@homogsauce Altho I would make one side of black hole darker and dimmer towards that side but it would be so much less cooler but it’s a pretty good representation of black hole, have they never seen interstellar? Show them these next time https://t.co/n
RT @AnkitSahay02: @x_rahulraj That work on the visualisation of the black hole was published as a peer-reviewed paper. https://t.co/AIKIz…
@x_rahulraj That work on the visualisation of the black hole was published as a peer-reviewed paper. https://t.co/AIKIzzSatp
@UtpalGautam5 They published a paper from the computations did for this visualisation: https://t.co/AIKIzzSIiX
このレターへの返信を書くに当たり、『インターステラー』の映像に関する論文を探しました。この作品ではノーベル物理学賞を受賞したキップ・ソーンが監修に携わっており、論文に書かれている通り、物理学に基づいたブラックホールの映像作成が行われています。 https://t.co/CR8q6t4BPN
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
替换 [x]为[5]跳转到 HTML 版本阅读https://t.co/khO57uiUQa 替换 [v] 为[w] 跳转到 TXYZ AI 处理https://t.co/3BAflU4jl7 HTML 网页好处是可以直接使用网页翻译工具和各种插件 AI处理,也方便手机阅读。arXiv Vanity这个网站也可以直接摘要 URL转 HTML 页面
arXiv 文献阅读的隐藏方式: 最近看到 arXiv 文献网站两个很有意思的隐藏阅读方式 (src),在 arXiv 摘要页更改替换 URL中arxiv 不同域名字母,可直接跳转到处理该文献不同形式网站,以 HTML 版本阅读,用 AI 直接处理。 如图示文献摘要页 URL: https://t.co/ZoeKCED41i
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
The secrets of Einstein's unknown equation – with Sean Carroll 🎥 The Royal Institution | 2 Nov 2023 An excellent lecture! The paper referred to in this lecture (Open Access): Gravitational lensing ... in the movie Interstellar -https://t.co/URW1jExJe2
@SydSteyerhart The graphics were done with Kip Thorne's help, he's a physicist who did the black hole and wormhole math. They even published a paper based on their work https://t.co/S5W3r4Dz69
@jnakano @d_gfx この辺のレンダリングの話してて一緒にキャッキャしたのは楽しい思い出です https://t.co/AGfDkKcev7
@99_chuckles @showmehorns @jacob_o_ @jesterisaposer @unclescrooch @bartonovopolis @CultureCrave Designing and rendering that lead to this by Kip Thorne https://t.co/vkNHid8Xyg
@UtpalGautam5 @arya_amsha Interstellar team hired Kip Thorne to render the most realistic depiction of a black hole possible. The output was published in a peer-reviewed journal: https://t.co/AIKIzzSIiX Looking into finer details takes time and effort; q
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @BukowskyDrunk: @MiVozDocente En Interestelar usaron imágenes de lentes gravitacionales generadas realmente con ecuaciones de Einstein:…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
@Txabier sigues sin entender que no entiendes, porque te informas de videos hechos práticamente como memes. Pero no, de hecho se ve exactamente como lo "predijeron": https://t.co/RFyLycnl2K Vieron: https://t.co/0ndCWhxkSs https://t.co/4hnP4XQfOM https:/
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
@Astropartigirl You probably know that they even got a paper out of it. https://t.co/YZYRZaduT4
RT @LIGOWA: In fact, they even published a scientific paper explaining the physics behind the visualization of this supermassive #BlackHole…
In fact, they even published a scientific paper explaining the physics behind the visualization of this supermassive #BlackHole: "Gravitational lensing by spinning black holes in astrophysics, and in the movie Interstellar." #BlackHoleWeek #KipThorne 🤯 ht
RT @pedrocintra52: 24/25 Mas a imagem final que aparece no filme está sem o efeito doppler incluído. Os produtores acharam que o buraco neg…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
@jbouie Very few movies get written up for physics journals https://t.co/NCwf6GDF3n
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
シミュレーション映像だったのか
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
@SpaceDeFacto Check out the abstract! https://t.co/vTJh5UDcG0
The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000 lines of C++, and rendered thousands of 23-megapixel IMAX frames on a 32,000-core render farm at about 20 core-hours per frame http
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
@astro_jaz And I think a large reason for that is largely because it might be how black holes actually look given that they put in the real math for blackholes in the graphics engine and this led to at least one peer review paper on the matter. https://t.c
RT @nagi7538315: [1502.03808] Gravitational Lensing by Spinning Black Holes in Astrophysics, and in the Movie Interstellar https://t.co/Esq…
[1502.03808] Gravitational Lensing by Spinning Black Holes in Astrophysics, and in the Movie Interstellar https://t.co/Esqon1xkYW
@andreamerolaa @LaBombetta76 @pietrocaleo quando pubblicherai tanti paper quanti ne hanno pubblicati grazie e per quel film allora potrai parlare.❤️ https://t.co/kclrtUXL6O https://t.co/9vfL0PJVGi https://t.co/dCn7FJkgka un giorno ti troverai questo rec
10/10 read https://t.co/pJkz95ntP6
#SabiesQue les imatges del forat negre Gargantua de la pel·lícula Interstellar (2014)⚫️ van ser generades mitjançant simulacions reals de les equacions de la Relativitat General d'Einstein i amb l'ajuda del físic premi Nobel 2017 Kip Thorne? 📎+info👉https:
@InsecureNature Oh, and if you're interested in learning more about how the team behind Interstellar's blackhole pushed science simulations a bit further, here is a paper that was written by the team. https://t.co/GGl1uVXlUr
@two_bo 3回くらい山場あるよね そしてもう聞いたかもだけどあのブラックホールのシーンは超詳細に計算されててarXiv論文にもなってるよ https://t.co/cu3DVt3VRP
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
24/25 Mas a imagem final que aparece no filme está sem o efeito doppler incluído. Os produtores acharam que o buraco negro ficaria menos estranho e confuso sem esse efeito. https://t.co/QercGbPUuI
RT @SaxySamuel: @Rainmaker1973 https://t.co/DFwTYKT9OQ https://t.co/8Dxh8dgPEZ https://t.co/maOJCCiDdi Links to all three papers from Wiki…
@Rainmaker1973 https://t.co/DFwTYKT9OQ https://t.co/8Dxh8dgPEZ https://t.co/maOJCCiDdi Links to all three papers from Wikis source refs :)
@iStarr @twominutepapers That's correct. And it's true that the film viz team even wrote a peer-reviewed paper with future Nobel Laureate Kip Thorne for Classical and Quantum Gravity on their methods. https://t.co/J2u37ZyNhq
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
Case in point https://t.co/xTYnMdV31K
@Tushar15_ Actually, you DO watch Interstellar for a lesson on wormholes & relativity. https://t.co/epdH1WyXpa https://t.co/w01CgVqq9y https://t.co/TuLFAuPHPE
@chillout_CRR SF映画はどこか割り切ってみていた節があるのですが、インターステラーは全ての描写に理論的裏付けがあり、いい意味で裏切られました!!映画の副産物としての論文もありますので、ご興味ありましたら是非。 https://t.co/ouaVJr5wNQ
RT @huedaya: Sumber: - https://t.co/UnhTbaB3vH - @Rainmaker1973 - https://t.co/3SQgUdp096
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @Cosmic_Horizons: These are somewhat "simpler" to work with. And the image of Gargantua in Interstellar was calculated in Boyer-Lindquis…
@Cosmic_Horizons Check out the abstract! https://t.co/vTJh5UDcG0
These are somewhat "simpler" to work with. And the image of Gargantua in Interstellar was calculated in Boyer-Lindquist coordinates. 5/n https://t.co/CT6ExNNTCQ https://t.co/0ezIG3Zo7X
RT @import_robs: No livro A Ciência de Interestelar do Kip Thorne, ele conta como tudo sobre o Gargantua foi calculado e simulado por um ti…
RT @import_robs: No livro A Ciência de Interestelar do Kip Thorne, ele conta como tudo sobre o Gargantua foi calculado e simulado por um ti…
No livro A Ciência de Interestelar do Kip Thorne, ele conta como tudo sobre o Gargantua foi calculado e simulado por um time de físicos. Há artigo científico sobre o Gargantua: https://t.co/zjd2MycJJE
@elonmusk @SpaceTelescope They even published a scientific paper in @CQGravity - @IOPPublishing . https://t.co/Y81raCG4XT
Imagine flying past a black hole… ✴ What we can “see” from Earth today: @ehtelescope ✴ What physics tells us to expect: https://t.co/Zl6laWYgxD ✴ What we can dream up together with AI like #DALLE2: https://t.co/gIvuao0Kew
Happy Birthday to The Man.
@Phorone_S They hired Kip Thorne, a theoretical physicist, as an advisor for a bunch of the science stuff. Thorne’s work with the CGI team on rendering the black hole changed how we visualize them: https://t.co/EJmJtQRioe
@AdamasNemesis @yembeltronix @SpaceHub_SL https://t.co/v9CZbeTmXs Was also a nice academic contribution too
ブラックホールといえば、インターステラーに出てくるガルガンチュア ガチの物理学者が計算して映像化して、それが普通に論文として出ている https://t.co/7ehoN19J5t https://t.co/ldYt3GIwLx
@landetannien Och animationen i Interstellar "var tvungen" att hålla så hög kvalitet att de också upptäckte lite nya svarta-hål-fenomen av bara farten 🙂 https://t.co/h8lkl5577T
@nnaluisa__ Interestelar é um dos meus filmes favoritos. Se não me engano, esse foi o artigo em que foi publicado o código de simulação do Gargantua. https://t.co/jIQEBRkHyq
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
@mayra25777366 James, O., Tunzelmann, E. von, Franklin, P., & Thorne, K. S. (2015). Gravitational lensing by spinning black holes in astrophysics, and in the movie Interstellar. In Classical and Quantum Gravity (Vol. 32, Issue 6, p. 065001). IOP Publis
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
RT @thePiggsBoson: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40…