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- Detecting food fraud - thanks to light quanta
When shopping in the supermarket, consumers must be able to rely on the food label. But is it always correct? In the joint project QSPEC, the LZH and its partners want to develop a new analysis met... - Highest precision: Microstructured fiber measures the size of nanoparticles
Researchers at Leibniz Institute of Photonic Technology (Leibniz IPHT) developed a new glass fiber design that enables exceptionally long observations of a large number of individual, freely moving... - Improving microscopy experience with optimized software
The Leibniz Institute of Photonic Technology (Leibniz IPHT) was awarded $20,000 from the Chan Zuckerberg Initiative for the napari Plugin Foundations Grant. The financial support is intended to be ... - Precisely focused light thanks to 3D printing
An interdisciplinary team of researchers from Korea, Australia, Great Britain, and Germany - with participation of Leibniz Institute of Photonic Technology (Leibniz IPHT) - were able for the first ... - High-resolution microscopes for education and science
This year's Leibniz Start-up Prize goes to a team of scientists from the Leibniz Institute for Photonic Technology (Leibniz IPHT). With their business idea of a modular optical construction kit, hi... - Real-time molecular imaging of near-surface tissue using Raman spectroscopy
Current medical imaging techniques mostly provide information based on morphological or anatomic differences of the tissue, disregarding the underlying molecular composition. Molecular-sensitiv... - Smart residual sum of squares allows correction of systematic errors
Determining the true value of a physical or metrological quantity is of essential importance and the most important goal in statistics. In the absence of bias, the median or arithmetic mean can be ...
- Detecting pathogens with nanosensors
Spectroscopic analysis methods can be used to detect pathogens such as bacteria or viruses - for example hospital germs, waterborne pathogens or zoonotic pathogens such as coronaviruses - with high...
- Novel microscope for cancer ciagnostics
Researchers from Jena, together with European partners from research, medicine and industry, are develop a novel microscopy technology. It should help to track down the cellular origins of cancer d...
- Tracking the HI virus by superresolution STED fluorescence microscopy
In order to treat diseases better, we must understand how they arise. An international team of researchers led by Dr. Cyril Favard and Dr. Delphine Muriaux from the Montpellier Infectious Disease R... - New detection system for germs in water
Microbial infectious agents affect the quality of fresh water on earth. A research team from Leibniz IPHT is now developing a novel rapid detection system to better monitor water quality in the fut...
- Raman Spectroscopy: Research on the tip
Microscopes let us peer into cells and the biochemical processes inside them. Processes taking place on much smaller scales, e.g. within single molecules, are the research focus of Dr. Marie Richar... - Innovative nanomaterial produced from natural substances
Be it in spider silk, wood, the spaces between body cells, in tendons, or as a natural sealant for small wounds: protein fibres are found virtually everywhere in nature. These small protein fibres,... - Observing brain cells at work
Tomas Cizmar's research work concerns new methods of controlling light propagation in optical fibres. The aim of his research work is to produce miniaturized fibre-optic probes which would enable h...
- Label-free detection of viruses
In cooperation with Heraeus Quartz Glass, Harvard University in the USA and Leiden University in the Netherlands, scientists at the Leibniz Institute of Photonic Technologies (IPHT) have succeeded ...