Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

Whaaa....

I've made the idea into simple algebra.

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

So the faster something moves through space, it doesn't moves slower through time, rather it accelerates and decelerates at the same time?

Ughh, all this logic and stuff hurts my head.

a + b = c
c = 1
a & b have an inverse correlation.
Therefore, the higher a is, the lower b must be.

Whaaa....

I've made the idea into simple algebra.

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

How is this an argument?

It isn't. That's what I'm saying, but you are challenging my original point.

I never said the rule didn't apply to everything, I only said that its effects, even at many times the speed of sound, is so miniscule that it just doesn't matter.

So the faster something moves through space, it doesn't moves slower through time, rather it accelerates and decelerates at the same time?

Ughh, all this logic and stuff hurts my head.

a + b = c
c = 1
a & b have an inverse correlation.
Therefore, the higher a is, the lower b must be.

Whaaa....

I've made the idea into simple algebra.

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

I've been going to the future for almost 30 years.

'but isn't noticeable'

So it does happen, but is difficult to visibly observe.

I feel like you're trying to start an argument where there is none.

How is this an argument?

It isn't. That's what I'm saying, but you are challenging my original point.

I never said the rule didn't apply to everything, I only said that its effects, even at many times the speed of sound, is so miniscule that it just doesn't matter.

So the faster something moves through space, it doesn't moves slower through time, rather it accelerates and decelerates at the same time?

Ughh, all this logic and stuff hurts my head.

a + b = c
c = 1
a & b have an inverse correlation.
Therefore, the higher a is, the lower b must be.

Whaaa....

I've made the idea into simple algebra.

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?

It applies to everything, but it's much more intense when closer to the speed of light.

you literally did nothing except restate what he said, why the need for so many thumbs FJ?

I dunno, and I don't care. It makes me feel sophisticated, discussing relativity.

It applies, but isn't noticeable. The farthest a man has gone into the future is less than 20 minutes.

I've been going to the future for almost 30 years.

'but isn't noticeable'

So it does happen, but is difficult to visibly observe.

I feel like you're trying to start an argument where there is none.

How is this an argument?

It isn't. That's what I'm saying, but you are challenging my original point.

I never said the rule didn't apply to everything, I only said that its effects, even at many times the speed of sound, is so miniscule that it just doesn't matter.

So the faster something moves through space, it doesn't moves slower through time, rather it accelerates and decelerates at the same time?

Ughh, all this logic and stuff hurts my head.

a + b = c
c = 1
a & b have an inverse correlation.
Therefore, the higher a is, the lower b must be.

Whaaa....

I've made the idea into simple algebra.

So a = speed through space, and b = speed through time?

Shit makes sense yo

Basically.

Now that we're at it. Is it possible for something to be moving faster than light from our point of view? (Maybe a moon orbiting a planet thats real close from its sun which is almost hugging the galactic core)

I always wondered.... Also, if a spaceship travelling towards earth at 1m/s slower than light turns on a laser.... how would their arrival be for an earth observer?