Research Articles
The Light Surgeons: How Biomedical Optics is Revolutionizing Medicine from Brain to Cell
Exploring how biomedical optics transforms medicine through advanced light-based diagnostics and therapies, from optical elastography to metabolic cartography.
The Diamond Revolution: How Laser Alchemy is Creating Perfect Nanogems
Discover how laser ablation synthesis is revolutionizing nanodiamond production, creating monodispersed, ultra-pure diamonds for advanced applications in medicine, electronics, and quantum computing.
Seeing Deeper: How Multiphoton Image Cytometry Is Revolutionizing Cellular Imaging
Explore how multiphoton image cytometry is transforming cellular imaging with unprecedented depth and resolution for biological research.
The Invisible Made Visible: How Next-Gen Laser Scanners Are Revolutionizing Life Science
Exploring how next-generation laser-scanning systems are transforming life science research by merging quantitative precision with spatial context.
Beyond the Flat Frame: How AI Reconstructs Our 3D World from Simple Videos
How AI reconstructs dynamic 3D scenes from monocular videos using neural representations and Gaussian splatting techniques.
The Invisible Orchestra: Conducting Light with Lithography-Free Nano-Sensors
Exploring lithography-free plasmonic metasensors using Thermal Dewetting and GLAD techniques for ultra-sensitive biodetection applications.
The Fungal Alchemists: How Microbes Transform Silver into Nanogold for Science
Discover how Fusarium and Trichoderma fungi transform silver into nanoparticles with applications in medicine and agriculture through eco-friendly mycobiosynthesis.
The Invisible Revolution: How Hybrid Materials Are Reshaping Our Electronic World
Exploring the revolutionary impact of organic-inorganic hybrid materials on electronics and sensing technologies
Seeing the Invisible: Hard X-Ray Nano-Tomography Reveals Hidden Worlds at ANATOMIX
Explore how ANATOMIX beamline's hard X-ray nano-tomography reveals hidden structures at 20nm resolution, revolutionizing materials science and biology.
Seeing the Light: How Scientists Are Taming Chaotic Photonic Worlds
Breakthroughs in controlling light propagation through complex photonic media, from dynamic scattering to time-topological states.