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@MatthewPhone sur X
Grok
The open glass of water in the Tiangong Space Station video appears to behave as if under gravity, but this is likely due to a controlled demonstration. The glass is probably secured to the table, and the water stays in place due to adhesion and surface tension, not gravity, which aligns with microgravity physics. The bulging water surface in the video supports this. This is part of the "Tiangong Class" educational series by CGTN, showing liquid behavior in space, like a ping-pong ball not floating as it would on Earth. While skepticism about the setup is reasonable, the evidence from official sources and microgravity principles suggests the video is authentic.
Maybe I just want to maybe... ⸝⸝⸝
il y a un an
@MatthewPhone sur X
Grok
The open glass of water in the Tiangong Space Station video appears to behave as if under gravity, but this is likely due to a controlled demonstration. The glass is probably secured to the table, and the water stays in place due to adhesion and surface tension, not gravity, which aligns with microgravity physics. The bulging water surface in the video supports this. This is part of the "Tiangong Class" educational series by CGTN, showing liquid behavior in space, like a ping-pong ball not floating as it would on Earth. While skepticism about the setup is reasonable, the evidence from official sources and microgravity principles suggests the video is authentic.
J'étais justement en train de regarder cela, tu as été plus rapide
il y a un an
