Exactly my fren! It is the very nature of science itself that it is always refutable! Einstein's theory of relativity proved that Newtonian physics is not quite right and you know what else? Einstein's theory of relativity rests on his postulate of the equivalence principle (that inertial mass is the same as gravitational mass) From that he proved that space is effectively "curved" Right?
Now, according to particle physics, the Higgs Boson is the carrier of inertial mass and the graviton should be the carrier of gravitation. They haven't found the graviton yet but one thing they do know is that it has no link to the Higgs boson - WHICH MEANS either particle physics isn't quite right or Einstein's theory is not quite right
and this is physics, the field of medicine is much more uncertain. There is NEVER a certain known undisputable truth. I often cite Galileo to the lame brained idiots that think the community of scientists know certain truth
Exactly my fren! It is the very nature of science itself that it is always refutable! Einstein's theory of relativity proved that Newtonian physics is not quite right and you know what else? Einstein's theory of relativity rests on his postulate of the equivalence principle (that inertial mass is the same as gravitational mass) From that he proved that space is effectively "curved" Right?
Now, according to particle physics, the Higgs Boson is the carrier of inertial mass and the graviton should be the carrier of gravitation. They haven't found the graviton yet but one thing they do know is that it has no link to the Higgs boson - WHICH MEANS either particle physics isn't quite right or Einstein's theory is not quite right
and this is physics, the field of medicine is much more uncertain. There is NEVER a certain known undisputable truth. I often cite Galileo to the lame brained idiots that think the community of scientists know certain truth