up quarks and one down quark; and its corresponding antiparticle, the antiproton, is made of two up antiquarks and one down antiquark (for example, a proton and an antiproton) have the same...