Can you Create Matter?

                 
                                                 By: Tsegazeab Beteselassie



Big bang: What happened 13.77 billion years ago.

     Everybody knows you cannot create matter (and antimatter), right? Well some people might think, WRONG. But I have proof that you can't create matter even though it looks so obvious sometimes. "But," you might say, "what about the big bang?" "When the little atom exploded, it must have created matter." But it didn't. And I have proof. It is Einstein's theory, e=mc squared.

    First, let me tell you how that little atom that created the big bang came into existence. Sometimes, a quantum fluctuation makes an atom appear out of nowhere. "But", you say, "isn't that creating matter?" Well, no. Creating matter is making something from nothing. But that will break the laws of physics. And it is technically impossible to break the laws of physics. But I have a theory that there is a way to make something from nothing without breaking the laws of physics. Actually, I'm not actually making "something from nothing", but it's almost like that. I think there are little spots of energy in our universe and using the theory e=mc squared, the energy is moving very fast and at the point of the speed of light,(it looks like it stopped moving to an outside viewer) it turns into an atom and really stops moving. So back to the big bang theory.

    Before the big bang, there must have been a huge energy spot zipping around at 99% of the speed of light and then it reached the speed of light. Then, all this matter (and antimatter) was "created" and antimatter and matter tried to annihilate each other. "But" you say, "you can't destroy matter." Well, you can't. But since you cannot destroy matter (or antimatter by the way) that means the matter and antimatter went somewhere. There is a theory that the matter and antimatter actually go through each other and return back by gravity, back and forth, back and forth, back and forth for a long time. This happens if a fraction of a fraction of a fraction of a thousandth of a second. Then, they merge into a heavier particle. Well anyways, matter won because a very heavy particle called a Q+ particle. 60% of the time, it decays into a proton and a neutrino, while 40% of the time, it decays into a positron and an antinutron. There is also another theory that an x-boson made of matter decays into one more particle than an x-boson of antimatter. This means matter and antimatter weren't actually destroyed in the big bang, only merged together into a heavier particle which will decay into a matter and antimatter particle and get merged again and so on. So matter (and antimatter) can't be destroyed. And the awnser to your question earlier is, no.

Email me at Tsegazeab12@gmail.com.
Thank you.