Exploring how the preface serves as the foundation for scientific discovery, with a focus on Kary Mullis's PCR breakthrough.
Breakthrough in breast cancer treatment using magnetically guided virotherapy-enhanced photodynamic therapy to overcome multidrug resistance.
Exploring how biomedical optics transforms medicine through advanced light-based diagnostics and therapies, from optical elastography to metabolic cartography.
Discover how laser ablation synthesis is revolutionizing nanodiamond production, creating monodispersed, ultra-pure diamonds for advanced applications in medicine, electronics, and quantum computing.
Explore how multiphoton image cytometry is transforming cellular imaging with unprecedented depth and resolution for biological research.
Exploring how next-generation laser-scanning systems are transforming life science research by merging quantitative precision with spatial context.
How AI reconstructs dynamic 3D scenes from monocular videos using neural representations and Gaussian splatting techniques.
Exploring lithography-free plasmonic metasensors using Thermal Dewetting and GLAD techniques for ultra-sensitive biodetection applications.
Discover how Fusarium and Trichoderma fungi transform silver into nanoparticles with applications in medicine and agriculture through eco-friendly mycobiosynthesis.
Exploring the revolutionary impact of organic-inorganic hybrid materials on electronics and sensing technologies