Computational Studies of Functionalized Pn 7 (Pn = P, As) Clusters for the Catalyzed Hydroboration of Pyridine; Exploration of the Treatment of Entropy

Key Points

• Hydroboration of pyridine demonstrates significant catalytic activity due to Zintl clusters—implying their potential role in organic transformations.
• The energetic span model identifies key states in the catalytic cycle, enhancing understanding of catalytic efficiency across different analogues.
• Entropy plays a crucial role in determining the energetics and kinetics of the hydroboration process, offering insights into reaction dynamics in solution.
• This analysis highlights the importance of computational chemistry in optimizing catalysts, pointing towards practical applications in organic synthesis.