Comment on "Validity of path thermodynamics in reactive systems"

Area of Science:

• Chemical thermodynamics
• Statistical mechanics
• Physical chemistry

Background:

• The stochastic formulation of chemical thermodynamics is crucial for understanding reactive systems.
• Accurate calculation of entropy production is fundamental in physical chemistry.
• Previous work by Malek Mansour and Garcia raised questions about entropy evaluation in complex reactive systems.

Purpose of the Study:

• To refute the misconceptions presented in a previous study regarding entropy production calculations.
• To demonstrate the validity of using path probabilities for entropy evaluation in reactive systems with multiple elementary reactions.
• To clarify the correct application of stochastic thermodynamics in chemical systems.

Main Methods:

• Analysis of stochastic thermodynamics principles.
• Theoretical evaluation of path probabilities in reactive systems.
• Counter-argumentation of erroneous claims regarding entropy production.

Main Results:

• The claims by Malek Mansour and Garcia are based on fundamental misunderstandings of stochastic thermodynamics.
• Entropy production can be correctly evaluated using path probabilities even in systems with multiple elementary reactions yielding identical composition changes.
• The study provides a clear refutation of the previously asserted limitations.

Conclusions:

• The stochastic formulation of chemical thermodynamics is robust for analyzing reactive systems.
• Path probabilities offer a valid method for calculating entropy production in complex chemical reactions.
• Misconceptions regarding entropy production in reactive systems are addressed and corrected.