| Thread | Last Post | Replies |
|
| Special Relativity is saved from collapse by means of silly algebraic tricks | 04 Feb 2008 23:53 GMT | 30 |
Take a set S of vectors, define a binary operator *, try to see whether S is an algebraic group. If S is not a group, then the binary operator is
|
| A clock close to a planet | 04 Feb 2008 23:22 GMT | 11 |
In this one I will consider two clocks: One close to our planet, and another one so far away from our planet, that our planets gravity doesn't mean anything at all. I do just see my clock just close to our planet, and NOT to be in
|
| Was Einstein Clinically Insane? | 04 Feb 2008 21:32 GMT | 68 |
This is a genuine question. From the arguments put forward by his supporters here....most of whom are obviously a few cents short of a dollar....I would say that he didn't do it just for the money but really believed he was right.
|
| I got stuck on Part II of Special Theory of Relativity (by Albert Einstein) textbook, please help | 04 Feb 2008 19:02 GMT | 14 |
Hi experts, My aim is to understand General Relativity Theory, but somebody advised me to study Special Relativity before that GR attempt. So, Here I am, stuck on Part II of Special Theory of Relativity by
|
| Important Disclosure To George Hammond Regarding SPOG. | 04 Feb 2008 09:39 GMT | 113 |
This message is confidential and copyrighted and must not be read by anyone but George Hammond. George, It has been of some concern to me that your SPOG theory does not include a
|
| "Is More Than One Quark Needed?" | 04 Feb 2008 05:35 GMT | 1 |
"Is More Than One Quark Needed?" Present literature tells us that both neutrons and protons contain three observable internal particles named "quarks". Observationally, quarks cannot exist for more than an instant of time outside of a proton or neutron
|
| Sorry, guys! (On clocks at different heights) -My Mistakes | 03 Feb 2008 23:57 GMT | 7 |
A repost with some more correct information. (Sorry about the last one) I know that: T_low=(1+x*g/c^2)*T_high -And the highest clock IS running faster than the other one (sorry)
|
| What is the " ACTUAL " length ? | 03 Feb 2008 14:05 GMT | 277 |
What is the " ACTUAL " length ? An objects length can be viewed from several different frames of reference. Each result is different, yet the object itself has not changed during being measured by others in their frames of reference.
|
| Direct observation of length contraction | 03 Feb 2008 06:39 GMT | 16 |
The FAQ claims that there are no direct tests of length contraction. I may have found one: http://prola.aps.org/abstract/PRL/v75/i7/p1372_1
|
| Relativistic picnic | 03 Feb 2008 06:30 GMT | 6 |
The creativity of Einstein gave us the great idea that the speed of light, c, in the vacuum is the same for all inertial frames, and it is the upper limit for any velocity. He insisted a lot that there are not absolute speeds. But then, it seems
|
| Is Global Warming Caused By Man? | 03 Feb 2008 05:09 GMT | 1 |
Is Global Warming Caused By Man? There has been an enormous publicity effort in the recent years to get the public to accept the idea that the release of greenhouse gases, mainly CO2, has resulted in an inexorable rise in the surface temperature of the
|
| TTTTiiiimmmmeeee ddddiiiillllaaaattttiiiioooonnnn, Lngth cntrctn | 03 Feb 2008 01:25 GMT | 1 |
One century of relativistic nonsense, prolonged 8 years along this 21st century, gives a time dilation of 108 = 100/sqrt(1 - v^2/c^2). So, relativists are moving away from the Earth towards neverland,
|
| why in order for me to understand relativity i need to really want to understand relativity | 03 Feb 2008 00:13 GMT | 1 |
i just hear from selfestablished relativists that for you, who still dont understand relativity, you need first of all to really want to understand relativity
|
| Stupidest Moron Award 2008" - till now nominations | 02 Feb 2008 09:03 GMT | 15 |
here we go with tha nominations "stupidest moron award 2008" 1. poul b andersen - "daylight on moon" http://groups.google.com/group/sci.physics.relativity/msg/0037b07565cfa79a
|
| Kerr describes the history of his metric | 01 Feb 2008 19:59 GMT | 7 |
I found this today, it looks new (version 2 dated 14 Jan. 2008): http://arxiv.org/abs/0706.1109 It's interesting how he found it, esp. that to this day there exists no straightforward derivation of this metric, unlike Schwarzschild.
|