To watch in HD, get ClipCafe PRO

And just think about the resources, includingtime, that would be spent trying to get back here

And just think about the resources, includingtime, that would be spent trying to get back...

Interstellar • 2014

And just think about the resources, includingtime, that would be spent trying to get back here

Full Transcript

00:00:00.093 --> 00:00:03.265

And just think about the resources including time

00:00:03.433 --> 00:00:05.934

that would be spent trying to get back here

00:00:07.061 --> 00:00:08.854

Romilly Yeah

00:00:09.022 --> 00:00:12.858

How far off from Miller's planet do we have to be to stay out of the time shift

00:00:13.026 --> 00:00:14.693

Just back from the cusp

00:00:14.861 --> 00:00:17.821

All right which is here just outside of Miller's planet

00:00:17.989 --> 00:00:19.781

Right Okay

00:00:20.007 --> 00:00:23.493

Here's Gargantua Here's Miller's planet

00:00:23.661 --> 00:00:26.083

Instead of taking the Endurance into orbit around Miller's planet

00:00:26.998 --> 00:00:29.875

which would conserve fuel but we would lose a lot of time

00:00:30.999 --> 00:00:34.129

what if we take a wider orbit around Gargantua parallel with Miller's planet

00:00:00.002 --> 00:00:05.839

لا لا يمكننا ايجاد ذلك فكروا بالموارد بما فيها الوقت الذي يلزمنا للعودة الى هنا

00:00:07.327 --> 00:00:08.949

ـ روملي ـ نعم

00:00:08.984 --> 00:00:13.395

كم يجب أن نبقى بعيدين عن كوكب ميلر لنتجنب الفرق في مرور الوقت

00:00:13.043 --> 00:00:17.677

حسنا فقط الابتعاد عن الحلقة المحيطة ـ هذا يعني هنا خارج كوكب ميلر

00:00:17.793 --> 00:00:20.229

حسنا

00:00:20.815 --> 00:00:23.735

هنا غارغانتوا وهنا كوكب ميلر

00:00:24.123 --> 00:00:27.408

بدلا من أن نأخذ مركبة الاندورنس الى المدار حول الكوكب

00:00:27.433 --> 00:00:30.244

الذي سيوفر الوقود ولكنه سيكلفنا الكثير من الوقت

00:00:30.279 --> 00:00:34.817

ماذا لو أخذنا المدار الأبعد المحيط بالكوكب بحيث نبتعد عن منطقة تغيير الوقت

00:00:00.586 --> 00:00:04.003

C'est vrai et imaginez ce qu'il nous en coûtera si nous devons

00:00:04.148 --> 00:00:06.406

Finalement revenir jusqu'ici

00:00:07.895 --> 00:00:09.517

Romilly Ouais

00:00:09.552 --> 00:00:11.849

À quelle distance de la planète Miller devons nous

00:00:11.874 --> 00:00:13.964

Orbiter pour éviter la distorsion temporelle

00:00:13.999 --> 00:00:15.333

Eh bien hors de l'horizon

00:00:15.358 --> 00:00:18.272

Qui est donc ici à l'extrémité de la planète Miller

00:00:18.364 --> 00:00:20.008

Bon d'accord

00:00:20.919 --> 00:00:24.184

Voilà Gargantua et ici la planète Miller

00:00:24.332 --> 00:00:27.971

Plutôt que de mettre Endurance en orbite autour de la planète ce qui

00:00:28.002 --> 00:00:30.818

Économiserai du carburant mais nous coûterai beaucoup de temps

00:00:30.853 --> 00:00:35.392

Si nous prenions une large orbite autour de Gargantua parallèle à la planète Miller

00:00:00.097 --> 00:00:05.964

Denkt an die Ressourcen inklusive der Zeit die wir aufwenden müssten um zurückzufliegen

00:00:07.101 --> 00:00:08.341

Romilly Ja

00:00:08.561 --> 00:00:12.895

Wie weit müssen wir von Millers Planet weg um nicht in die Zeitverschiebung zu geraten

00:00:13.107 --> 00:00:14.768

Oh kurz hinter dem Scheitelpunkt

00:00:15.109 --> 00:00:17.771

Gut der ist hier unmittelbar vor Millers Planet

00:00:18.112 --> 00:00:19.818

ROMILLY Genau Ok

00:00:20.074 --> 00:00:23.482

Hier ist Gargantua Hier ist Millers Planet

00:00:23.701 --> 00:00:26.818

Anstatt die Endurance in den Orbit um Millers Planet zu steuern

00:00:27.038 --> 00:00:29.871

was Treibstoff spart aber sehr viel Zeit kosten würde

00:00:30.124 --> 00:00:34.208

könnten wir doch eine größere Umlaufbahn um Gargantua nehmen parallel zu Millers Planet

00:00:00.097 --> 00:00:03.372

और वह क स स धन क ब र म स च ज सम समय भ श म ल ह

00:00:03.472 --> 00:00:06.075

जर स च क तन ज य द समय खर च ह ग वह तक ज कर व पस आन म

00:00:07.101 --> 00:00:08.561

Romilly ह

00:00:08.661 --> 00:00:12.965

हम समय अ तर ल स बचन क ल ए Miller क ग रह स क तन द र रहन ह ग

00:00:13.065 --> 00:00:14.801

उसक स र स प छ

00:00:14.901 --> 00:00:17.929

ठ क ह ज क यह पर ह Miller क ग रह क ठ क ब हर

00:00:18.029 --> 00:00:19.922

ROMILLY ह सह ह Okay

00:00:20.074 --> 00:00:23.601

य ह Gargantua और ह ह Miller क ग रह

00:00:23.701 --> 00:00:26.938

The Endurance क Miller क ग रह क प स पर पथ म ल ज न स

00:00:27.038 --> 00:00:29.982

हम र क फ इ धन बच ग ल क न हम र बह त समय नष ट ह ग इसक बज य

00:00:30.001 --> 00:00:33.025

अगर हम एक बढ़ चक कर लगत ह पर पथ क

00:00:33.035 --> 00:00:36.906

Miller व ल ग रह क सम न तर इस समय अ तर ल क ब हर रहत ह ए यह

00:00:00.867 --> 00:00:04.078

dan pikirkan tentang sumber daya termasuk waktu yang akan dihabiskan saat mencoba kembali kemari

00:00:06.013 --> 00:00:07.419

Romilly Ya

00:00:07.454 --> 00:00:12.195

Berapa jarak terjauh dari planet Miller agar kita terhindar dari perubahan waktu

00:00:12.289 --> 00:00:13.749

Di sebelah luar titik itu

00:00:13.766 --> 00:00:17.002

Jadi di sini di sebelah luar planet Miller Benar

00:00:17.514 --> 00:00:19.084

Baiklah

00:00:19.402 --> 00:00:22.949

Ini Gargantua Ini Planet Miller

00:00:23.999 --> 00:00:25.707

Daripada membawa Endurance masuk ke orbit planet Miller

00:00:25.717 --> 00:00:28.822

yang walau kita bisa menghemat bahan bakar tapi kehilangan banyak waktu

00:00:28.827 --> 00:00:32.002

Bagaimana jika kita mengambil orbit yang lebih lebar mengelilingi Gargantua

00:00:32.061 --> 00:00:35.767

Paralel dengan Planet Miller diluar zona perubahan waktu di sini

00:00:00.969 --> 00:00:05.807

時間も資源と言うなら遠い星への往復もムダだ

00:00:07.184 --> 00:00:08.101

ロミリー

00:00:08.685 --> 00:00:12.939

時間の影響はどこなら受けない

00:00:13.148 --> 00:00:14.774

尖点カスプの後ろだ

00:00:14.942 --> 00:00:17.086

つまりここだミラーの星の外側だ

00:00:18.999 --> 00:00:18.082

ああ

00:00:20.656 --> 00:00:23.825

ここがガルガンチュアここがミラーの星だ

00:00:23.992 --> 00:00:27.203

星の軌道なら燃料は節約できるが

00:00:27.371 --> 00:00:29.872

時間のロスが大きい

00:00:30.999 --> 00:00:34.585

ガルガンチュアの軌道でここまで行く

00:00:00.097 --> 00:00:03.389

И подумайте о тех ресурсах включая время

00:00:03.556 --> 00:00:05.975

которые уйдут на то чтобы сюда вернуться

00:00:07.101 --> 00:00:08.352

Ромилли Да

00:00:08.561 --> 00:00:11.022

Как далеко от планеты Миллер мы должны находиться

00:00:11.188 --> 00:00:12.899

чтобы избежать изменения времени

00:00:13.107 --> 00:00:14.775

Сразу за горизонтом

00:00:15.109 --> 00:00:17.778

То есть здесь прямо над планетой Миллер

00:00:18.112 --> 00:00:19.822

Хорошо

00:00:20.074 --> 00:00:23.492

Это Гаргантюа Это планета Миллер

00:00:23.701 --> 00:00:26.829

Вместо того чтобы вести Индьюрэнс на орбиту вокруг планеты Миллер

00:00:27.038 --> 00:00:29.874

что сохранит топливо но мы потеряем много времени

00:00:30.124 --> 00:00:32.668

что если мы выйдем на большую орбиту вокруг Гаргантюа

00:00:32.835 --> 00:00:34.211

параллельно с планетой Миллер

00:00:00.097 --> 00:00:03.305

Y sólo piensen en los recursos incluyendo el tiempo

00:00:03.473 --> 00:00:05.974

que gastaríamos intentando volver aquí

00:00:07.101 --> 00:00:08.728

Romilly Sí

00:00:08.807 --> 00:00:10.897

Qué tan lejos del planeta de Miller tendríamos que estar

00:00:10.907 --> 00:00:12.976

para escapar del desfasaje temporal

00:00:13.001 --> 00:00:14.733

Sólo detrás de la cúspide

00:00:14.901 --> 00:00:17.861

Bien lo cual es aquí justo afuera del planeta de Miller

00:00:18.029 --> 00:00:19.821

Cierto De acuerdo

00:00:20.074 --> 00:00:23.533

Aquí está Gargantúa Aquí está el planeta de Miller

00:00:23.701 --> 00:00:26.087

En vez de llevar el Endurance a la órbita del planeta de Miller

00:00:27.038 --> 00:00:29.915

en lo cual ahorraríamos combustible pero perderíamos mucho tiempo

00:00:30.998 --> 00:00:33.325

qué tal si tomamos una órbita más ancha alrededor de Gargantúa

00:00:33.335 --> 00:00:34.663

paralela al planeta de Miller

Available in 9 languages

Duration

7 seconds

Views

149

Timestamp in Movie

01:04:09

Uploaded

Jan 17, 2026

Genres

adventure, drama, science fiction

Production

Legendary Pictures,Syncopy,Lynda Obst Productions

Want This Clip in HD?

Upgrade for HD/4K downloads and unlimited access. Upgrade now →

Movie Summary

The adventures of a group of explorers who make use of a newly discovered wormhole to surpass the limitations on human space travel and conquer the vast distances involved in an interstellar voyage.