That’s an interesting take. I would be curious how gravity fits in being the curvature of spacetime. I would also be curious as to why space can be moved about freely, but time is moving only forward and at the same time velocity.
Gravity, as far as I can tell, affects our temporal velocity. Even though we aren’t moving when we are on the ground, we would be moving at a certain spatial velocity if the ground wasn’t preventing us. Think of it as potential spatial velocity. Stronger gravity, slower temporal velocity.
Well our temporal velocity isn’t constant and the spatial dimension has 3 plains. The temporal dimension only has one. As for why we only time in one direction, I assume it has it’s origin in the Big Bang. There is no resistance to out forwards momentum and no way to change direction.
That’s an interesting take. I would be curious how gravity fits in being the curvature of spacetime. I would also be curious as to why space can be moved about freely, but time is moving only forward and at the same time velocity.
Gravity, as far as I can tell, affects our temporal velocity. Even though we aren’t moving when we are on the ground, we would be moving at a certain spatial velocity if the ground wasn’t preventing us. Think of it as potential spatial velocity. Stronger gravity, slower temporal velocity.
Well our temporal velocity isn’t constant and the spatial dimension has 3 plains. The temporal dimension only has one. As for why we only time in one direction, I assume it has it’s origin in the Big Bang. There is no resistance to out forwards momentum and no way to change direction.