J
Jordi Ribas-Arino
Researcher at University of Barcelona
Publications - 102
Citations - 2737
Jordi Ribas-Arino is an academic researcher from University of Barcelona. The author has contributed to research in topics: Magnetism & Spin crossover. The author has an hindex of 28, co-authored 93 publications receiving 2388 citations. Previous affiliations of Jordi Ribas-Arino include Prince of Songkla University & Ruhr University Bochum.
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Journal ArticleDOI
Covalent mechanochemistry: theoretical concepts and computational tools with applications to molecular nanomechanics.
Jordi Ribas-Arino,Dominik Marx +1 more
TL;DR: From Macroscopic Milling to Bond-Selective Manipulation from macroscopic milling to bond-selected Manipulation is described.
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Understanding Covalent Mechanochemistry
TL;DR: The time is ripe: A general theoretical framework based on force-transformed potential energy surfaces rationalizes the intriguing results of recent experiments in the emerging field of covalent mechanochemistry.
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Mechanochemical transduction of externally applied forces to mechanophores.
TL;DR: These findings highlight the necessity of taking into account the polymer chains explicitly when thinking about mechanochemical manipulation, but they also announce the possibility of tuning the properties of mechanoresponsive polymers by tailoring the force-transducing chain molecules.
Journal ArticleDOI
Structures with tunable strong ferromagnetic coupling: from unordered (1D) to ordered (Discrete).
Yong-Fei Zeng,Jiong-Peng Zhao,Bo-Wen Hu,Xin Hu,Fu-Chen Liu,Joan Ribas,Jordi Ribas-Arino,Xian-He Bu +7 more
TL;DR: Density functional calculations provided accurate J values and allowed rationalization of the ferromagnetic coupling in terms of the magnetic orbitals and spin densities.
Journal ArticleDOI
The Janus-faced role of external forces in mechanochemical disulfide bond cleavage.
Przemyslaw Dopieralski,Przemyslaw Dopieralski,Jordi Ribas-Arino,Jordi Ribas-Arino,Padmesh Anjukandi,Martin Krupička,Janos Kiss,Janos Kiss,Dominik Marx +8 more
TL;DR: The discovery of force-induced conformational changes that steer chemical reactivity provides a new key concept that is expected to be relevant beyond this specific case, for example in understanding how 'disulfide switches' regulate protein function and for the rational design of mechanoresponsive materials.