Recent content by Ammah
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Graduate A question of history concerning Rindler Coordinates
Thank you all so much, your answeres have been so helpful! Thank you for the time and kindness (on top of knowledge) Bless you- Ammah
- Post #8
- Forum: Special and General Relativity
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Graduate A question of history concerning Rindler Coordinates
Thank you so much!- Ammah
- Post #7
- Forum: Special and General Relativity
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Graduate A question of history concerning Rindler Coordinates
Shalom 1. Does anybody know where it is possible to read the original publication of Wolfganng Ridler (May he live long and be blessed) about Rinder coordinates? (acclerated observer in flat spacetime) When was it published? when was the decision to name it after him? 2. Is there any...- Ammah
- Thread
- Coordinates History
- Replies: 7
- Forum: Special and General Relativity
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Graduate Gauss' Law for spherical shell vs Coulomb's law, regarding reativity
can you elaborate on writing them down in a Lorentz covarient manner? Thank you. I would really appreciate it if you ellaborate a bit on writing Maxwell's equations in a Lorentz covariant manner: 1. how is that done? what does it look like? any specific refference would be great too 2...- Ammah
- Post #5
- Forum: Electromagnetism
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Graduate Gauss' Law for spherical shell vs Coulomb's law, regarding reativity
the form of the law resulting from the sphere impementation yes, that's exactly what I'm referring to. I totally agree. my problem is how to settle that with the resulting formula (from the spherical shell implemantaion). The resulting formula looks just like Coulomb's law, while at the same...- Ammah
- Post #4
- Forum: Electromagnetism
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Graduate Gauss' Law for spherical shell vs Coulomb's law, regarding reativity
Shalom We are used to hearing that Coulomb's law doesn't settle with the relativity principle that nothing moves faster than the speed of light, in the sense that it embeds 'Action in a Distance'. Meaning that if somthing changes in r1 at time t1, and we write the law for any t before...- Ammah
- Thread
- Coulomb's law Gauss Gauss' law Law Shell Spherical Spherical shell
- Replies: 5
- Forum: Electromagnetism