Roland Marschall
(Universität Bayreuth, Germany)
Thomas E. Mallouk
(Pennsylvania State University, USA)
Juliane Simmchen
(Technische Universität Dresden, Germany)
Micro- and nanomotors and the possibility to push systems out of equilibrium open up exciting new opportunities for smart materials and applications. Nature often takes benefit of sunlight to transform electromagnetic radiation into chemical energy or mechanical processes via photosynthesis. Since artificial catalysts are still far from being competitive, efforts are required to develop catalytic systems, spanning different disciplines such as micromotion, photocatalysis and photochemistry.
Alejandro Baeza (ES)
Larysa Baraban (DE)
Radim Beránek (DE)
Roberto Cerbino (IT)
Frank Cichos (DE)
Roberto Di Leonardo (IT)
Peer Fischer (DE)
Maria Guix Noguera (ES)
Qiang He (CN)
Jan-Philip Hofmann (NL)
Burkhard König (DE)
Danqing Liu (NL)
Bettina Lotsch (DE)
Frank Osterloh (US)
Jeremi Palacci (US)
Stefano Palagi (IT)
Mihail Popescu (DE)
Samuel Sánchez Ordóñez (ES)
Ayusman Sen (US)
Carsten Streb (DE)
Jennifer Strunk (DE)
William E. Uspal (US)
Giovanni Volpe (SE)
Michael Wark (DE)
LeiLei Xu (CN)
supported by VolkswagenStiftung - Freigeist Fellowships
and
Royal Society of Chemistry https://www.rsc.org/journals-books-databases/about-journals/chemical-science/ and https://www.rsc.org/journals-books-databases/about-journals/pccp/