Individual Research Projects
15 top level Individual Research Projects, at the frontiers of the research on artificial molecular machines carried out at Europe’s leading host institutions, form the backbone of ArtMoMa’s Innovative Training network. These multidisciplinary projects aim at scientific excellence, and will give each Early Stage Researcher the opportunity to cooperate with the academic and industrial sectors all over Europe to successfully completing their research project and enable them to perform original scientific work as well as to develop transversal skills.
ArtMoMa’s individual research project are hosted in institutions located in 5 different countries, thus fostering researchers’ mobility, international cooperation and giving each ESR the opportunity to evolve in an intercultural environment.
ESR1: Synthesis and catalysis with molecular robots
- ESR1: Synthesis and catalysis with molecular robots – University of Manchester (UK)
Supervisor: Prof. David A. Leigh
ESR2: Autonomous chemically-driven molecular motors
- ESR2: Autonomous chemically-driven molecular motors – University of Manchester (UK)
Supervisor: Prof. David A. Leigh
ESR3: Molecular swimmers using motor driven flagella
- ESR3: Molecular swimmers using motor driven flagella – Rijksuniveristeit Groningen (NL)
Supervisor: Prof. Ben L. Feringa
ESR4: Actuation across length scales using DNA nanostructures
- ESR4: Actuation across length scales using DNA nanostructures – The Chancellor, Masters and Scholars of the University of Oxford (UK)
Supervisor: Prof. Andrew J. Tuberfield
ESR5: Optimisation by selection of oligonucleotide-based synthetic molecular machinery
- ESR5: Optimisation by selection of oligonucleotide-based synthetic molecular machinery – The Chancellor, Masters and Scholars of the Univerisry of Oxford (UK)
Supervisor: Prof. Andrew J. Tuberfield
ESR6: Design, development and optimisation of light-driven supramolecular motors
- ESR6: Design, development and optimisation of light-driven supramolecular motors – Consiglio Nazionale Delle Ricerche (IT)
Supervisor: Prof. Alberto Credi
ESR7: Dual light control of an integrated motor/modulator-based system
- ESR7: Dual light control of an integrated motor/modulator-based system – Centre National de la Recherche Scientifique CNRS (FR)
Supervisor: Prof. Nicolas Giuseppone
ESR8: Macroscopic Oscillations of an integrated motor/dissipator-based system
- ESR8: Macroscopic Oscillations of an integrated motor/dissipator-based system – Centre National de la Recherche Scientifique CNRS (FR)
Supervisor: Prof. Nicolas Giuseppone
ESR9: Cooperative effects in biomolecular transport systems based on coupled motor
- ESR9: Cooperative effects in biomolecular transport systems based on coupled motor – Technische Universitaet Dresden (DE)
Supervisor: Prof. Stefan Diez
ESR10: Integration of molecular and supramolecular machines with lipid bilayers
- ESR10: Integration of molecular and supramolecular machines with lipid bilayers – Consiglio Nazionale Delle Ricerche (IT)
Supervisor: Prof. Alberto Credi
ESR11 Study of dynamic covalent molecular motors at surfaces and confined spaces
- ESR11 Study of dynamic covalent molecular motors at surfaces and confined spaces – University of Strasbourg (FR)
Supervisor: Prof. Jean-Marie Lehn
ESR12: Motional and constitutional molecular dynamics in self-healing polymer materials
- ESR12: Motional and constitutional molecular dynamics in self-healing polymer materials – University of Strasbourg (FR)
Supervisor: Prof. Jean-Marie Lehn
ESR13: Molecular motor-based nanoscale energy storage system
- ESR13: Molecular motor-based nanoscale energy storage system – Rijksuniveristeit Groningen (NL)
Supervisor: Prof. Ben L. Feringa
ESR14: Application of motor proteins and microtubules as molecular explorers
- ESR14: Application of motor proteins and microtubules as molecular explorers – Technische Universitaet Dresden (DE)
Supervisor: Prof. Stefan Diez
ESR15: Mechanical performances and sustainability of industrial polymers involving mechanical bonds
- ESR15: Mechanical performances and sustainability of industrial polymers involving mechanical bonds – SOPREMA (FR)
Supervisor: Remi Perrin
