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| Nonequilibrium Work Fluctuations in Nanoscale Thermodynamics |
| 2017-05-26
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Institute of Theoretical Physics |
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Chinese Academy of Sciences |
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Key Laboratory of Theoretical Physics |
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Seminar |
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Title
题目 |
Nonequilibrium Work Fluctuations in Nanoscale Thermodynamics |
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Speaker
报告人 |
Prof. Gong Jiangbin |
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Affiliation
所在单位 |
National University of Singapore |
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Date
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2017年5月26日（周五）下午3：30 |
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Venue
地点 |
ITP new building 6420 |
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Abstract
摘要 |
This talk starts with two principles, namely, principle of minimal work and principle of minimal work fluctuations. Both principles are applicable to classical as well as quantum domains. The first principle provides us an important guideline in designing nanoscale heat engines, for example, in the construction of a quantum analog of the classical Carnot heat engine. The second principle takes us to unexpected findings on the timely topic of fluctuation theorems in nanoscale thermodynamics. In particular, we reveal that the usefulness of the celebrated Jarzynski equality has unfortunate limitations in the classical domain, and its quantum version has even more serious restrictions at low temperatures. These results shall motivate us to seek next-generation fluctuation theorems.
References:
1. G.Y. Xiao and J.B. Gong, Principle of Minimal Work Fluctuations, Phys. Rev. E 92, 022130 (2015).
2. G.Y. Xiao and J.B. Gong, Construction and Optimization of the Quantum Analog of Carnot Cycles, Phys. Rev. E 92, 012118 (2015).
3. J.W. Deng, A.M. Tan, P. Hanggi, and J.B. Gong, Merits and Qualms of Work Fluctuations in Classical Fluctuation Theorems, Phys. Rev. E 95, 012106 (2017).
4. J.D. Jaramillo, J.W. Deng, and J.B. Gong, Quantum Work Fluctuations in connection with Jarzynski Equality, arXiv: 1701.07603. |
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Contact person
所内联系人 |
Chushun Tian |
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