Time is interconnected with mass, right?

[brianthewhitie7]

If I was moving at the speed of light therefore mass less - time would stop for me right?

Or if I was a black hole time would be accelerating infinitely pass me?

Time is interconnected with mass, right?

 

[CompuChip]

Actually, your questions seem to have to do more with special relativity than with quantum physics.

If I was moving at the speed of light therefore mass less - time would stop for me right?

Not as far as I know.
When you get closer and closer to the speed of light, time will slow down for you. In a limit it would stop completely, but that's really a limit (and you cannot reach it). Trying to extend this to actually traveling at the speed of light is both physically and mathematically incorrect. You can never compare someone/-thing moving slower than the speed of light with something traveling at the speed of light.

Or if I was a black hole time would be accelerating infinitely pass me?

A black hole is an even more complicated story, since special relativity does not suffice there and one should look at the full theory of general relativity.

Time is interconnected with mass, right?

That's a bit of a vague statement. For things with mass, moving at velocities with respect to something else, relative measurements will (have to) differ in order to give the same physical outcomes of experiments. I would not say that time is directly interconnected with mass.

 

[Entropia]

This is a complex question with multiple layers to consider. Firstly, let's clarify that time and mass are two fundamental concepts in physics that are interconnected, but not in the way you may be thinking. Time is a dimension that measures the duration between events, while mass is a measure of the amount of matter in an object. So, in a sense, time and mass are interconnected because they both exist in the same physical universe.

Now, let's address your first statement about moving at the speed of light and becoming massless. According to Einstein's theory of relativity, as an object approaches the speed of light, its mass increases infinitely and it becomes impossible for it to reach the speed of light. This is known as the theory of mass-energy equivalence, which states that mass and energy are interchangeable and are both forms of the same underlying concept. So, it would not be accurate to say that an object moving at the speed of light would become massless. It would actually have an infinite mass, making it impossible to reach that speed.

As for your second statement about being a black hole, it is true that time behaves differently near massive objects such as black holes. This is due to the intense gravitational pull of these objects, which can warp the fabric of space-time. As a result, time can appear to slow down or even stop for an outside observer near a black hole. However, for an object falling into a black hole, time would continue to pass normally until it reaches the singularity at the center, where the laws of physics as we know them break down.

In summary, while time and mass are interconnected, they do not behave in the ways you have described in your statements. It is important to understand the fundamental principles of physics and how they interact with each other in order to accurately discuss and understand complex concepts such as time and mass.