Stephen Craig

William T. Miller Professor

Duke University

United States

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About

Stephen Craig is the William T. Miller Professor at Duke University in the United States. His research focuses on catalysis, polymer networks, and mechanochemistry, with recent articles discussing topics such as catalytic enantioselectivity, mechanochemical reactivity of ferrocene, and single-molecule force spectroscopy. He contributes significantly to the understanding of strain-dependent reactions and the mechanics of polymer-like networks.

Articles (29)

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2023

Collaborators (16)

Ilia Kevlishvili

Assistant Professor

Baylor University

UNITED STATES

Stephen Craig

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Articles (29)

Advancing the Mechanosensitivity of Atropisomeric Diarylethene Mechanophores through a Lever-Arm Effect

High-Throughput Discovery of Ferrocene Mechanophores with Enhanced Reactivity and Network Toughening

Fracture of polymer-like networks with hybrid bond strengths

Force-Activated Spin-Crossover in Fe2+ and Co2+ Transition Metal Mechanophores

Improving Catalytic Enantioselectivity of Hydrogenation through Swelling-Induced Molecular Tension in Polymer Networks

Strain-dependent enantioselectivity in mechanochemically coupled catalytic hydrogenation

Single-Molecule Force Spectroscopy Studies of Oxy Substituent Effects on the Reactivity of gem-Dihalocyclopropane Mechanophores

John Brauman (1937–2024): Physical organic chemist, sage, and servant of science

Structure–property relationships for the force-triggered disrotatory ring-opening of cyclobutene

Self-Amplified HF Release and Polymer Deconstruction Cascades Triggered by Mechanical Force

Solvent Polarity Effects on the Mechanochemistry of Spiropyran Ring Opening

Mechanically Triggered Polymer Deconstruction through Mechanoacid Generation and Catalytic Enol Ether Hydrolysis

A simple swell-and-click method for the covalent attachment of virus-like particles to polymer hydrogels

Effect of the Activation Force of Mechanophore on Its Activation Selectivity and Efficiency in Polymer Networks

A Thermally Stable SO2-Releasing Mechanophore: Facile Activation, Single-Event Spectroscopy, and Molecular Dynamic Simulations

Virus-like Particles Armored by an Endoskeleton

Mechanochemistry of Pterodactylane

3D printed modular piezoionic sensors using dynamic covalent bonds

Fluorination Affects the Force Sensitivity and Nonequilibrium Dynamics of the Mechanochemical Unzipping of Ladderanes

Facile mechanochemical cycloreversion of polymer cross-linkers enhances tear resistance

Contribution of Unbroken Strands to the Fracture of Polymer Networks

A polyelectrolyte handle for single‐molecule force spectroscopy

Metal identity effects in the fracture behavior of coordinatively crosslinked elastomers

Systematic Investigation of Silicon Substitution on Single Macromolecule Mechanics

Allosteric control of olefin isomerization kinetics via remote metal binding and its mechanochemical analysis

Force-Modulated C–C Reductive Elimination from Nickel Bis(polyfluorophenyl) Complexes

Covalent Mechanochemistry and Contemporary Polymer Network Chemistry: A Marriage in the Making

Concluding remarks: Fundamentals, applications and future of mechanochemistry

Effect of strand molecular length on mechanochemical transduction in elastomers probed with uniform force sensors

Collaborators (16)

Ilia Kevlishvili

Abraham Herzog-Arbeitman

Xujun Zheng

Yangju Lin

Stephen Schrettl

Rebekka S. Klausen

Xiaoran Hu

M. Olvera de la Cruz

Ross A. Widenhoefer

Heather Kulik

Yan Xia

Junpeng Wang

Nancy Sottos

Michael Rubinstein

Felipe Jimenez

Todd Martinez

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