@lnmcjames @_TheGeoff @AstroKatie Check out the abstract! https://t.co/oI4rryvKIf
@_TheGeoff @AstroKatie Analogue gravity is where condensed matter systems are used to mimic General Relativity. e.g. Fermat’s principle of optics is mapped to problem of finding geodesics of a 3-d curved manifold. No optical GR analogue would be possible f
@PrionicProtein Pues mira, últimamente estoy leyendo sobre análogos gravitatorios en BEC y esta review me ha parecido preciosa, (además es del director de tesis de un amigo de la carrera). Seguro que tmb te gusta 😋 https://t.co/d3bOUQjjPA
RT @pascalkwanten: Not digital but analog(ue) gravity;-) https://t.co/DMn6C6UzxH
Not digital but analog(ue) gravity;-)
https://t.co/PKJGmj95u7 Something for analog models for gravity/relativity (sonic black holes): https://t.co/VCEW1XOL24
RT @pascalkwanten: @revprez For analogue gravity see e.g. orginal paper by William Unruh (1981) and the review article: https://t.co/VCEW1X…
@revprez For analogue gravity see e.g. orginal paper by William Unruh (1981) and the review article: https://t.co/VCEW1XOL24 And Hossenfelder's blog: https://t.co/GAh8SJY1Yw Good luck!
@pickover Analogue Gravity;-) (thanks to Unruh)! https://t.co/VCEW1XOL24
Analogue Gravity Models: A mini-survey https://t.co/NFE6fEeoAU Detailed review paper and catalog https://t.co/VCEW1XOL24
유체역학 모형을 이용한 로렌츠변환 유도가 인상적인데 근래에 든 생각과 유사함. 찾아보니 해당 논문 저자 중 둘이 "Analogue Gravity"라는 원고를 쓴 적 있음. https://t.co/CdlckwSHBL 읽어볼만할 듯.
"Analogue Gravity" http://t.co/dmTtQbp3eo "Research on analogues of general relativistic gravitational fields within other physical systems"
[gr-qc/0505065] Analogue Gravity http://t.co/iQ4flvBv
[gr-qc/0505065] Analogue Gravity http://t.co/I5GbTYqG