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Vielleicht, weil es ein Film ist? Und das so im Drehbuch steht?!

Gibt ne Theorie dass er es schon von Anfang an wusste. Er kannte keinen der drei Offiziere, was ihm schon verdächtig vorkam. Außer vermutlich Stiglitz, den er bestimmt erkannt hatte. Dann eben noch der Akzent und zuletzt auch noch die Finger Geste.

@@jwewa immer diese Theorien… „Dass er es die ganze Zeit wusste“ - eh… das ist ein FILM. Warum was reininterpretieren, wenn es vollkommen egal ist. Tarantino wollte zu 100%, dass die bei der Handgeste auffliegen. Und nichts anderes. Immer dieses Zerpflücken von Filmen und Serien… genießt doch einfach einen guten Film und fertig.

@@quastador457 Da hast du natürlich vollkommen recht, allerdings kann man sich teilweise durch solche Theorien etwas wo man denkt dass etwas wenig sinn macht, dann doch verständlicher machen.

@@quastador457 Dann ist es ein außerordentlich schlechtes Drehbuchm

debris like that would never make it below the clouds before it disintegrates into very small parts incapable of hurting someone

@@bluestraw4060 Thanks for your reply 🙂

@bluestraw4060 Actually... Somewhat untrue. It depends on the size and composition of the spacecraft. Small, fragile, lightweight satellites, yes, generally, break up and burn up on reentry too much to be a threat. Larger human rated spacecraft however, it's a much bigger threat. So too are large satellites (like spy satellites), and spent stages from rockets. Space programs generally take great pains to avoid interaction between space debris and human populations, because it can actually fall in large enough pieces to threaten people. I dont know of any well documented cases of reentered debris actually harming someone though, since generally, most of earth is covered in ocean or otherwise uninhabited, and you'd have to be pretty unlucky to get hit by accident by something that fell from space. But there are some notable things here. 1: Russia mostly launches from cosmodromes, including Baikanur in Kazahkstan. The EU and USA generally tries to launch from coastal facilities where we can dump spent rocket stages in the Ocean. Baikanur and other Russian launch facilities dont have that luxury, so they dump spent stages in remote areas of Kazakhstan. Funnily enough, many of these stages land on Kazahki ranches, where the farmers often scrap the damaged rocket stages for a little extra income. I guess so far they've been lucky not having any cause much damage. 2: China frankly doesnt care about the safety of its own population when it comes to rocketry. This is evidenced by accidents like Intelsat 708 that blew up a village in the 90s, and the Tianlong 3 accidental launch and crash just this year that almost sent a rocket careening into the local city. China doesnt really have good launch sites so they just sort of launch rockets near populated areas and dont care. The result is numerous videos online of spent Chinese rocket stages being dropped on their own villages. Both of these incidents however are suborbital debris from rocket parts that dont quite make it to orbital speeds. So not quite the same thing. However, some of these do make it to space at decent speeds and reenter, and their size, mass, and high temperature materials often mean large parts of them make it to the surface, which is why the US insists on launching over the ocean. Some other notable examples though, large space station and spacecraft debris are real concerns, both the Soviet Union/Russia and the US made efforts to control where space stations like Mir and Skylab would reenter at to keep them from falling on people. Some examples of uncontrolled reentries do exist though. 1: Columbia. The Columbia space shuttle wasnt a space station, but it is bigger than some of the space stations humans have built. The orbiter broke up on reentry. Believe it or not, most of this spacecraft made it to the earth's surface, though in pieces. Had the cargo door not had subpar hinge pins (Nasa discovered quality control issues in the investigation), the spacecraft may have even stayed more or less in one piece down to the surface... Which is an interesting What If scenario, because it's possible the crew may have survived long enough that way to bail out at lower altitude. Slim chance... But possible. The debris was strewn across Texas, fortunately in mostly uninhabited areas, though I do know of some debris that fell in populated areas (such as, by pure coincidence, a VCR tape, which survived the reentry, and happened to land in a neighborhood, that rather morbidly, contained footage of the cockpit during the reentry, taken by one of the crew members. It was posted to youtube somewhere. It was taken by one of the mission specialists, unaware of what was about to happen. The commander and pilot can be heard concernedly discussing the excessive yaw the RCS system was having to use. Fortunately or unfortunately, depending on how morbidly curious you are, the specialist was told to put the camera away a few minutes before the breakup occured). Something like 70% of the spacecraft was able to be recovered by investigators, helping the investigation immensely. But the fact that 70% of the spacecraft was picked up... Just goes to show how much of a large spacecraft can survive reentry. 2: The real Tiangong 1 space station. In 2016/2017, the Chinese space agency had to admit they lost remote contol of the uninhabited space station before they could send the next crew up. Because China had lost control of it, they couldnt intentionally deorbit it away from human populations. This became a pretty big concern internationally. Tiangong 1 wasnt a big space station like Mir or the ISS, but it was a fairly large single module. It was of particular concern where I lived at the time. It reentered in 2018. At the time, I lived in Okinawa, and it was predicted it would reenter somewhere near there. I had actually gone out to see if I could see the reentry. Fortunately, the Tiangong 1 reentered on a different orbit, and landed in the middle of the Pacific northwest of Tahiti. It spread debris across a 2,000 km range. ---------- So... This actually is a very real concern, we've had an actual uncontrolled reentry from the actual Tiangong 1. And as we continue to colonize space, this will become a growing risk. So far, we've just been lucky, with spacecraft like the Tiangong 1 landing in uninhabited places like the middle of the Pacific. The ISS is going to be the next big concern. It's scheduled to be decomissioned and abandoned in the next few years. NASA is currently looking for contractors to deorbit the ISS intentionally, somewhere uninhabited (probably the pacific) to avoid any chance of the debris hitting an urban area.

Thanks for watching!

I don't think he knew.

I don't think he knew.

Thanks for the catch!