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Optimal Closed-Loop Control of Active Particles and a Minimal Information Engine

Rosalba Garcia-Millan ^1,2,3,*, Janik Schüttler ^2,*, Michael E. Cates ², and Sarah A. M. Loos ^2,†

¹Department of Mathematics, King’s College London, London WC2R 2LS, United Kingdom
²DAMTP, Centre for Mathematical Sciences, University of Cambridge, Cambridge CB3 0WA, United Kingdom
³St John’s College, Cambridge CB2 1TP, United Kingdom

^*These authors contributed equally to this work.
^†Contact author: sarah.loos@ds.mpg.de Present address: Max Planck Institute for Dynamics and Self-Organization, 37077 Göttingen, Germany.

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Articles Citing

Optimal Closed-Loop Control of Active Particles and a Minimal Information Engine

Shortcuts to state transitions for active matter

Thermodynamic Signatures of Sensing and Amplification by Periodically Driven Hair-Cell Bundles

Inverse engineering of cooling protocols: From normal behavior to Mpemba effects

Energy-Efficient Control of Interacting Microscopic Systems: When Longer Paths Save Energy

Optimal work control for an activity-driven odd tracer in a viscoelastic bath

Harnessing Higher-Dimensional Fluctuations in an Information Engine

Self-Propulsion Symmetries Determine Entropy Production of Active Particles with Hidden States

Control protocols for harmonically confined run-and-tumble particles

Optimal control of a mesoscopic information engine

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Machine-learning-derived protocols for information-based work extraction from active particles

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Finite-time optimal control by noisy traps

Macromolecular diffusion in dynamic cross-linked networks: From intrinsic physical properties to dynamics and transport

Control across scales: Signals, information, and adaptive biological mechanical function

Optimal Control in Soft and Active Matter

Mechanical work extraction from an error-prone active dynamic Szilard engine

Optimal transitions between nonequilibrium steady states

Optimal work control for an odd-diffusive tracer under active fluctuations

Active particles in moving traps: Minimum work protocols and information efficiency of work extraction

Optimal control strategy for collisional Brownian engines

Thermodynamic geometric control of active matter

Memory-aware feedback enhances power in active information engines

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