Life sciences Using a chiral vortex to detect molecular chirality could help identify drug candidates Speaking with Electro Optics, Dr. Nicola Mayer, MSCA Fellow at King’s College London, discusses his study of circularly polarised and tightly focused light, and why the accurate and robust method is so vital to science. Latest Content Illuminating microscopy: The importance of light source technology Optical technique could advance medical diagnostics by viewing through scattering tissues Spatial Light Output Characteristics of Solid-State Light Engines New technologies Edmund Optics to distribute Chromacity's ultrafast lasers White papers Spatial Light Output Characteristics of Solid-State Light Engines This White Paper from Lumencor looks at the spatial output characteristics of solid-state light sources and how they are propagated into imaging applications. Webcasts On-demand webcast - The power of particle analysis: From pharma to factories On demand - Innovation Award Shortlist: Biophotonics and medical engineering More content Illuminating microscopy: The importance of light source technology Optical technique could advance medical diagnostics by viewing through scattering tissues Spatial Light Output Characteristics of Solid-State Light Engines Robot-assisted laser technique helps to reduce surgical risks Using a chiral vortex to detect molecular chirality could help identify drug candidates Photonic optical fibre wristband supports pulse wave monitoring Marie Curie funding helping to support protein analysis through the use of advanced photonic technology Multispectral ‘barcode’ technique helps to uncover the building blocks of pharmaceutical drugs Ryan Sauer Pola Goldberg Oppenheimer Steven Boege InSpek raises €6 million in funding from seed round and EIC grant Pagination Page 1 Next page Next ›
