photon-proton/ proton-electron interactions

Glory only had time to smirk as the ball of dark matter came towards her. She had seen something similar to this before a long time ago, and because of this, she knew exactly how to counter it. Glory's tactic was simple, observe, and then counter. She had learned how he used his powers, and now all she had to do was counter it. Most of the time her opponents were a lot more simple and it didn't take this long, but it didn't matter. What she was going to do was turn his own power against him. How? Well, it was all quite complex, but looking at it would be very simple. The first thing she did was clench her hand tight, the one that was up in the air, and let the power flow through her body, and outwards. The effect looked like her hand was struck by a bolt of lightning that sent a shock wave outwards around her. The moment her power was set free both her arms clenched and bent to her sides and she let out a scream of pure agony as every muscle in her body constricted from the surge of power. There was a thick vein in her neck that could be seen popping out as the current ran through her body and converted into force. Her back arched and her head snapped back as she howled towards the sky. Her legs straining to stay upright.

The reason Glory HAS to wear the suit is not to protect her from outside damage, but from harming herself. It was very rare that a sensitive was immune to their own powers. Having said that, every single time Glory uses her own ability, it pains her to do so. The suit helps to channel her powers around her body, instead of it flowing straight through. Even with the suit though, it still hurts.

And the reason she shot her power out in a wave the way she did was because she needed to create an electromagnetic force field around herself. Much like the plasma shield earlier, but this one was made of pure gravitational force. Imagine anything coming towards her was a north magenet, and the force field around her was also a north magnet. Now imagine that the object in question was coming towards her at an extremely fast speed (which would create a large amount of energy from its momentum), the magnet would stop the object, repelling it backwards as the energy came it contact with it, and send it flying back the way it came. That was what she was doing, and that was why she had to shoot the wave off. It looked similar to the EMP she had shot off earlier but this time it was a continious surge of energy to make sure nothing could pass through the field. The wave of energy didn't go far, perhaps ten feet around her in a circle.

The orb Lewis shot resembled a black hole, dark matter, or a gravity ball that would cause the target to implode upon impact. Such force was creating vibrations, and those vibrations were creating energy, it was this energy that she targeted to repulse. Not the orb itself, but the vacuum of energy that surrounded the ball.
So to explain it simply: what she was doing was repelling the magnetic force the ball was creating, I.E. the gravitational field that was compressing the ball, and using its own momentum and force to turn it back the way it came, which just so happened to be Lewis. The whole thing happened as fast as it took for her to clench her fist. The field around her popped and sizzled as it stayed contained in its small ten foot orb.
As the ball came towards her it got caught in the field, and the instant it stopped, all that force was sent back the opposite way at twice the speed. Just like a toy Guass gun that shoots off those little metal marbles...


Glory's hair was now a giant frizz ball, and her skin was being charred. Because she was naturally stronger than the average human though, it would take a lot more then this in order for the effects to actually visibly appear. Even so, if she kept it up she was going to probably suffer second degree burns from her own attack...

So hypothetically speaking, how would she go about reflecting matter?

I guess what I am asking is, would it be possible for her EM waves (or field) to repel photons and particles in way that can work on large objects like people and nonmetal projectiles?

So hypothetically speaking, how would she go about reflecting matter?

I can't really answer that as it isn't physically possible.

I'm not sure if I understand this right, so please correct me if I am wrong.
So what if a machine created a gravity field around itself by generating a large amount of Electromagnetic radiation and began spinning it around at extreme speeds, could it create a small gravity field? And if so, would the EM radiation turn it into plasma?
I hope not, because what I understand about plasma is that it is hot and burns...

there must be a force that repel the electron that get close to proton so it could not stop and proton. It's may be time-space force ^^ (Sorry. If it doesn't help.)

There is not. An electron and a proton, and really all matter and radiation has wavelike properties and are not little hard balls like a billiard ball. The electron doesn't fall into the nucleus and impact it because the state that it is in the form of a standing wave that occupies a much larger volume than the classical electron does. This wave represents the chance of finding the electron somewhere within it, with a finite chance that it will be inside the nucleus. It doesn't fall in and stop because that is simply not a possible state for it to be in.

It's hard to explain if you don't know anything about Quantum Mechanics.

I really don't know anything of Quantum Mechanics. I could not understand why the electron only be found in the volume that form by a standing wave form. The standing wave is the result that the electron behave in atom not the causes! Could you suggest an easy (to understand) book or URL ? Thanks a lot

I imagine that if there only one electron and one proton in space. They will run to hit the other. If their structure is not changed by the hit and there is no energy loss then the momentum will make them bouncing forever. But I don't know why there is no loss and damages occured. What is the structure of it or may it need a lot of energy to change their structure.

Furthermore when electron and proton move there are magnetic field occured. Then the electron and proton start to spin because of the magnetic field. So when the electron hit proton it will bouncing to the orbit that it could be stable there. But sometime it will be force to attack proton and bouncing again. Because of spinning made it not symetrical, so it will not move in straight line but orbit around the proton like the cloud. ^^

Note. If electron and proton is point charge (the charge concentrate at the center no dimension) then the magnetic field could not force it to spin. So I assume that the electron and proton is not the point charge.^^

I really don't know anything of Quantum Mechanics. I could not understand why the electron only be found in the volume that form by a standing wave form. The standing wave is the result that the electron behave in atom not the causes! Could you suggest an easy (to understand) book or URL ? Thanks a lot

I imagine that if there only one electron and one proton in space. They will run to hit the other. If their structure is not changed by the hit and there is no energy loss then the momentum will make them bouncing forever. But I don't know why there is no loss and damages occured. What is the structure of it or may it need a lot of energy to change their structure.

Furthermore when electron and proton move there are magnetic field occured. Then the electron and proton start to spin because of the magnetic field. So when the electron hit proton it will bouncing to the orbit that it could be stable there. But sometime it will be force to attack proton and bouncing again. Because of spinning made it not symetrical, so it will not move in straight line but orbit around the proton like the cloud. ^^

Since atom always emit EM-radiation, So the electron must lose the energy when collision occured with enough energy. Thinking about this I come to the conclusion that the atom also need right energy to repair itself. It could only repair itself with correct amount of energy.

Put simply, the electron and proton will never travel fast enough just from their mutual attraction to do anything to each other. An electron is considered to be an elementary particle, and not made up of anything smaller, so it is not possible to "damage" it. A proton is made up of quarks, but to do anything to these quarks would take a LOT of energy that only extremely high speeds can deliver. Much higher than simple attract can cause. We use particle colliders to accelerate particles to huge speeds near the speed of light to get them to a high enough energy to actually change/destroy them.



Sorry, this isn't true at all. One of the big things that stumped physicists in the early 1900's was that if classical physics was correct, the electron should emit radiation and fall into the nucleus within a billionth of a second. This does not happen. This issue was resolved with the development of QM.



Nope, an atom is not damaged in any way whatsoever by it's electrons. Nor does it always emit radiation. Radiation is only emitted from a lone atom when electrons change orbits or something happens in the nucleus, like particle decay.

It seem not resonable to me that the electron felt lazy and drop down emit EM radiation. It sound reasonably to me if it hit something and emit EM radiation. Where could I find any mathematical prove that the classical physics was not correct? Thanks.