I am that which I am
Well-Known Member
I recently became obsessed again with theoretical physics. I am not a physicist and certainly would not be able to get all of the math related to it. But I still enjoy trying to understand how the universe works in this way and instead can often picture or see in my mind some theories. It would be nice to try to translate this into a theory but I do not think I have the capacity to do that, so I am open to help and otherwise open to discussion.
Onto the subject of the expansion and/or contraction of the universe; I see it in this way. The big bang may have started to push everything away but like throwing a rock in a pond the water pushes out of the way and then comes back in towards the center. So I think that we are just going down one of the waves made by throwing the rock, and right now it seems that everything is moving away. But perhaps closer to the original site of the big bang they would be moving closer, contracting. So I think that for a very long time (over billions of years) we will experience both contractions and expansions as the displacement of matter stabilizes. How exactly it would end (big crunch or spreading so far that nothing exists anymore) or if it does end I do not know but can build on this initial premise. Perhaps at one point the contractions and expansions will just stop once it is stable. Like a body of water that is disturbed by a rock eventually returns to normal. In this case the energy of the system may approach zero. And as energy is can neither be created or destroyed it will likely be converted into a stable mass. As this mass becomes larger then it might actually create another super-massive black hole and collapse as what started the big bang in the first place. But I am speculating a bit more here. I have heard of many other theories, like the ying and yang of black holes and large empty space that works together to keep things overall balanced and matter not too close and not too far.
Just my thoughts, but I would be happy to hear from other people in the area. Just spare me the math
I am a neuroscientist (student ATM) not a physicist.
For you physics majors, researchers, et al. that think I might be bonkers: While I am an amateur I was able to figure out by picturing the reason for which Boron tends to only makes three bonds with other atoms when according to the periodic table and what they teach us it should make 4. I found it rather simple when I looked at it. The nucleus of Boron is smaller than that of Carbon (for example). The reason I theorized was because the nucleus of boron is much smaller than carbon (which invariably makes 4 bonds). Thus if you think of the bonds as a pair of electrons, and electrons as a particle that is attracted to the nucleus but at the same time pushes away other electrons there is a fine balance and line between these electrons and based on the size of the nucleus how many can fit around it and still be within close range of the nucleus' positive charge to be attracted. Boron having a slightly smaller nucleus than carbon exists just before that fine line and the positive charge just does not go quite far enough to attract a fourth electron pair (or bond). But for carbon it is just past this fine line where it's positive charge can attract four pairs of electrons in close proximity but not so close that they repel each other. Thus carbon makes some of the strongest bonds and invariably always needs to make 4 electron pair bonds. Interestingly carbon is the building block for all biological structures, proteins, DNA, lipids. I asked a physics professor I had and he confirmed that this was one reason why atoms do not always make the expected number of bonds based on the periodic table. Another reason was spin-spin coupling and others they are still exploring.
I am that which I am
Onto the subject of the expansion and/or contraction of the universe; I see it in this way. The big bang may have started to push everything away but like throwing a rock in a pond the water pushes out of the way and then comes back in towards the center. So I think that we are just going down one of the waves made by throwing the rock, and right now it seems that everything is moving away. But perhaps closer to the original site of the big bang they would be moving closer, contracting. So I think that for a very long time (over billions of years) we will experience both contractions and expansions as the displacement of matter stabilizes. How exactly it would end (big crunch or spreading so far that nothing exists anymore) or if it does end I do not know but can build on this initial premise. Perhaps at one point the contractions and expansions will just stop once it is stable. Like a body of water that is disturbed by a rock eventually returns to normal. In this case the energy of the system may approach zero. And as energy is can neither be created or destroyed it will likely be converted into a stable mass. As this mass becomes larger then it might actually create another super-massive black hole and collapse as what started the big bang in the first place. But I am speculating a bit more here. I have heard of many other theories, like the ying and yang of black holes and large empty space that works together to keep things overall balanced and matter not too close and not too far.
Just my thoughts, but I would be happy to hear from other people in the area. Just spare me the math

For you physics majors, researchers, et al. that think I might be bonkers: While I am an amateur I was able to figure out by picturing the reason for which Boron tends to only makes three bonds with other atoms when according to the periodic table and what they teach us it should make 4. I found it rather simple when I looked at it. The nucleus of Boron is smaller than that of Carbon (for example). The reason I theorized was because the nucleus of boron is much smaller than carbon (which invariably makes 4 bonds). Thus if you think of the bonds as a pair of electrons, and electrons as a particle that is attracted to the nucleus but at the same time pushes away other electrons there is a fine balance and line between these electrons and based on the size of the nucleus how many can fit around it and still be within close range of the nucleus' positive charge to be attracted. Boron having a slightly smaller nucleus than carbon exists just before that fine line and the positive charge just does not go quite far enough to attract a fourth electron pair (or bond). But for carbon it is just past this fine line where it's positive charge can attract four pairs of electrons in close proximity but not so close that they repel each other. Thus carbon makes some of the strongest bonds and invariably always needs to make 4 electron pair bonds. Interestingly carbon is the building block for all biological structures, proteins, DNA, lipids. I asked a physics professor I had and he confirmed that this was one reason why atoms do not always make the expected number of bonds based on the periodic table. Another reason was spin-spin coupling and others they are still exploring.
I am that which I am