This page contains information regarding our research. Here are some links to the abstract that was presented to two conferences, and one that got archived.
http://meetings.aps.org/Meeting/MAR05/Event/28518
http://meetings.aps.org/Meeting/APR05/Event/29745
http://adsabs.harvard.edu/abs/2005APS..MAR.R1197M
We just got the final draft finished and posted. You can view it here:
http://cyberlog.wordpress.com/2006/10/08/don-mitchel/
Thanks to Don Mitchel for posting our work!
Godspeed, Phil Russell
March 30, 2007 at 7:49 am
hallo Phil,
I have been too busy to chat.
Recently i have also revised my work from 5 years ago, and have shared it with Don.
YOur link below is not workign:
A quantized expression between electromagnetism and gravity: (400 KB PDF) A paper of breakthrough proportion (February 10, 2007) entailing a geometrical relationship between EM and gravity (New revision posting soon -DEM)
Glenn
August 26, 2007 at 8:44 am
It’s an interesting theory.
When I was in High School I first started to wonder: if light curves space-time shouldn’t it cause a red-shift in wavelength? Meaning, if a photon travels through space, it has to dissipate sometime, because it’s constantly fighting an uphill battle against its self-created “indentation” in space-time.
I have also always wondered WHY mass/energy curves space-time? What couples mass/energy with space-time itself. Of course that begs the question: what is space-time made of?
August 27, 2007 at 12:33 am
Dear deadlikeme:
Thanks for your interest. What it seems we have struck upon is that there is a slight difference in gr. Light does curve space-time as predicted by general relativity, but the force of gravity due to light does not decrease with distance from the sun, it remains constant because it depends on the frequency, not the intensity.
You are correct as well in saying that a photon would have to fight an uphill battle. This was verified by a 1960 Harvard experiment conducted by Pound and Rebka (you can Google it to find it).
It seems that there is some kind of relationship between space-time and the photon that we are not clear on at this point in our research. The photon has a high energy near the sun, and then it decreases as it goes away. Around the orbit of Neptune, the photon energy becomes constant. It seems to achieve a ‘rest energy’, as if it actually absorbed a certain amount of gravitational energy from the space near the sun due to the high gravity at the sun’s surface, then at a far distance, the gravitational energy becomes to small to ‘excite’ the photon to a higher energy. And that’s where NASA noticed the force on the probes became constant.
We think, as you do, that space-time is made of something. Exactly what we are not sure of, but sometimes it’s like a particle, sometimes like a wave.
You have a keen mind. Ever thought of doing some research in physics? There’s not a lot of math in what we do (hardly any in fact) but people with a keen insight like yours would find it easy and probably stimulating.
Sincerely, Phil Russell
February 29, 2008 at 5:34 am