Scholarly record
Research summary
A synthetic reversible four-phase, single-ion mechanochemical transporter connects continuous mechanical motion to conformational jumps, chemical reservoirs, and signed ionic release. Equal observed phase and kinetic energy need not determine future function: at nonzero coupling two mechanical preparations have initial outside-release rates differing by a factor of approximately 1.35. Conditioning on transition histories yields a measure-valued predictive state. For specified finite windows, source-derived backward bounds certify signed transport and outside-edge event probability. Exact caloric path identities link endpoint phase, signed ion transport, and energy accounting. Results concern a specified synthetic source rather than a calibrated protein or a general physical definition of qi.
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Scientific context
This paper belongs to the Kinetic Organization and Biological Function research program.