Learn about the Lorentz transformation

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Learn about the Lorentz transformation

Nick Hoffman — 1/12/2009 2:08:52 AM (archived)

Apart from many other wonderful things about special relativity, it allows you to model energy and velocity at near light speeds.

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The whole thread (42 posts)

A suggestion of mine for any theoretical physicist lurking. - Jacob - 1/9/2009 7:13:31 PM
- It depends on the density of matter. - David F Mayer - 1/27/2009 1:47:25 AM
- Is there no room for learning, differing opinions, even errors on the Space board? - Bowser - 1/14/2009 5:48:38 AM
  - Which came first? - Lindy - 1/16/2009 1:41:35 AM
    - The answer is actually simple. - SDAI-Tech1 - 1/16/2009 10:38:52 PM
    - re: Which came first? - nick hoffman - 1/16/2009 11:43:16 AM
      - Well said (New theory?) - Lindy - 1/16/2009 6:26:36 PM
  - In my opinion a turning point came in the last day or two. - Space Moderator Nick - 1/14/2009 9:44:38 AM
    - re:I agree with Bowser - Johannes - 1/15/2009 2:46:40 AM
      - Without disagreeing with Nick's call, there's a fine line there I'm having trouble identifying. - Bowser - 1/16/2009 1:20:00 AM
      - You can agree with whoever you like - Space Moderator Nick - 1/16/2009 12:40:11 AM
        
        re: Nick, your thoughts are interesting indeed - Johannes - 1/19/2009 4:57:24 AM
- Limits - SDAI-Tech1 - 1/11/2009 2:02:35 AM
  - re: movement of energy - Johannes - 1/11/2009 9:04:46 PM
    - Energy - SDAI-Tech1 - 1/14/2009 12:41:09 AM
      - re: Energy - REB - 1/15/2009 6:45:13 PM
        
        re: I think that I understand your view point also, but - Johannes - 1/20/2009 2:58:49 AM
      - re: Thank you, I think I understand your view now. - Johannes - 1/15/2009 2:29:20 AM
- I think maximum T is determined by the maximum number of angels that can dance on a hydrogen atom. (n/t) - Laurie Street - 1/10/2009 6:49:37 PM
  - Cute. - Jacob - 1/10/2009 7:33:37 PM
- Total Codswallop - nick hoffman - 1/10/2009 4:13:48 AM
  - Learn about the Lorentz transformation - Nick Hoffman - 1/12/2009 2:08:52 AM
  - You are an idiot if you believe anything can move faster than C. - Jacob - 1/10/2009 5:17:02 PM
    - Don't be dense - Adam - 1/11/2009 1:08:17 AM
    - re: You are an idiot if you believe anything can move faster than C. - lance - 1/11/2009 12:04:51 AM
      - re: My opinion is that - Johannes - 1/11/2009 6:55:31 PM
        
        re: My opinion is that - gbaikie - 1/12/2009 12:07:18 AM
        
        re: Paradox ?? - Johannes - 1/12/2009 2:49:37 AM
        
        re: Paradox ?? - gbaikie - 1/12/2009 6:07:11 AM
        
        re: Paradox ?? - Johannes - 1/13/2009 3:40:45 AM
        
        re: Paradox ?? - gbaikie - 1/13/2009 5:49:45 AM
        
        re: Hmmm.... Les see, multiplying the - Johannes - 1/15/2009 1:44:54 AM
        
        re: Hmmm.... Les see, multiplying the - gbaikie - 1/15/2009 5:56:32 AM
        
        re: Hmmm.... Les see, multiplying the - gbaikie - 1/15/2009 7:11:56 AM
        
        re: re Yes it's 299,792,458 m/s. (n/t) - Johannes - 1/19/2009 5:13:53 AM
- Upper limits - TB - 1/10/2009 2:20:53 AM
  - You still have to deal witH the limit known as" C". (n/t) - Jacob - 1/10/2009 5:18:15 PM
    - re: You still have to deal with the limit known as" C". - TB - 1/10/2009 6:34:13 PM
      - re: You still have to deal with the limit known as" C". - gbaikie - 1/10/2009 11:55:04 PM
      - Sorry--units should be degrees K. (n/t) - TB - 1/10/2009 6:35:04 PM
        
        Either way, a limit is a limit is a limit. - Jacob - 1/10/2009 7:29:19 PM
- That should be 9.0 x 10^20 ergs / gram.in the derivation (n/t) - Jacob - 1/9/2009 7:18:01 PM

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