Gravity. It's refraction (Maybe)
Gravity. It's refraction (Maybe)
Sh! Don't tell you know who. https://youtu.be/nOw_TT79reI
Last edited by uwot on Wed Jun 29, 2022 3:28 am, edited 1 time in total.
- attofishpi
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Re: Gravity. It's refraction (Maybe)
..will have a gander.
Re: Gravity. It's refraction (Maybe)
Don't keep us in suspense, attofishpie, what did you discover?
- attofishpi
- Posts: 9999
- Joined: Tue Aug 16, 2011 8:10 am
- Location: Orion Spur
- Contact:
Re: Gravity. It's refraction (Maybe)
Y would you be in suspense (along with the rest (we) as to my discovery on that video by Will?
Ok.
So I discovered that my wonderful fairly new android tablet has awesome stereophonic sound, since the motorbike zipping from left to right provided the acoustics to prove such - and also that Will put some effort in to permit it so.
I also confirmed that gravity affects things of some mass. Light, photons of no mass however refract along the curvature of spacetime - the warp of more massive objects.
When I see that light dissipates from a source, it does so at the inverse intensity to its distance from the source. It speads out in all directions.
However, I then question, does it's wavelength change (become greater) over the distance, such that it becomes more toward a red shift? Or does the wavelength remain the same but somehow becomes a weaker signal due to some other factor?