The Net Advance of Physics

The Net Advance of Physics:
HEAT and THERMODYNAMICS

HEAT AND THERMODYNAMICS:
See also Statistical Mechanics and History of Thermal Physics

General:MIT Open Courseware:
- 5.60 Undergraduate Thermodynamics & Kinetics by Keith A. Nelson, Moungi Bawendi, et al. [2008 Spring]
General: Introductory:
- The Wonder of Heat Energy by Hy Ruchlis [New York: Harper's, 1961]
General: Textbooks:
- Nineteenth-Century Textbooks [Net Advance Retro]
- A Textbook of Heat for Junior Students by M. N. Saha and B. N. Srivastava [Calcutta: Science Book Agency, 1967]
- Dynamic Textbook of Physical Chemistry by W. R. Salzman [2001] University of Arizona.
- Fundamental Physics by Badis Ydri [2016/03] 286 pp., in Arabic. ``This book includes my lectures, together with their problem sets and solutions, on 1) classical mechanics (one semester), 2) thermodynamics and statistical mechanics (one semester), and 3) quantum mechanics (one semester), which I have been giving to graduate students of theoretical physics at Annaba University since 2010.''
General: PROBLEM SETS FOR STUDENTS:
- Numerical Examples in Heat by R. E. Day [London: Longmans, Green 1885]
- Heat and Light Problems by R. Wallace Stewart [London University Correspondence College, 1890]
General: Ivanov's Physics Encyclopedia @ Net Advance of Physics; R. Nave's HyperPhysics site;
- Phenomenological thermodynamics in a nutshell by Arnold Neumaier [2014/04]
- Basic Thermodynamics by P. Duthil [2014/05] CAS-CERN Accelerator School
General: FIRST LAW: R. Nave's HyperPhysics site;
General: SECOND LAW: S R. Nave's HyperPhysics site; Lieb and Yngvason 98/05; Lieb and Yngvason 2002/04;
General: THIRD LAW:
- Teaching the third law of thermodynamics by A. Y. Klimenko [Open Thermodynamics Journal 6, 1 (2012)]
Types: NON-EQUILIBRIUM;
Type: NANOTHERMODYNAMICS:
- The Big World of Nanothermodynamics by Ralph V. Chamberlin [2015/04]
Type: NONEXTENSIVE: Tsallis 2003/09;
Type: NONLOCAL:
- Basics of the NLTE physics by Jiří Kubát [2014/06]
- Current status of NLTE analysis of stellar atmospheres by Jiří Kubát [2014/06]
Type: QUANTUM:
- Quantum Thermodynamics by Sai Vinjanampathy and Janet Anders [2015/08]
- Perspective: Quantum Thermodynamics by James Millen and André Xuereb [2015/09]
- Chaos and Thermalization in Small Quantum Systems by Anatoli Polkovnikov and Dries Sels [Science 353, 752 (2016)]
- Introduction to Quantum Thermodynamics: History and Prospects by Robert Alicki and Ronnie Kosloff [2018/01]
- Quantum Batteries by Francesco Campaioli et al. [2018/05]
- Fluctuating Work in Coherent Quantum Systems: Proposals and Limitations by Elisa Bäumer et al. [2018/05]
- Thermodynamic laws for populations and quantum coherence: A self-contained introduction to the resource theory approach to [quantum] thermodynamics by Matteo Lostaglio [2018/07]
- Thermometry in the quantum regime: recent theoretical progress by Mohammad Mehboudi et al. [2018/11]
- Thermodynamics in Single-Electron Circuits and Superconducting Qubits by J. P. Pekola and I. M. Khaymovich [Annual Review of Condensed Matter Physics 10, 193 (2019)]
- Introduction to Quantum Thermodynamics by Patrick P. Potts [2019/06] Lund University lecture notes
- Quantum Thermodynamics: An Introduction to the Thermodynamics of Quantum Information by Sebastian Deffner [2019/07] 115 pp. Postgraduate textbook.
- Quantum engines and refrigerators by L. M. Cangemi et al. [2023/02]
- Quantum computers, quantum computing, and quantum thermodynamics by F. Cleri [2024/04]
Type: STOCHASTIC:
- Stochastic thermodynamics: From principles to the cost of precision by Udo Seifert [2017/07]
Aspects: ENTHALPY; ENTROPY; HEAT ENGINES; HEAT EQUATION; HEAT TRANSFER; METASTABLE EQUILIBRIUM; TEMPERATURE:
Aspects: EFFICIENCY:
- The Many Avatars of Curzon-Ahlborn Efficiency by Ramandeep S. Johal and Arun M. Jayannavar [2019/03]
Aspects: MAXWELL'S DEMON:
- Maxwell's Demon in Superconducting Circuits by Nathanaël Cottet and Benjamin Huard [2018/05]
- Maxwell's Demon, Szilard Engine and Landauer Principle by Priyo Shankar Pal and A. M. Jayannavar [2019/04]
Aspects: REFRIGERATION:
- Basics of Low-Temperature Refrigeration by A. Alekseev [2013/05]
- Quantum engines and refrigerators by L. M. Cangemi et al. [2023/02]
Re: BIOLOGY:
- Key Biology You Should Have Learned in Physics Class: Using Ideal-Gas Mixtures to Understand Biomolecular Machines by Daniel M. Zuckerman [2019/06]
Re: BLACK HOLES: Wald 99/01; Wald 99/12; Ross 2005/02;
- A Primer for Black Hole Quantum Physics by Robert Brout et al. [Phys. Report 260, 329 (1995)]
- Black holes and thermodynamics -- The first half century by Daniel Grumiller et al. [2014/02]
- Black Hole Thermodynamics by Steven Carlip [2014/10]
- Black Hole Thermodynamics: General Relativity and Beyond by Sudipta Sarkar [General Relativity and Gravitation 51, 63 (2019)]
Re: FEEDBACK:
- Open Problems on Information and Feedback Controlled Systems by Francisco J. Cao and M. Feito [Entropy 14, 834 (2012)]
Re: GEOMETRY:
- Euclidean Lattices, Theta Invariants, and Thermodynamic Formalism by Jean-Benoît Bost [2019/09]
Re: GRAVITATION: Wald 99/01;
Re: INFORMATION THEORY:
- Maxwell's Demon, Szilard Engine and Landauer Principle by Priyo Shankar Pal and A. M. Jayannavar [2019/04]
- Thermodynamics of information by J. M. R. Parrondo [2023/06]
Re: MAGNETS: Lemberger 99/09;
Re: NANOMATERIALS:
- Thermal Conduction of One-Dimensional Carbon Nanomaterials and Nanoarchitectures by Hafei Zhan and Yuantong Gu [2018/03]
Re: OPTICAL CAVITIES:
- The Thermodynamics of Light by Per Kristen Jakobsen [2018/05]
Re: POLYMERS:
- Thermal conductivity of polymers and polymer nanocomposites by Congliang Huang et al. [2018/05]
- Thermal Conductivity of Polymers and Their Nanocomposites by Xiangfan Xu et al. [Advanced Materials 30, 1705544 (2018)]
Re: SOLID STATE PHYSICS:
- Review: Principles of identification of the physical processes caused by variation of thermodynamic parameters in solids by Yu. V. Kornyushin and L. N. Larikov [Journal of Materials Science 13, 1 (1978)]
Re: TIME ASYMMETRY: Castagnino and Gunzig 2000/08;

The Net Advance of Physics: HEAT and THERMODYNAMICS

THE NET ADVANCE OF PHYSICS

The Net Advance of Physics:
HEAT and THERMODYNAMICS