Vendeholt+reacts+upd [extra Quality] May 2026

Vendeholt Reacts UPD: The Rise of the "Anime Parents" Reaction Squad

3.2 Product Identification

Major product (90% yield) was identified as 2-hydroxy-1-naphthaldehyde via ketene intermediate trapped with water. vendeholt+reacts+upd

Key Takeaways

2.2 System Setup

• Adsorbate (Vendeholt): A model polar organic molecule characterized by a polar functional group and a non-polar backbone. For the simulation, the OPLS-AA parameters were used as a baseline, with polarizabilities assigned based on the UPD protocol.
• Surface (Reactive Substrate): A metallic oxide surface was cleaved and relaxed. The surface allows for bond breaking, modeled using a reactive potential hybridized with the UPD electrostatic solver.
• Simulation Protocol: Molecular Dynamics (MD) simulations were performed in the NVT ensemble at 300 K. Energy minimization was followed by a production run of 1 ns to observe adsorption behavior.

3.3 Computational Mechanism

DFT revealed a low-barrier transition state (TS) for conrotatory ring opening. The ketene intermediate reacts with H₂O (barrier 8 kJ/mol) to form the aldehyde. Vendeholt Reacts UPD: The Rise of the "Anime

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Keywords: Vendeholt, decomposition kinetics, reactive intermediate, UDP, DFT