Publications by authors named "Matthew Timm"

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Bond Dissociation Dynamics of Single Molecules on a Metal Surface.
Donato Civita, Matthew Timm, Jutta Schwarz, Stefan Hecht, Leonhard Grill

ACS Nano· March 2025

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Abortive reaction leads to selective adsorbate rotation.
Yi-Fang Lai, Lydie Leung, Matthew J Timm, Gilbert C Walker, John C Polanyi

Faraday Discuss· August 2024

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Reversible 1D chain-reaction gives rise to an atomic-scale Newton's cradle.
Lydie Leung, Matthew J Timm, John C Polanyi

Chem Commun (Camb)· November 2021

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Long-range migration of H-atoms from electron-induced dissociation of HS on Si(111).
Oliver MacLean, Si Yue Guo, Matthew Timm, John C Polanyi

J Phys Condens Matter· September 2021

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Direct Observation of Knock-on in Surface Reactions at Zero Impact Parameter.
Matthew J Timm, Lydie Leung, John C Polanyi

J Am Chem Soc· August 2021

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Direct observation of knock-on reaction with umbrella inversion arising from zero-impact-parameter collision at a surface.
Matthew J Timm, Lydie Leung, Kelvin Anggara, John C Polanyi

Commun Chem· February 2021

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Contrasting Efficiency of Electron-Induced Reaction at Cu(110) in Aliphatic and Aromatic Bromides.
Matthew J Timm, Lydie Leung, Kelvin Anggara, Tingbin Lim, Zhixin Hu

J Am Chem Soc· May 2020

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Electron-induced molecular dissociation at a surface leads to reactive collisions at selected impact parameters.
Kelvin Anggara, Lydie Leung, Matthew J Timm, Zhixin Hu, John C Polanyi

Faraday Discuss· May 2019

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Approaching the forbidden fruit of reaction dynamics: Aiming reagent at selected impact parameters.
Kelvin Anggara, Lydie Leung, Matthew J Timm, Zhixin Hu, John C Polanyi

Sci Adv· October 2018

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Primary retention following nuclear recoil in β-decay: Proposed synthesis of a metastable rare gas oxide ((38)ArO4) from ((38)ClO4(-)) and the evolution of chemical bonding over the nuclear transmutation reaction path.
Matthew J Timm, Chérif F Matta

Appl Radiat Isot· December 2014

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The localization-delocalization matrix and the electron-density-weighted connectivity matrix of a finite graphene nanoribbon reconstructed from kernel fragments.
Matthew J Timm, Chérif F Matta, Lou Massa, Lulu Huang

J Phys Chem A· November 2014

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