Research group leader Samuel Sánchez is one of Spain’s top ten innovators
Dr. Samuel Sánchez at the Max Planck Institute for Intelligent Systems, Stuttgart Photo: Carmen-M. Müller
Samuel Sánchez however is already hard at work in his lab at the Max Planck Institute in Stuttgart to make these visions come true. For his innovative research, the 34 years old chemist has now been named as one of Spain’s top ten innovators under 35 by the Spanish edition of the journal MIT Technology Review.
The jury honored him for his significant contribution in the field of macro- and nanomotors as well as his interdisciplinary research approach. Sánchez combines materials sciences, chemistry and biology in his work to design and develop small-scale motors and their practical use.
Samuel Sánchez obtained his PhD in analytical chemistry at the Universitat Autònoma de Barcelona in 2008. He went on to work in Japan and the Leibniz Institute in Dresden. Since 2013, he heads a Max Planck Research group at the Max Planck Institute for Intelligent Systems in Stuttgart.
The Spanish edition of the journal MIT Technology Review has been giving out this innovation award for four years now. Together with Sánchez, nine other young Spanish scientists under the age of 35 have received this prize this year for their innovative achievements in various fields of technology. The award ceremony will take place in Valencia in November.
Weitere Informationen:
Media Contact
All latest news from the category: Science Education
Newest articles
A new puzzle piece for string theory research
Dr. Ksenia Fedosova from the Cluster of Excellence Mathematics Münster, along with an international research team, has proven a conjecture in string theory that physicists had proposed regarding certain equations….
Climate change can cause stress in herring larvae
The occurrence of multiple stressors undermines the acclimatisation strategies of juvenile herring: If larvae are exposed to several stress factors at the same time, their ability to respond to these…
Soil ecosystem more resilient when land managed sustainably
Compared to intensive land use, sustainable land use allows better control of underground herbivores and soil microbes. As a result, the soil ecosystem is more resilient and better protected from…