Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Field
-
resource center dedicated to supporting sciences at the primary school levels through teacher education and research-based innovations. Current global challenges call for transformative approaches
-
degree) in cell and molecular biology, cancer biology, biochemistry, or a related field Broad expertise in cell and molecular biology methods and the ability to master new techniques and approaches
-
staff including PhD students and Postdocs. In addition, approx. 80 thesis-based Bachelor and Master students, visiting staff and students join us every year, together contributing to an international
-
cardiac organoid technology (Hofbauer, Jahnel, Papai et al., 2021, Cell; Schmidt, Deyett, et al., 2023, Cell; Mendjan et al., 2025, Nature Reviews). Our main question is, how does the human heart grow? We
-
the density of silicate glasses and melts at high-pressure conditions. The primary research focus will be on measuring the thermoelastic response (e.g., the thermal expansion coefficient) of silicate glasses
-
The Johann Wolfgang Goethe University Frankfurt am Main is one of the largest universities in Germany with around 41,000 students and with about 5,800 employees. Founded in 1914 by Frankfurt
-
to specifically the area of soil water retention and transport in the vadose zone and the main focus of your position will be to develop hybrid differentiable models that combine soil physics and soil science
-
disease. More information about the lab can be found at https://dezfulianlab.com Current Opening: Type 1 Diabetes - Focused Postdoctoral Position For this position, the primary focus will be on human Type
-
in the training and promotion of young scientists REQUIREMENTS: Completed university degree in life sciences, biochemistry, molecular medicine, or a related discipline (master's or equivalent
-
students, and bachelor and master students. Our research focuses on understanding metabolic regulation and signaling at both molecular and systemic levels, aiming at unraveling how metabolism of nutrients