Periodic Reporting for period 1 - ArtMoMa (Artificial Molecular Machines)
Reporting period: 2020-03-01 to 2022-02-28
Before reaching such a societal impact, specific science should be developped and a number of challenges need to be overcome. Those challenges structure our endeavours in the ArtMoMa network:
Challenge 1: Precisely controlling the functional mechanical tasks of molecular machines in environments submitted to Brownian motion in order, for example, to deliver drugs to a particular place in the human body or to design the next generation of nanorobots as catalysts.
Challenge 2: Understanding and controlling the conversion of physical or chemical sources of energy in mechanical work in order to access a new class of systems functioning out of thermodynamic equilibrium, and, for example, becoming capable of transporting against energy gradients (e.g. pumps), or of directing motions in liquids (e.g. swimmers).
Challenge 3: Achieving the integration of large assemblies of molecular machines working in concert in materials in order to amplify their mechanical output on a macro scale and to open up the window for new applications towards smart, active materials such as artificial muscles.
As an overall objective, our network aims to reach new heights in the emerging field of artificial molecular machines through leveraging the capabilities and joint workforce of top-notch research centres and companies in order to further develop EU research and education structures. ArtMoMa consortium has the ambition to train a new generation of visionary researchers capable of conducting high gain, high risk research. We also wish to lift the field of molecular machines into the next application level through the strong involvement of leading companies, and to pave the way for the design of entirely new products and materials.