Lixin Zhang, guest student in the groups of Pieter Kruit and Jacob Hoogenboom, has published two papers on pulsed sources for ultrafast electron microscopes (UEMs).

Natalie Kreuk will work on “Inversion of multi-channel acoustic measurements from a complex refractory wall”. Her supervisor is Eric Verschuur.

Dr. Miriam Menzel is a post-doctoral researcher in the Institute of Neuroscience and Medicine (INM-1) at Forschungszentrum Jülich, Germany. She is working in the group of Dr. Jeroen Kalkman on optical coherence and optical diffraction tomography measurements of brain tissue.

Djalma Simoes dos Santos will work on the ULTRA-X-TREME project (Ultrafast Ultrasound Imaging for Extended Diagnosis and Treatment of Vascular Disease). Together with an experienced research group and industrial partners, he will develop a novel matrix transducer (with more than 8000 elements and integrated electronics) for 3D imaging of the carotid and the abdominal aorta with a high frame rate. Djalma will be working under the supervision of Prof.dr.ir. Nico de Jong and dr.ir. Martin Verweij.

Joao joined the Magnetic Resonance Systems Lab (Mars Lab). He will use basic physical principles to quantify electrical properties of the heart as a biomarker for tissue damage in response to radiation in order to detect subtle tissue damage and ultimately link tissue irradiation to radiotoxicity.

Coordinated by ICFO, a consortium of 11 partners gathered last week in Barcelona to kick-start this new initiative that aims, in coordination with industry and academia, to encourage young students and professionals to pursue careers in photonics. CARLA aims to boost the numbers of students and young researchers pursuing careers in photonics, to encourage innovation and entrepreneurship and to empower diversity.

Martijn Eppenga will work, together with Xin Meng on the implementation of machine learning in the analysis pipeline for the evolution project. His supervisor is Daan Brinks.

Baptiste Heiles is a post-doc researcher in the Maresca Lab, and work on fast volumetric imaging of gas vesicles, the first genetically encoded contrast agents for ultrasound imaging.

In the article a novel design method for silicon ring resonators is presented that yields a free spectral range robust to fabrication variations. The work provides an important extension of the generic design approach exploiting cancellation effects using two waveguides, which so far was limited to Mach-Zehnder interferometers.

Dr. Yang Song is an associate professor from the Department of Information Physics & Engineering, Nanjing University of Science & Technology, China.