Originally posted by: sandorski
Hmm, maybe that's why my teeth hurt. Anyone wanna buy a used Microwave? It's got a turntable and everything!
Originally posted by: everman
It all seems to depend on this being true:
How can photons confined inside a cavity make the cavity move? This is where relativity and the strange nature of light come in. Since the microwave photons in the waveguide are travelling close to the speed of light, any attempt to resolve the forces they generate must take account of Einstein's special theory of relativity. This says that the microwaves move in their own frame of reference. In other words they move independently of the cavity - as if they are outside it. As a result, the microwaves themselves exert a push on the cavity.?
Originally posted by: TheBDB
Originally posted by: everman
It all seems to depend on this being true:
How can photons confined inside a cavity make the cavity move? This is where relativity and the strange nature of light come in. Since the microwave photons in the waveguide are travelling close to the speed of light, any attempt to resolve the forces they generate must take account of Einstein's special theory of relativity. This says that the microwaves move in their own frame of reference. In other words they move independently of the cavity - as if they are outside it. As a result, the microwaves themselves exert a push on the cavity.?
Shouldn't they be at the speed of light? 😕
Just an FYI - the blue glow seen in reactors is Cherenkov radiation. It's actually well understood and is used in cosmic ray and neutrino detectors.Originally posted by: Eeezee
Originally posted by: TheBDB
Originally posted by: everman
It all seems to depend on this being true:
How can photons confined inside a cavity make the cavity move? This is where relativity and the strange nature of light come in. Since the microwave photons in the waveguide are travelling close to the speed of light, any attempt to resolve the forces they generate must take account of Einstein's special theory of relativity. This says that the microwaves move in their own frame of reference. In other words they move independently of the cavity - as if they are outside it. As a result, the microwaves themselves exert a push on the cavity.?
Shouldn't they be at the speed of light? 😕
Technically, yes, but the article meant "they are near the speed of light in a vacuum." The photons in the chamber would be moving at the speed of light in air, which is just barely slower.
In the water they use at nuclear reactors, a mysterious blue glowing effect can be seen because some of the electrons are moving faster than the speed of light in the water.
emdrive confirmed : http://forum.nasaspaceflight.com/index.php?topic=38577.0
Some 10 years later it seems that (pun incoming) the emdrive is taking off. And if this (well, these, cause there's several DIY builders outthere) is doable in some guys garage, with that level of quality to the experiment, then shit has GOT to be going down behind the curtains. This shit is too big for oil-invested interrests to be covering up. The next few years should be interresting (10 years from now, can we have our flying cars please?)