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I just learned about quantifying photons in physics and I read some yahoo answers about shrinking atoms saying that people are currently unable to shrink them, at least, that’s what I’m getting out of it. My thinking is that if the electrons in the atom have less kinetic energy that energy level would be smaller in size. If the electron is too close to the proton it fuses to form a neutron. Am I right so far’

The reason I ask is because, if the laws of physics don’t object, I think a particle accelerator can be calibrated enough to launch single protons along an axis of motion. Here they can be suspended in an electric field and fused with other protons and electrons to form abstract shapes, integrated circuits and other mechanisms. With it I hope to synthesize a self reproductive device that can revolutionize the world.

I’ve been working on the basic design for the subatomic mechanism and the particle accelerator, and the means of calibrating the accelerator to such extremes.

Just as a bonus, relative to the direction of a beam of light, which direction is the electric component of the wave going’
In response to the first answer, are you saying that the electron on the bottom most level can’t be a plank length away from the nucleus by losing kinetic energy’

ps I love how you say “Now electrons are a whole different horse.” lol I’m going to steel that.