My mom loaned me her Dyson vacuum and it was great. It very easily cleaned up all the dog hair on my car's backseat. It also has no mind control dev -- IT IS A WONDERFUL VACUUM, YOU SHOULD GO PURCHASE IT -- -ices.
GPS in Geiger counters, now that would really explain the strange measurements from the Japanese nuclear disaster.
A giant crystal sphere? A Dyson Sphere!
It says: "No loss of suction" Does that mean it sucks less or sucks more?
It means it is constant. GO BUY ONE TODAY.
Because time is not a dimension, and certainly not a dimension that can be bent by a single rocket traveling around Earth. Someone traveling 90% near the speed of light would not experience the entire universe speeding up by a factor of 2. Can I prove it? No, but that doesn't make the theory less ludicrous imo.
Geysers are real. Nuclear weapons MAY be real, I admit that, but my guess at the moment is that they are a hoax. Fakery all the way, buddy.
I don't have the sources saved
but I remember that there was a difference between what the BBC said in a documentary and what a panel of experts on the atom bombs and the Manhattan project said about Harry Truman's communication with the Japanese government. It was like the total opposite information! So that's something suspicious right there.
Let's look at a really crazy conspiracy theory. This is fun. Let's say that nuclear power plants are a hoax. Why would they fake something like that? To create a public front for secret energy technologies such as zero-point energy extraction. A bit far-fetched conspiracy theory, but what the heck.
To make it a smokescreen public front they needed to make radioactivity into something dangerous. So the prediction here is that scientists started saying that radioactivity is dangerous about the same time as the first nuclear power plants were constructed.
That doesn't really answer my question. Why do you think time isn't a dimension ?
Please, tell us more.A dimension is the same in both directions.
A dimension is the same in both directions. Time has an arrow, as illustrated by this short clip: http://www.youtube.com/watch?v=vwTBmXT4-lE
Please, tell us more.
So a tentative result that could be nothing more than measurement error, which has not been reproduced, confirms that one of the most well tested theories in physics is flawed?
Wow, it's amazing that no one ever though of that before!
Now, in which reference frame do they "have the relative velocity between them of two times the speed of light"?
Because let's say I have two flashlights, one held in my outstretched left hand, and the other in my outstretched right hand, such that they are pointing in opposite directions.
Relative to me the light from the left flashlight moves away at c to the left, and the light in the right flashlight moves away at c to the right. I can find that according to my own measurements the distance between the front edge of the light from the L flashlight and the front edge of the R flashlight increases at 2c. That doesn't contradict relativity.
What does it look like in a frame that's inertial with respect to the light emitted by my right hand flashlight? The light from the left hand flashlight moves away at c. So nothing contradictory there. The fact that this result appears to contradict the one found in a frame inertial with respect to me is due to the fact that they are different reference frames.
Last I checked, going up was different than going down. It isn't the same in both directions.
If it helps you any, mathematically time is an imaginary dimension (square root of negative one) relative to the others.
Please, tell us more.
Exactly, Anders. Explain us all the aspects of your grand theory. Why the things are the way you claim they are, and how it works.
Sure, but you CAN go up and down. Try to move backwards in time.
"The shift of time to the observer on earth would be about 38 milliseconds per day and would make up for an total error of approximately 10 km per day. In order that those error do not have to be corrected constantly, the clocks of the satellites were set to 10.229999995453 Mhz instead of 10.23 Mhz but they are operated as if they had 10.23 MHz. By this trick the relativistic effects are compensated once and for all." -- http://www.kowoma.de/en/gps/errors.htm
Compensated once and for all. Doesn't that mean that the GPS receivers don't have to compensate for relativistic effects?