5 liquid-crystal positions at Eindhoven University of Technology

EngD on Software development for advanced synthetic microstructure generation

these synthetic microstructures is far from trivial. Significant challenges come from the requirements that the crystals should have realistic shapes, their sizes should match a particular grain size

Modeling of microstructure evolution and failure of aluminum under neutron load

application scale. A combination of modelling techniques will be employed, including a cluster dynamics model, crystal plasticity and a probabilistic brittle failure model. The modelling framework will be

Postdoc on droplet size-separation for virus quantification

Professor of Interfacial Flows in the Fluids and Flows group in the Department of Applied Physics at TU/e. Her team focuses on capillary flow phenomena in liquids containing biological or living matter. Job

PhD Trapping polymer particles at the surface of paper sheets with divalent ions

(paper sheets) are thin (hundred micrometer) and liquid uptake occurs very fast (in the millisecond domain). Recently, a breakthrough NMR-imaging technique has been developed at the TU/e (UFI-NMR) allowing

PhD Position (DC1) on Quantum resistant communications

to implement PQC accelerators for Crystal-Kyber, NTRU and Saber PQC quantum-resistant public key, signature and key encapsulation mechanism (KEM) system. To analyse the interdependence between hardware