- #1
temoisio
- 7
- 0
About relativity of time. It can be noticed already in Earth in vertical time measurements. But how long it continues.
So what will happen in black hole to time. Gravity is unlimited, so ticks will slow down. And other thing, speed slows down the time. So in huge gravity, all speed will increase near light speed, so time would slow down. So from tick perspective, black hole would be the slowest ticker in universe.
How fast is ticking in really empty space. Will it be infinity or something close to our ticking. So what is the distance, that mass and gravity will effect to tick speed (in terms of gravity slowness).
To practical universe measurements. Now universe is widening, as measured with spectrum. But could relative time be big enough in larger scale (calaxy level), that it would effect to measurements? So as idea, it should look the same:
- Timetick speed is slower in calaxy (or a large star), redshift happens?
- Object is moving further, redshift happens
- And vice versa with blueshift and object moving closer
So if we compare example light of the sun to much bigger star, there should be some redshift. As bigger star has bigger gravity, and therefor slower time. But again, smaller star should have bluesift. So directly with this theory, if universe would not widen, all small stars should have bluesift and large stars should have redsift.
So what will happen in black hole to time. Gravity is unlimited, so ticks will slow down. And other thing, speed slows down the time. So in huge gravity, all speed will increase near light speed, so time would slow down. So from tick perspective, black hole would be the slowest ticker in universe.
How fast is ticking in really empty space. Will it be infinity or something close to our ticking. So what is the distance, that mass and gravity will effect to tick speed (in terms of gravity slowness).
To practical universe measurements. Now universe is widening, as measured with spectrum. But could relative time be big enough in larger scale (calaxy level), that it would effect to measurements? So as idea, it should look the same:
- Timetick speed is slower in calaxy (or a large star), redshift happens?
- Object is moving further, redshift happens
- And vice versa with blueshift and object moving closer
So if we compare example light of the sun to much bigger star, there should be some redshift. As bigger star has bigger gravity, and therefor slower time. But again, smaller star should have bluesift. So directly with this theory, if universe would not widen, all small stars should have bluesift and large stars should have redsift.