Anne‐Sophie Duwez

data files for 'Force Directionality Controls Rupture Dynamics in Tethered Metal–Ligand Mechanophores'

Shouryo Ghose, Charles‐André Fustin, Anne‐Sophie Duwez, F. Remacle

Data files supporting the results of the paper

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data files for 'Force Directionality Controls Rupture Dynamics in Tethered Metal–Ligand Mechanophores'

Shouryo Ghose, Charles‐André Fustin, Anne‐Sophie Duwez, F. Remacle

Data files supporting the results of the paper

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Braiding two polymer chains into a double helix with a molecular rotor

Maxime Ledent, Damien Sluysmans, Philippe Schiel, Damien Dattler et autres

inherently challenging due to random Brownian motion. Although directional motion at the molecular scale has been widely demonstrated, its translation into controlled molecular architectures remains limited. Here, we show that a rotary molecular motor can actively direct the assembly of two polymer …

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Force Reveals Hidden Conformations and Dissociation Pathways in Individual π‐Interacting Dimers

Célia Franceschini, Dorothée Brandt, Maxime Ledent, Thomas Carabin et autres

ABSTRACT Harnessing mechanical force to control molecular structure is a central strategy in the design of mechano‐responsive materials. Noncovalent interactions are particularly attractive in this context because of their reversibility and tunable mechanical stability, yet the conformational energy landscapes of such motifs …

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Force Reveals Hidden Conformations and Dissociation Pathways in Individual π‐Interacting Dimers

Célia Franceschini, Dorothée Brandt, Maxime Ledent, Thomas Carabin et autres

Harnessing mechanical force to control molecular structure is a central strategy in the design of mechano-responsive materials. Noncovalent interactions are particularly attractive in this context because of their reversibility and tunable mechanical stability, yet the conformational energy landscapes of such motifs often …

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Probing the free rotary oscillations around a single ruthenium atom in anorganometallic complex

Xun Li, Yohan Gisbert, Maxime Ledent, Damien Sluysmans et autres

A variety of rotary molecular motors powered by light, chemical energy or tunnelling electrons have been synthesized and their operation in solution, in gels or on surfaces has been demonstrated. However, the single-molecule mechanics of such machines remain scarcely studied and very …

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Exploring the Mechanochemistry of Furan-Maleimide Diels-Alder Adducts by Atomic Force Microscopy-based Single Molecule Force Spectroscopy

Anthony Bevitch, Thomas Carabin, Robert Nixon, Guillaume De Bo et autres

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Investigating the mechanical reversibility of Furan Maleimide by SMFS

Anthony Bevitch, Robert D. Nixon, Guillaume De Bo, Anne‐Sophie Duwez

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Investigating the Rupture Mechanism of Furan-Maleimide Diels-Alder Adducts Under Force

Anthony Bevitch, Nixon Richard, De Bo Guillaume, Anne‐Sophie Duwez

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Forces in mechanically interlocked materials

Narangerel Ganbaatar, Xun Li, James Ormson, Valentin Foidart et autres

Forces are at the heart of almost every major biological process. The widespread use of molecular machines in nature has inspired scientists to synthesize mechanically interlocked molecules (MIMs) in which controlled, relatively large amplitude motion of one component relative to another can …

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Interrogating a single light-driven rotary molecular motor with force

Anne‐Sophie Duwez, Maxime Ledent, Yohan Gisbert, Damien Sluysmans et autres

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Probing the free rotary oscillations around a single ruthenium atom in an organometallic complex

Xun Li, Yohan Gisbert, Maxime Ledent, Damien Sluysmans et autres

be, fr, jp (code pays fourni par la source)