Post by Pincho Paxton on Mar 25, 2014 12:51:34 GMT
Link...
Newton's law of gravity unchanged over cosmic time
Pincho says...
Not sure about this. In my theory Gravity Force is a result of flow into negative mass holes combined with an out-flow of magnetism. Increase the gravity flow, and you increase the magnetic out-flow. The result does not necessarily show up. But what does happen is that the atoms have different pressures than before. Internal, and external pressures increase spin speed. The particle clouds can be smaller. So if G changes, atoms change. Maybe the supernova outcome changes? When scientists talk about the Standard Model compared to the Standard Model, compared to the Standard Model. If the standard model has no knowledge of Gravity, and no real complete knowledge of Mass, then it can not fully operate with my model. Having said that, I haven't had time to work out everything by myself either. What I do have is a nice cyclic Universe. The evolution of a cycle need to accommodate all previous cycles. That means that a change in G should not destroy everything, it should accommodate changes in everything. I agree that the Earth should be further from the sun, but I also change the sun to red, and bigger. If you see what I mean, there are accommodating physics to go with the change. It is a diamond, and coal type change. The sun is under less pressure, and the atoms are under less pressure, the whole environment has scaled down accordingly. I'm not sure how obvious the change is overall when you account for everything. I even scale dinosaur down, and the Earth with the sun. The whole environment in the Galaxy. It may scale the supernova down accordingly.
Pincho Paxton
Newton's law of gravity unchanged over cosmic time
Pincho says...
Not sure about this. In my theory Gravity Force is a result of flow into negative mass holes combined with an out-flow of magnetism. Increase the gravity flow, and you increase the magnetic out-flow. The result does not necessarily show up. But what does happen is that the atoms have different pressures than before. Internal, and external pressures increase spin speed. The particle clouds can be smaller. So if G changes, atoms change. Maybe the supernova outcome changes? When scientists talk about the Standard Model compared to the Standard Model, compared to the Standard Model. If the standard model has no knowledge of Gravity, and no real complete knowledge of Mass, then it can not fully operate with my model. Having said that, I haven't had time to work out everything by myself either. What I do have is a nice cyclic Universe. The evolution of a cycle need to accommodate all previous cycles. That means that a change in G should not destroy everything, it should accommodate changes in everything. I agree that the Earth should be further from the sun, but I also change the sun to red, and bigger. If you see what I mean, there are accommodating physics to go with the change. It is a diamond, and coal type change. The sun is under less pressure, and the atoms are under less pressure, the whole environment has scaled down accordingly. I'm not sure how obvious the change is overall when you account for everything. I even scale dinosaur down, and the Earth with the sun. The whole environment in the Galaxy. It may scale the supernova down accordingly.
Pincho Paxton