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A theoretical framework extending classical thermodynamics to systems involving warp drives, faster‑than‑light travel, or spacetime manipulation. Unlike standard thermodynamics, which assumes a stable spacetime background, warp thermodynamics accounts for energy exchanges between normal matter and the warped spacetime metric itself. It explains how a warp drive could apparently violate energy conservation by drawing energy from spacetime curvature or from higher‑dimensional reservoirs. The field also addresses entropy: while a warp bubble may seem to decrease entropy locally, warp thermodynamics shows that entropy is merely displaced into the structure of spacetime. It’s the reason warp drives aren’t perpetual motion machines—they still obey a “second law” of warp thermodynamics, just not the one we’re used to.
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