Sai Vinjanampathy, Janet Anders (2015), Contemporary Physics 57(4), 545-579 (2016) — ARXIV-1508.06099
Key takeaways
- As of 2015-16 quantum thermodynamics had several inequivalent notions of “work” (ensemble-average, fluctuating single-run, single-shot and resource-theoretic), which the review presents side by side, and it notes that the field had produced few experimentally checkable new predictions.
Seeded from the abstract and a skim, before the reading in NOTE-011. What follows is what the work says about itself.
The review introduces quantum thermodynamics as the extension of thermodynamics and nonequilibrium statistical physics to small, out-of-equilibrium, quantum ensembles. It notes that the field draws on statistical physics, many-body theory, mesoscopic physics and quantum information, which each bring their own tools. Topics covered include thermalisation of quantum systems, competing definitions of work, and the efficiency and power of quantum engines. It is pitched at postgraduate students and researchers.
Standing in the record
Filed by the reading-time triage of 2026-09-25: 750 seconds of active reading over 2 sessions in the papers-feed tracker. It was filed Deferred, unread. NOTE-011 is the close reading of 2026-09-25, and it placed the work: Active — still worth reading as a short, accessible tour of where quantum thermodynamics stood in 2015–16, especially §3 (fluctuation theorems derived in full) and §5 (single-shot and resource-theory second laws). It is a map of the field, not an authority. It is dated: nothing after early 2016. Some formulas are garbled as printed (Eq. 68, the operator-sum statement, the Diesel strokes), so cite the primary papers it points to rather than the review.
When seeded, before the reading in NOTE-011, the entry gave a priority for a deeper reading: low — a survey whose structure and main messages the skim captures; t=750 s suggests the owner already read it partly, and deeper reading is better spent on the primary sources it cites for a specific topic.
What the seeding asked a deeper reading to check (NOTE-011 is that reading):
- As a review its value is the map. Check whether the 2016 open questions (work definitions, ETH vs typicality) have since been settled before relying on it.
- ML link (indirect): Landauer’s principle and Jarzynski/Crooks fluctuation relations are the physics behind thermodynamic views of computation and behind nonequilibrium ideas used in diffusion-model and annealed-importance-sampling literature. The review itself makes no ML claim.
Access when seeded: arXiv abs page and full PDF (48 pp., v2) retrieved; read contents, Introduction, §2.1 (first/second law definitions), the Jarzynski discussion in §3, and §7 Discussion and Open Questions. Venue and pages confirmed via Crossref. Keywords are the authors’ own list.