User talk:RobertDevereau

Quantum Mechanics By: Robert Devereau

Quantum mechanics is an area of physics that watches the behaviour of tiny particles in existing components of matter. A controversal topic, what makes quantum physics hard to understand, is that in many ways the workings of particles at a subatomic scale contradict everyday logic. Alura Cein, a metaphyscian, says "The Universe is made of particles of light, vibrating at their own frequency, from the largest beyond comprehension, down to the smallest beyond human conprehension". She also has said, "Because of the human size, it is hard for them to see past what they have always known and been taught, or realize things beyond themselves". As a student in physics, I agree.

Much of the old physics was mainly based on intuitive calculation. This required using common sense to determine the next step. But in physics, some experiments produced unexpected results.It is at times unpredictable behavior, that exists within every quantum object. Even a tiny particle of light, a particle of matter like an atom even a small molecule, can simultaneously exist in different places at the same time. How such properties might translate into the reality we perceive with our human senses remains a mystery. The fact remain, that at a subatomic level, quantum mechanics just works, even if it sometimes seems to defy the human imagination. This means that applying quantum mechanics may still be new, but because it works, it will grow in its use and understanding later. RobertDevereau (talk) 08:56, 20 December 2016 (UTC)

Force Between Charges, By: Robert Devereau

The direction of the force between particles in Quantum Physics, depends on the type of charge. If the two particles have the same charge, the force will repell the charges from one another. Those particles would push away from one another. If the two interacting charges have opposite signs, then there is an attractive force between the charges. This would certainly pull the charges toward each other, as if they are magnetized. The strength of the force between the charges depends on two factors:

1. The magnitude of each charge. 2. The distance between the charges.

If the amount of charge grows, the force will become stronger. If the distance between charges increases, the amount of force decreases. Variables are calulated during experiments to determine the charges. However, always in physics, the charges will be like a battery, pulled towards or pushed away from, one another. Many magnets and batteries are made with these two opposing forces. RobertDevereau (talk) 09:12, 20 December 2016 (UTC)