Self-interaction and gauge invariance

RT @livrev_lrr: #InMemoriam Stanley Deser (1931–2023) His work "Self-interaction and gauge invariance" was the first article in Vol 1, No…

RT @livrev_lrr: #InMemoriam Stanley Deser (1931–2023) His work "Self-interaction and gauge invariance" was the first article in Vol 1, No…

#InMemoriam Stanley Deser (1931–2023) His work "Self-interaction and gauge invariance" was the first article in Vol 1, No 1 (1970) of the new journal General Relativity and Gravitation #GenRelativGravit – read it here: https://t.co/kNuclF8Z3o https://t.c

RT @subarusatosi: アインシュタイン重力理論のスッキリとした理解がまだ出来てない

RT @subarusatosi: この2冊にS. Deserの1970年の論文 Self-interaction and gauge invariance https://t.co/sf8LrI48Ju が紹介されている。 この2冊を読んでやっと少し分かったが、難しい...。…

アインシュタイン重力理論のスッキリとした理解がまだ出来てない

RT @subarusatosi: この2冊にS. Deserの1970年の論文 Self-interaction and gauge invariance https://t.co/sf8LrI48Ju が紹介されている。 この2冊を読んでやっと少し分かったが、難しい...。…

RT @subarusatosi: この2冊にS. Deserの1970年の論文 Self-interaction and gauge invariance https://t.co/sf8LrI48Ju が紹介されている。 この2冊を読んでやっと少し分かったが、難しい...。…

この2冊にS. Deserの1970年の論文 Self-interaction and gauge invariance https://t.co/sf8LrI48Ju が紹介されている。 この2冊を読んでやっと少し分かったが、難しい...。 この議論をしないとノート https://t.co/JkoyDgXpXd のように無限次まで階段を上る必要がある。 https://t.co/rKUqNBKr38

RT @kai_c_: Anyone understand the relation between self-interaction and gauge invariance? The claim seems to be that minimally coupling a f…

RT @kai_c_: Anyone understand the relation between self-interaction and gauge invariance? The claim seems to be that minimally coupling a f…

Anyone understand the relation between self-interaction and gauge invariance? The claim seems to be that minimally coupling a free field to a fluctuating gauge field is equivalent to coupling it to its own currents self-consistently!? https://t.co/loCz4uLl

@bs58748768 @RichardAJowsey @StartsWithABang Check out the abstract! https://t.co/NHipObDUvH

@Cosmalano @Jonas_Enander @Quasilocal @ThomasVanRiet2 Check out the abstract! https://t.co/NHipObDUvH

@Jonas_Enander @Quasilocal @ThomasVanRiet2 I’m not sure either, Teitelboim is a new name for me, so I’m not sure what that work would be. I learned this formulation of GR from MTW, which cites this paper. I don’t see Teitelboim as a reference. Maybe you kn

"Self-Interaction and Gauge Invariance", (S. Deser, 2004/2014): https://t.co/ziNIxifIkW

@cenobyte3 @TM_Eubanks @DurinnM This is cute. 1. (Deser): https://t.co/ly76xDaA6w 2. (Padmanabhan's refutation): https://t.co/4lbCH7U7v4 https://t.co/oJMXakCDrq

RT @subarusatosi: S. Deser Self-Interaction and Gauge Invariance https://t.co/PvjKGDirxO ファインマンの重力理論と関係する。

S. Deser Self-Interaction and Gauge Invariance https://t.co/PvjKGDirxO ファインマンの重力理論と関係する。

Deser, which has already shown 50 years ago that Einstein's diff equations of gravitation have cubic nonlinearity, https://t.co/13psfb4885, now gives us two sufficient conditions that assure that the Universe (spacetime) is 4 dim: https://t.co/dqqtQLdYFk

Self-Interaction and Gauge Invariance. (arXiv:gr-qc/0411023v3 UPDATED) http://t.co/RRGY4NIOQ1