Skydance hires ousted Pixar chief John Lasseter, who will try a career comeback following a sexual harassment scandal.

Skydance Animation head John Lasseter has named longtime executive Holly Edwards president of the division.

David Ellison's Skydance Animation will generate features and premium animated series for Apple TV Plus under multi-year deal

2022 film directed by Peggy Holmes

Fisikan, zizare zulo edo Einstein-Rosen zubi bat, erlatibitate orokorraren ekuazioek deskribatutako espazio-denboraren ezaugarri topologiko hipotetiko bat da, funtsean espazioan eta denboran zehar garraiatzeko "laburbide" gisa jarduten duena. Zizare zulo batek gutxienez bi "mutur" ditu, hauek "eztarri" baten bidez lotuta daudelarik; eta materia mutur batetik bestera higitu daiteke eztarri honetatik igaroz. Gaur egun ez da oraindik frogatu espazio-denbora ezagunak honelako egiturak dauzkanik eta, horren ondorioz, posibilitate teoriko bat baino ez dira. Hala ere, apar kuantikoaren teoriak adierazten duenaren arabera, partikula birtual energetikoek zizare zuloak sortzen dituzte, Planck luzeraren neurrikoak. Hain txikiak izanik, partikula subatomikoek ere ezin dituzte zizare zulo hauek zeharkatu eta, ondorioz, ez da inongo garraiorik gertatzen espazio-denboran. Deskribapena Zientzialariek ez dute egitura hauen frogarik aurkitu, baina erlatibitate generaleko ekuazioek zizare zuloak deskribatzen dituzte beren soluzioetan. Gaitasunak Higidura superargitarra Erlatibitate...

Dalam fisika dan fiksi, lubang cacing adalah jalan pintas melalui ruang dan waktu. Hingga sekarang masih belum diketahui apakah lubang cacing terbentuk secara alami. Jika lubang cacing benar ada, untuk membuat lubang cacing tetap terbuka, sejenis materi akan dibutuhkan. Jika tidak, lubang cacing akan hilang dengan sangat cepat setelah terbentuk. Jika digambarkan melalui bidang datar, seperti kertas yang dilipat, lubang cacing membengkokan bidang tersebut, sehingga kedua ujung akan saling bertemu (seperti pada gambar). Istilah lubang cacing pertama kali digunakan oleh John Archibald Wheeler tahun 1957. Namun, pada tahun 1921, matematikawan Jerman Hermann Weyl telah mengusulkan teori lubang cacing. Pranala luar What exactly is a 'wormhole'? answered by Richard F. Holman, William A. Hiscock and Matt Visser. Why wormholes? by Matt Visser. Wormholes in General Relativity Diarsipkan 2008-10-24 di Wayback Machine. by Soshichi Uchii. New Improved Wormholes by John G. Cramer White holes and Wormholes Diarsipkan 2011-09-27 di Wayback Machine. provides a very good description of Schwarzschild wormholes...

Dalam fisika dan fiksi, lubang cacing adalah jalan pintas melalui ruang dan waktu. Hingga sekarang masih belum diketahui apakah lubang cacing terbentuk secara alami. Jika lubang cacing benar ada, untuk membuat lubang cacing tetap terbuka, sejenis materi akan dibutuhkan. Jika tidak, lubang cacing akan hilang dengan sangat cepat setelah terbentuk. Jika digambarkan melalui bidang datar, seperti kertas yang dilipat, lubang cacing membengkokan bidang tersebut, sehingga kedua ujung akan saling bertemu (seperti pada gambar). Istilah lubang cacing pertama kali digunakan oleh John Archibald Wheeler tahun 1957. Namun, pada tahun 1921, matematikawan Jerman Hermann Weyl telah mengusulkan teori lubang cacing. Pranala luar What exactly is a 'wormhole'? answered by Richard F. Holman, William A. Hiscock and Matt Visser. Why wormholes? by Matt Visser. Wormholes in General Relativity Diarsipkan 2008-10-24 di Wayback Machine. by Soshichi Uchii. New Improved Wormholes by John G. Cramer White holes and Wormholes Diarsipkan 2011-09-27 di Wayback Machine. provides a very good description of Schwarzschild wormholes...

Lubang cecacing (bahasa Inggeris: wormhole) merupakan suatu hubungan teoretikal antara lohong hitam dan lohong putih lalu menghasilkan jalan pintas merentasi ruang dan masa, sama ada jarak itu berjurang jauh sebanyak berbilion tahun cahaya, antara dua alam semesta, or mahupun dua titik masa yang berbeza. Rujukan

A wormhole is a theoretical passage through space creating a shortcut through time and space. It is not known whether or not they exist. Scientists believe that if wormholes existed they could not be made following any traditional scientific methods. In order to hold a wormhole open, a form of theoretical exotic matter would be needed. Otherwise the wormhole would simply disappear very quickly after its creation. If plotted on a 2-dimensional plane, the wormhole bends the plane, like folding a paper, so that the two ends would be touching (as seen in the picture). The term wormhole was first used by John Wheeler, a theoretical physicist. It is also known as an Einstein-Rosen bridge. A wormhole is much like a tunnel with two ends each in separate points in space time. Researchers have no observational evidence for wormholes. Wormholes are a common element in science fiction because they allow rapid interstellar, intergalactic, and sometimes even interuniversal travel. In fiction, wormholes have also served as a method for time travel. This popular fiction allows interstellar travel within human lifetimes. This would allow time travel, also a popular fiction. A...

Visser has suggested traversable 3-dimensional wormholes that could plausibly form naturally during Big Bang inflation. A wormhole mouth embedded in high mass density might accrete mass, giving the other mouth a net *negative* mass of unusual gravitational properties. The lensing of such a gravitationally negative anomalous compact halo object (GNACHO) will enhance background stars with a time profile that is observable and qualitatively different from that recently observed for massive compact halo objects (MACHOs) of positive mass. We recommend that MACHO search data be analyzed for GNACHOs.