Jump to content

Recommended Posts

Posted

Gravitational time dilation. The mechanics of the magic:

Gravity is it's own anti particle. Mass accelerates graviton annihilation leaving a higher percentage of non-electromagnetic space, thus increasing the work load on the remaining gravitons that must vibrate at electromagnetic frequencies required by time thus dilating the field created.

 

If this is true, Light, (all electromagnetic particles) is a gravitational vibration.

and: Large bodies of mass have a smaller gravitational field than smaller bodies of mass and mass is most likely the product of condensed gravity in a once uniform field.

 

If the theory is correct: Dark matter is little more than a cloud of non-electromagnetic space. No big mystery.

 

Posted

Gravitational time dilation. The mechanics of the magic:

 

 

We already have a theory explaining this - a property one with mathematics and evidence and everything.

 

 

 

Gravity is it's own anti particle.

 

Gravity is not a particle in any theory we have. Just asserting this does not make it true.

 

 

Mass accelerates graviton annihilation

 

Evidence needed.

 

 

leaving a higher percentage of non-electromagnetic space,

 

What is non-electromagnetic space" and how does it differ from "electromagnetic space"?

 

Why would graviton annihilation do this?

 

 

 

thus increasing the work load on the remaining gravitons that must vibrate at electromagnetic frequencies

 

What evidence do you have that gravitons vibrate?

 

What are "electromagnetic frequencies"?

 

 

 

thus dilating the field created.

 

What is this field?

 

Why would this dilate the field?

 

What does it mean to dilate a field?

 

 

 

If this is true

 

There is no reason to think it is.

 

 

 

Light, (all electromagnetic particles) is a gravitational vibration.

 

We already have a theory for light (all electromagnetic radiation) and it has nothing to dow tis gravity. Do you have any evidence they are related?

 

 

 

Large bodies of mass have a smaller gravitational field than smaller bodies of mass and mass is most likely the product of condensed gravity in a once uniform field.

 

What do you mean by "large"? Are you just comparing two bodies with the same mass but different radius? This is fully explained by Newton's equation. What are you adding to this?

 

 

 

Dark matter is little more than a cloud of non-electromagnetic space. No big mystery.

 

The mystery is why anyone would come up with this random nonsense.

Posted

What evidence do you have that gravitons vibrate?

 

What gravitons? Are gravitons accepted by mainstream science?!

The mystery is why anyone would come up with this random nonsense.

I agree :)

Posted

The insane brought us up out of the stone ages and unto this very state. Now,

This is speculations forum. I am speculating. I am speculating that gravity is a wave/particle. In fact, I learned on THiS site, several years ago, that gravity is it's own anti-particle. You people need to slow your pounce before clobbering everything anybody says because odds are, that some crazy science fiction writer will predict our future technology. What will you say? What do you say. Think all of their devices unfounded imagination?Does the electron travel through electromagnetic space to achieve a higher or lower orbit? Put that in your worm hole and quantum leap, lol.

 

 

"Some grow old never believing that time travel is possible" Clayton Beal 2017

Posted

This is speculations forum. I am speculating.

 

!

Moderator Note

Speculate with supportive evidence per the rules, please. If you make an assertion you can't support, you're guessing yet insisting you're right. The thread will get closed if you continue this way.

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.