RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
That's a lot of code
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
That's a lot of maths. Nerds like me still enjoy this 🙂
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
... and someone watched it on an S3 bad YouTube rip and fell asleep
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
Still, this is not what it really looks like in reality.
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
32,000-core render farm perché ancora non c'era M1 😏
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
超絶 全く 意味 わらないけど メモメモφ(..)
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
RT @Rainmaker1973: The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equat…
The Black Hole from Interstellar was made possible by 40,000 lines of C++ code by the implementation of Einstein's equations, rendered on a 32,000-core render farm at about 20 core-hours per frame & the final clip was 800 Terabytes https://t.co/VQEsBEz
Gravitational lensing by spinning black holes in astrophysics, and in the movie Interstellar https://t.co/dTGnCdMfb6 a través de @IOPscience
Happy birthday Kip Thorne Sir!!
Physicist Kip Thorne, whose contributions to relativity extend to just about every corner of the subject, was born #OTD in 1940. Images: AIP, Thorne et al. (https://t.co/7fBenq93kk) https://t.co/gvW3ZgVLoP
インターステラーをちゃんと見直した。やっぱり面白いです、ノーラン監督。ここで開発された重力の表現方法が物理分野と映像分野で2本の論文になっている。 https://t.co/HKgZDQFwiw https://t.co/AegE6ELzz5
RT @sigfpe: @ArulaRatnakar @mHaGqnOACyFm0h5 @MarcusCVance The paper is here https://t.co/1IaIv6DWno
@ArulaRatnakar @mHaGqnOACyFm0h5 @MarcusCVance The paper is here https://t.co/1IaIv6DWno
The effects on light produce the well-known distortions near black holes. The black “shadow” is due to light plunging in, but is bigger than the actual event horizon. https://t.co/1VZyYjAWbP https://t.co/CLEpehaDae https://t.co/TraHqgkNBl
RT @anderssandberg: @Rainmaker1973 @nyrath The funny thing is that I first got annoyed when watching because the equations were "wrong" - a…
@Rainmaker1973 @nyrath The funny thing is that I first got annoyed when watching because the equations were "wrong" - and then I realized Thorne had made his own future version of GR. (The black hole depiction uses standard GR for raytracing, https://t.co/
RT @taxiyoshida: 映画『インタステラ』のブラックホールは、アインシュタイン方程式を完全に反映したC++で書かれた4万行のプログラムと、23メガピクセルのIMAXフレーム数千を、3万2000コアのCG用コンピュータクラスタ(Render farm)上で1フレームあ…
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
@palace Ja, det blev en rätt intressant vetenskaplig fysik/datagrafik-artikel om det hela: https://t.co/1VZyYjAWbP
RT @bitfield: The software to create the black hole in the movie 'Interstellar' is a full implementation of Einstein's equations in 40,000…
If you made it here, thanks for reading! Hope you found these interesting. I love making these threads–they’re my public facing connections. :) You can read one of Kip’s papers here: https://t.co/jBqFHBRehp https://t.co/5ENTcWCFiG
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…
Re-watched Intersteller and learned that they specifically invented Double Negative Gravitational Renderer (DNGR) technology to render images of a spinning black hole 🧐 https://t.co/zLtdQSwp7o