Sort by
Refine Your Search
-
Category
-
Field
-
substrate scope. Decipher the mechanistical details of the transformation. Utilize relevant characterization techniques (e.g., NMR, mass, etc.). Your PhD work will be crucial towards the development of new
-
free-living saprotrophic fungi. The successful candidate will work in a creative and stimulating environment, based on ongoing collaborations across SLU departments and internationally. During the PhD
-
and evaluate different pathways toward sustainable energy systems. In particular, the PhD work will build on ongoing work to develop energy system and power system optimization models with high
-
characterization techniques (e.g., NMR, mass, GPC, tensile, etc.). Your PhD work will be crucial towards the development of new polymers for applications in chemically recyclable and functional materials, both
-
., NMR, mass, etc.). Your PhD work will be crucial towards the development of new green molecules for applications in green material design, as well in the development of new synthetic concepts
-
: Polymerization optimization (dispersity, catalysis and control) Macromolecular design (block copolymers) Utilize relevant characterization techniques (e.g., NMR, mass, GPC, tensile, etc.). Your PhD work will be
-
highly important Further information Employment is for an term with a scope of 100 percent of full time starting in February 2024 or by agreement. The duration of PhD work at EMV typically last 4 years and
-
agreement. The duration of PhD work at EMV typically last 4 years and no longer than 4.5 years. How to apply Applications are to be submitted via the University’s recruitment system. The application is to
-
for computation. Several measures allowing to quantify the amount of resourcefulness exist. Many of them were inspired by quantum optics for the choice of the experimentally accessible operations. With this PhD
-
the context of social-ecological transformations, the PhD candidate will help assess the cross-scale direct and indirect causes and effects of wind energy expansion. The planned PhD work may examine regional