> when a quantum system undergoes two thermalization processes in an indefinite causal order, it can absorb heat even if its initial temperature was higher than the temperature of the reservoirs involved in the two thermalizations.
It looks like they are using 3 temperatures instead of only 2 as in a real Otto engine. It's super suspicious and I'm almost sure they are using some kind of creative accounting.
If temp A > temp B > temp C , then it's possible that some heat flows from A and C to B. If you forget to account A, then it look like the heat flows from C to B.
> when a quantum system undergoes two thermalization processes in an indefinite causal order, it can absorb heat even if its initial temperature was higher than the temperature of the reservoirs involved in the two thermalizations.
It looks like they are using 3 temperatures instead of only 2 as in a real Otto engine. It's super suspicious and I'm almost sure they are using some kind of creative accounting.
If temp A > temp B > temp C , then it's possible that some heat flows from A and C to B. If you forget to account A, then it look like the heat flows from C to B.
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