Saturday, September 13, 2014

Can microwaves shape Space-Time?

For quite some time, I'm thinking about this First Quantum Gravity Solution particular resolution of Einstein General Relativity equations. It's actually a link in My sources of this blog since 2008. It represents the space-time deformation caused by a single photon.

The main question is: Are we living in a boring, fun or cool Universe?
What's important about a photon, is that it has energy like any mass, and it travels at the speed of light.
Since the scientific community expect gravity to propagate at the speed of light also, a photon cannot have a gravitational impact in front of him.
If it did, there will be a "gravitational shock wave"! Basically huge accumulation of space-time deformation.

Anyway, the equation is fully solve and the amazing result is:
The impact on space time of a photon is only on the perpendicular plane of the photon momentum vector.
It means that a photon generates an anisotropic deformation of space time.

When I saw the results from NASA about the emDrive, I thought about this again.
Can this anisotropie be used to create acceleration.

Here is my thought experiments:
First let's imagine 2 flat circular perfect mirrors very close to each other. In between theses mirrors a huge quantity of photon bumping back and forth.
Space-time around this object will look this:

No thrust will appear here expects that the mirrors will get bigger :)

Now if you bend the mirrors in a spherical or parabolic shape, there may be a way to concentrate the deformation in front of the mirrors.
So, the mirrors will naturally fall in front of the sphere. There will be thrust/acceleration.
Even placing a small mass at the concentration point may help the forward movement.
Like this:


I'll love to know what's wrong with my thought experiment? :D
There should be a back of the hand calculations, using the EM energy set in the drive, converting this to a static mass, and seeing the impact of such mass as a gravitational attraction.
You may get the same ridiculously small impact out of huge amount of energy :D

2 comments:

Arnaud Ladrière said...

I think I've seen a paper in a scientific review regarding photon propulsion a few years ago ... your post seems to have some sense if I remember well :-)

Frederic Simon said...

Yes there is a way to throw photons at the back of device, and get thrust. It's a Nuclear photonic rocket.
But the thrust is even less than what they got in the emDrive, and I still did not see anyone talking about General Relativity in relation to emDrive! Which is the fun part here :D !