Recent content by TheScienceOrca

Of course the photons travel the same speed I never said the latency would increase. I said if you use multiple wavelengths and interpret these wavelengths you could have more transfer which I guess they already do.

Hey everyone, so for fiber optic networks we can either (in analogy) increase how fast the cars or photons move or add more lanes to increase the amount of data. What if now we use the color of the light to interpret several times more data?

Thanks for the answers guys!

It may not be in the very tiny visible range, but can't we still measure it and with software convert it into visible images.

Correct so why can't we see mass outside the event horizon? The gravitational 1m outside of the event horizon is still VERY great

Ok so why can't we see all the objects even with very very red shifted light. I mean we can see galaxies extremely far away even though the light is very red shifted as well

Just beyond the event horizon by 1m time will move extremely slow so couldn't you see it then?

I was thinking about this and either I have a misunderstanding of black holes or they are simply not how the standard model proposes them to be. Lets start out by setting a few a statements from the standard model that you agree with. If you disagree about any of these points please comment so...

Thanks for the clarification, disregard my last post by dot I thought you were referring to a single photon, not the array of photons.

I agree up until "The fact that the surface is curved between A and B only means that the dot will have an even greater speed than it would have had if the surface had been flat." I disagree here, the photons will always move at the speed of light no matter the frame of reference. So the speed...

But yes due to the curvature some photons will arrive at slightly different times than others.

It doesn't even matter! Each single photon is traveling at the speed of light just because you have more doesn't mean you can count the "group" of photons as a single object moving over the speed of light.

As if the moon is a flat surface with equal distance away from all angles, you make a pretty bad argument here.

Simple answer, the forces through the stick could only move at the speed of sound.

I will translate his comment; "Well, I referred to duration like I said, to lifetime, not time from big bang. Anyway, in Wikipedia there is only diverse stimation from different models, but not a really response to the question anyway"Means: How long will the universe exist for not how long...