The Net Advance of Physics: KINETICS

PHYSICAL CHEMISTRY: KINETICS:

• General:MIT Open Courseware:
  • 5.60 Undergraduate Thermodynamics & Kinetics by Keith A. Nelson, Moungi Bawendi, et al. [2008 Spring]
  • 5.62 Undergraduate Physical Chemistry II by Troy Van Voorhis [2008 Spring] Statistical mechanics, reaction rates, etc.

• General: Textbooks:
  • Dynamic Textbook of Physical Chemistry by W. R. Salzman [2001] University of Arizona.

• Types: NON-MARKOVIAN; REACTION DIFFUSION;

• General: Privman 93/12;
  • Mathematical Analysis of Chemical Reaction Systems by Polly Y. Yu and Gheorghe Craciun [2018/05]

• Type: BIOCHEMICAL:
  • Approximation and inference methods for stochastic biochemical kinetics - a tutorial review by David Schnoerr et al. [Journal of Physics A 50, 093001 (2017)]
  • Single-molecule kinetics in living cells by Johan Elf and Irmeli Barkefors [2018/09]
  • Enzyme Kinetics at the Molecular Level by Arti Dua [Resonance 24, 297 (2019)]

• Type: NON-LINEAR: Gorban and Karlin 2003/06;

• Type: SINGLE-MOLECULE:
  • Single-molecule kinetics in living cells by Johan Elf and Irmeli Barkefors [2018/09]

• Aspect: CORRELATIONS:
  • Fluctuations and correlations in chemical reaction kinetics and population dynamics by Uwe C. Täuber [2018/07]

• Aspect: DISORDERED ELECTRON PROBLEM: Kirkpatrick and Belitz 98/11;

• Aspect: FLUCTUATIONS:
  • Fluctuations and correlations in chemical reaction kinetics and population dynamics by Uwe C. Täuber [2018/07]

• Aspect: ION MOBILITY:
  • Fundamentals of ion mobility spectrometry by Valérie Gabelica and Erik Marklund [2017/09]

• Re: BAYESIAN STATISTICS:
  • Approximation and inference methods for stochastic biochemical kinetics - a tutorial review by David Schnoerr et al. [Journal of Physics A 50, 093001 (2017)]
  • Bayesian Design of Experiments: Implementation, Validation and Application to Chemical Kinetics by Eric A. Walker and Kishore Ravisankar [2019/09]

• Re: CHAOS: Dorfman 97/12;

• Re: DIFFUSION: Privman 93/12;

THE NET ADVANCE OF PHYSICS