Decelerating warp drives: How to detect them?

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In a hypothetical universe where warp drives function, the deceleration of these drives could produce significant astronomical phenomena. Observers might detect a sudden burst of light, potentially accompanied by gamma or X-ray emissions, as a ship decelerates. This burst would likely manifest as a blue-shifted after-image diverging from the ship's previous trajectory, observable only within a narrow cone away from the approach path. However, the distance of deceleration could prevent direct visibility of the ship itself, leading to detection challenges for pre-warp civilizations. If deceleration occurs too close to observers, they could be exposed to harmful radiation. The resulting high-energy gamma rays would be distinct from typical gamma-ray bursts, allowing for differentiation from natural cosmic events.
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Hello everybody,

A few years ago, there were speculations in the pop science media that decelerating warp drives might emit huge amounts of radiation at the target location.

Now, let's assume a universe where warp drives really work: I was thinking about a plot where astronomers in such a universe make some observations, and it turns out that these observations are actually decelerating warp drives.

In such a universe, what would be plausible candidates for astronomic observations that could turn out as decelerating warp drives? Could it be just an "ordinary" gamma ray burst or would we expect some other kind of observation in such a scenario?Robert
 
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I think the most plausible observation to be seen would be that there's a sudden burst of light, as the image of the ship suddenly appears with a blue-shifted after-image diverging away from it back along it's former approach path--this could have some gamma or Xray burst accompanying it, depending on the nature of the FTL drive used.

But such image might only be visible along a very narrow cone pointing away from the direction of the ship's approach--which may make it difficult for a prewarp culture to detect such arrivals. Perhaps it is detected first by their versions of Voyager/Pioneer or such?
 
Ryuu said:
I think the most plausible observation to be seen would be that there's a sudden burst of light, as the image of the ship suddenly appears

I was assuming that the observers cannot actually see the "image of the ship", because the warp drive deceleration takes place too far away from them, or the ship is simply too small, but still they might be able to observe something unsual. Because if this deceleration takes place too close to the observers, then I guess they would simply die of radiation.
 
I would image there would be a flash of extremely high energy gamma ray, however, I don't think it would compare to the power of nature, so it'd be distinguishable from a "normal" GRB.
 
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I know this topic is extremely contraversial and debated, but I'm writing a book where an AI attempts to become as human as possible. Would it, eventually, especially in the far future, be possible for an AI to gain a conscious? To be clear, my definition of a consciousness being the ability to possess self-created morals, thoughts, and views, AKA a whole personality. And if this is possible (and let's just say it is for this question), about how long may it take for something to happen...
This is a question for people who know about astrophysics. It's been said that the habitable zones around red dwarf stars are so close to those stars that any planets in the zones would be tidally locked to the stars in question. With one side roasting and another side freezing almost forever, those planets wouldn't be hospitable to life. a) Could there be forms of life--whole ecologies--that first evolve in the planet's twilight zone and then extend their habitat by burrowing...

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