Each year, Clarivate™ identifies the world’s most influential researchers ─ the select few who have been most frequently cited by their peers over the last decade. As in 2018, Prof. Volker Presser is among this elite group of Highly Cited Researchers also in 2021.
Immediate steps are needed to improve the world’s climate tangibly. A pivotal aspect to this end is the provision of clean and renewable energy stored in portable rechargeable batteries. This is what Dr. Samantha Husmann will be researching at INM from November 2021 as part of an “Eigene Stelle” (own position) funded by the German […]
The INM and Saarland University are seeking a Scientific Director and Head of Department (f/m/x) for the Leibniz Institute for New Materials starting January 2023. The successful applicant will simultaneously be appointed as Professor (W3) for New Materials (f/m/x) in the Faculty of Natural Sciences and Technology at Saarland University. Application deadline: November 25, 2021.
Research on living materials and, in particular, on targeted designed living materials is developing rapidly and in a wide variety of application areas.
A team from the 3sat channel filmed a report on lithium extraction from mine water at the INM for the science program “nano”.
The annual report 0f 2020 has been published. Browse the pdf or order your printed copy from [email protected].
What makes a gecko able to climb almost any wall? And how can we benefit from the underlying phenomenon for industrial pick-and-place applications? Nanoscribe News gives you the answer.
The INM awards two scholarships for a research internship in materials science at the University of California, Santa Barbara (UCSB). The internship will take place from June to August 2021 (9 weeks) as part of the ICMR Undergraduate Research Internship Program between the UCSB, Saarland University, and the INM.
Optogenetics and photonic technologies are changing the future of medicine. To implement light‐based therapies in the clinic, patient‐friendly devices that can deliver light inside the body while offering tunable properties and compatibility with soft tissues are needed. An article by Jun Feng et al. published in Advanced Functional Materials is dedicated to this topic.
