Boss
Take a Memo:
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There is no difference when MEASURED, but there is a difference on what is producing the measurement, gravity in one case and movement/acceleration in the other. So as acceleration increases to the speed of light, the mass measured increases and at the speed of light the inertial mass is infinite, a singularity. Since infinite mass cannot reach the speed of light, your time stopping bullshit is not possible.Hey dumb ass know-it-all, Einstein was talking about INERTIAL mass becoming infinite at the speed of light, you idiot!You're confusing yourself. A singularity is the theoretical condensing of all matter and energy in the universe into one very tiny point. Mass is not infinite at speed of light because mass is not created or destroyed (how can it be infinite?) Speed doesn't create more mass, so what the fuck are you talking about? Do you even know?
Gravitational mass is measured by comparing the force of gravity of an unknown mass to the force of gravity of a known mass. This is typically done with some sort of balance scale. The beauty of this method is that no matter where, or what planet, you are, the masses will always balance out because the gravitational acceleration on each object will be the same. This does break down near supermassive objects such as black holes and neutron stars due to the high gradient of the gravitational field around such objects.
Inertial mass is found by applying a known force to an unknown mass, measuring the acceleration, and applying Newton's Second Law, m = F/a. This gives as accurate a value for mass as the accuracy of your measurements. When the astronauts need to be weighed in outer space, they actually find their inertial mass in a special chair.
The interesting thing is that, physically, no difference has been found between gravitational and inertial mass. Many experiments have been performed to check the values and the experiments always agree to within the margin of error for the experiment. Einstein used the fact that gravitational and inertial mass were equal to begin his Theory of General Relativity in which he postulated that gravitational mass was the same as inertial mass and that the acceleration of gravity is a result of a 'valley' or slope in the space-time continuum that masses 'fell down' much as pennies spiral around a hole in the common donation toy at your favorite chain store.
To state the answer one more time, there is no difference between gravitational and inertial mass as far as we know.
Get It?
There is no difference when MEASURED, but there is a difference on what is producing the measurement, gravity in one case and movement/acceleration in the other. So as acceleration increases to the speed of light, the mass measured increases and at the speed of light the inertial mass is infinite, a singularity. Since infinite mass cannot reach the speed of light, your time stopping bullshit is not possible.
Get It?
No because what you are saying sounds so convoluted it doesn't make any sense. Inertial and gravitational mass are the same, the only difference is how they are measured. We cannot measure infinity, the value for it is unknown. That fucking sideways 8 is a nightmare for physics.
You can pontificate what your opinion is on what happens to matter at the speed of light, but physics simply can't support you on it. Dance around and try to muddy the water by introducing "special" mass, and you look like a bumbling idiot. Inertial mass is exactly the same as gravitational mass. Mass cannot create itself regardless of how you calculate it, so if you calculate "infinite" mass, the flaw is in your formula or calculations. In other words, you are arguing something contradictory to physics.
Now, the argument I have challenged is the prevailing theory that the reason we can't see beyond the event horizon of black holes is because gravity is so strong the light can't escape. That could theoretically be true, but it could also not be true. It is not conclusive. Most of the time you find me arguing points in science, I am simply arguing from the perspective that science is never conclusive. Theories are great, but they are not conclusions. Other possibilities always remain, and it's the providence of Science to explore those possibilities and discover.