Maaike Smit will be doing her MSc project as part of the Mars lab, under supervision of Chiara & Kathleen. She will be studying a novel technique to directly measure neuronal currents using MRI.

Nathan Geerts will be working on the computer simulation of cardiac magnetic resonance images from an MRI physics model. He will be doing this project under the supervision of PhD Yidong Zhao and responsible supervisor Qian Tao.

Qian Tao was interviewed by TU Delta on using AI in radiology. Qian is co-director of the CHEME AI Lab, one of our 24 TU Delft | AI Labs. The CHEME Lab investigates knowledge-driven AI and demonstrates its potential within two applied science domains in particular – chemical engineering and imaging physics. Artur Schweidtmann is the lab's other co-director; Lukas Schulze Balhorn, Qinghe Gao, Changchun Yang and Yidong Zhao are PhD students in the CHEME AI lab.

Alexander Heemels, PhD student in the ImPhys Optica department, won the poster prize at the Dutch Photonics Event. The poster titled "A novel tool to design freeform optics" presents how algorithmic differentiable ray tracing together with THB-splines can be used to design freeform lenses for illumination applications.

Pim van Beeck is currently following the master's in Applied Physics with a specialisation in health and life sciences. He will join the Menzel Lab, where he will work on using ComSLI to study the three-dimensional network of fibrin fibres in blood clots.

De hersenen bevatten miljoenen zenuwvezels die dicht op elkaar gepakt zijn, waardoor het lastig is om de vezels van elkaar te onderscheiden met microscopische technieken. Miriam Menzel ontwikkelde een eenvoudige lichtmicroscopietechniek die de oriëntatie van deze vezels in beeld kan brengen.

Menglin started his MSc thesis project under the supervision of Prof. Bernd Rieger. He will be working on fixed dipole emitter localization in 4Pi single molecule localization microscopy.

Jesse joined our group to work on his MSc thesis. The subject revolves around taking advantage of non-linearities in wave propagation used in acoustical imaging. Due to these non-linearities, higher (but more importantly in this case: lower) harmonics can be created. This makes it possible to generate a low frequency sound source using two higher frequency sources, resulting in smaller required transducers among other benefits.

Heike will be doing her master's thesis with Bernd Rieger and Sjoerd Stallinga as her supervisors. She will be looking into the possibilities of fitting not only the 3D position but also the orientation and the color of single emitters.

Max is an Applied Physics student doing a master project under supervision of Jeroen Kalkman regarding the removal in optical aberrations for a digital holographic system.