a distant observer sees them all redshifted. But that says nothing about how the ships see each other.
Consider: Even in the case of Captain #50 viewing the USS #1 crossing the event horizon, Captain #50 receiving the photon will also be on the event horizon when that happens. So the photon travels **along** the event horizon between a source and a destination that are both **on** the event horizon and that both have the same rate of time-dilation w.r.t. a distant observer. So I'm not seeing how there's red-shift.
Roger Crew✅❌☑🗸❎✖✓✔
npub1yr…z0edc
2024-11-28 07:59:38 UTC
in reply to nevent1q…jzl9
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npub1yrj2pfw9ygl4ucsxh0ntwedjwpeyrlua9g3z0xdlghfzckymqgss7z0edcSeen on
wss://relay.momostr.pinkPublished at
2024-11-28 07:59:38 UTCEvent JSON
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"content": "a distant observer sees them all redshifted. But that says nothing about how the ships see each other.\n\nConsider: Even in the case of Captain #50 viewing the USS #1 crossing the event horizon, Captain #50 receiving the photon will also be on the event horizon when that happens. So the photon travels **along** the event horizon between a source and a destination that are both **on** the event horizon and that both have the same rate of time-dilation w.r.t. a distant observer. So I'm not seeing how there's red-shift.",
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