Peter Zijlstra Group
A great article has been posted on the TU/e science webpage about the use of super-resolution microscopy to quantify nanoparticles. This article describes our research in the Marie Curie ITN project SuperCol, where 15 PhD students across Europe work to develop and image particle-based biosensors and drug delivery vehicles. As cherry on the pie it […]
In collaboration with Yuqin Jiao from the Photonic Integration group we were awarded an institutional grant from the Eindhoven Hendrik Casimir Institute. The aim of the collaboration will be to develop photonic-plasmonic integrated biosensors. A postdoc position will be opened soon!
What a New Year present! Three papers were accepted for publication within two weeks, and two more submitted. Two manuscripts deal with the use of super-resolution localization microscopy to characterize nanoscale materials, whereas three manuscripts describe novel plasmonic sensors for DNA, protein, and enzymes. Thanks to all authors and collaborators for a great effort, you […]
The ITN SuperCol (a European consortium coordinated by Peter Zijlstra) contributes to an exhibition themed ‘Sensing the Invisible’ in a joint exhibit with students and researchers of the ITN Consense, the international student competition SensUs, and the research group Molecular Plasmonics of SuperCol coordinator Dr Peter Zijlstra. The exhibit shows the future of biosensors and […]
Peter served as an editor of a special issue in JCP called “The Ever-Expanding Optics of Single-Molecules and Nanoparticles”. The issue highlights recent advances in single-molecule optics that stemmed from the pioneering work of, amongst others, Prof. Michel Orrit (who will formally retire in 2022). Other guest editors are Haw Yang, Frank Cichos, and Ted […]
Received a grant to develop the next generation of water sensors together with industry The increasing population results in increasing contamination of the environment, notably water. This not only affects animal life, but may also threaten the supply of clean drinking water in the future. Monitoring of water quality at water treatment facilities and in […]
Sjoerd Nooteboom has developed a nanothermometer that specifically measures the temperature at several nanometers from an interface. This is an important step because it allows us to measure the surface temperature of biosensors, at the location where the biomolecules are. Read the article here.
On November 8th-11th,2021 the Max Planck Institute for Polymer Research (MPIP) hosted the workshop ‘Colloidal synthesis and colloid characterization’ which kicked off the next phase of SUPERCOL. Read a full report here.
We are now a part of the newly founded Hendrik Casimir Institute, TU/e! https://www.tue.nl/en/research/institutes/eindhoven-hendrik-casimir-institute/
Michael A. Beuwer, Peter Zijlstra* Single metallic particles and dimers of nanospheres have been used extensively for sensing, but dimers of particles provide attractive advantages because they exhibit multiple modes that can be tuned by the dimer geometry. Here, we employ correlative microscopy of single self-assembled dimers of gold nanorods to study their performance as […]