Puzzling results from Cern, home of the LHC, have confounded physicists - because it appears subatomic particles have exceeded the speed of light.
According to this article (http://www.usatoday.com/tech/science...ght/50518790/1), the speed of light was exceeded by 60 nanoseconds and the margin of error was 10 nanoseconds. Not that anyone will be able to explain this, but how much of a difference do those 10 seconds make?
Honestly I'd say they're about the same, but I really don't know shit about it.
Vox Moderated Message: |
A) 60-10 = 50, not 40, also that's not what statistics implies, it's rather more complex than that since there could be mistakes involved, this result is "statistically significant", meaning it's under 5% probability that this was just random luck. B) The user Ginkey was clearly joking. C) Please do not use crude language in an insulting manor in discussion, doing this again will result in an infraction. |
Vox Moderated Message: |
Nice quote, but this is off topic, do not make off topic posts please. |
Einstein's theory of relativity is, like all theories, not immune to revision. If a contrary example comes up, like this event (possibly (after all, they still want independent sources to review to make sure they were correct)), it forces the revision of the theory, or the adoption of another theory.
Vox Moderated Message: |
Please provide a citation when making a claim, no matter how obvious you think it is. |
The Theory of Relativity cannot be revised. It is made completely on the belief that nothing can travel faster than light. According to the Theory of Relativity, objects travelling faster than the speed of light will go backwards in time.
Vox Moderated Message: |
Please do provide a citation when making a claim. |
The Theory of Relativity cannot be revised. It is made completely on the belief that nothing can travel faster than light. According to the Theory of Relativity, objects traveling faster than the speed of light will go backwards in time.