Research Articles
The Light Masters: How Saratov University Forges Pioneers in Biomedical Optics
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.
Seeing the Invisible: How X-Ray Microscopy Unveiled a Hidden Universe at XRM 2016
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.
The New Digital Pathology: Just Say NLO – Next-Generation, Liberating, and Optimized
Discover how digital pathology's NLO framework (Next-Generation, Liberating, Optimized) is transforming diagnostics through AI, cloud platforms, and whole slide imaging.
The Invisible Revolution: How SENSORICA 2019 Redefined Our Sensing World
Breakthrough sensor technologies from IEEE SENSORICA 2019 workshop that are revolutionizing industrial and medical applications.
The Silent Symphony: How Nature's Blueprints Are Revolutionizing Our Material World
Exploring how biological composites are inspiring revolutionary materials in engineering, medicine, and sustainability.
The Nano-Orchestra of Life: How Protein Hierarchies Build Nature's Unbreakable Materials
Exploring how protein hierarchies create nature's most durable materials through the revolutionary field of materiomics.
The Invisible Frontier: How Nonlinear Spectroscopy Reveals Life's Hidden Interfaces
How nonlinear spectroscopy techniques like SFG and SHG are revolutionizing our understanding of biological interfaces at the molecular level.
Quo Vadis Biophotonics? Embracing Serendipity and Biology's Complexity in the Light Revolution
Exploring how biophotonics is revolutionizing medicine through light-based technologies, from diagnostics to therapeutics, while embracing biological complexity.
Unlocking the Invisible: How TriBeam Tomography Reveals the Hidden 3D Universe of Materials
Discover how TriBeam tomography combines electron microscopy, ion beams, and ultrafast lasers to reveal materials at atomic scales in 3D
STILL PLENTY OF ROOM AT THE BOTTOM: Surface-Aligned Reactions Chart New Paths for Atomic Architects
Exploring how surface-aligned reactions are fulfilling Richard Feynman's vision of atomic-scale manipulation and nanofabrication.