Exploring how micro and nano sensors are revolutionizing biomedical measurement and healthcare diagnostics.
Exploring the intersection of biological complexity and electrochemical precision through cutting-edge research and experiments.
Exploring optobiology - the revolutionary field where living cells become tools for manipulating light in photonics and optical technologies.
Exploring the frontier of bioresorbable nanoelectronic-photonic devices that combine light-speed data processing with the body's ability to safely absorb materials.
Explore how nanotechnology is transforming agriculture with precision fertilizers, smart pesticides, and real-time biosensors to feed our growing population sustainably.
Exploring how earthworms shape soil health and coffee quality in Indonesia's PTPN XII Bangelan plantation
Exploring how materiomics reveals nature's blueprint for biological protein materials, from nano to macro scales, and its applications in medicine and technology.
Explore how Saratov State University's innovative biomedical optics program trains interdisciplinary specialists merging physics, biology, and medicine to advance light-based diagnostics and therapies.
Explore the groundbreaking X-ray microscopy techniques revealed at XRM 2016, from 3D nanoscale strain mapping to live-cell imaging with liquid-jet X-ray sources.
Discover how digital pathology's NLO framework (Next-Generation, Liberating, Optimized) is transforming diagnostics through AI, cloud platforms, and whole slide imaging.