Research Articles
Seeing the Invisible: How Light-Scattering Fingerprints Could Revolutionize Early Cancer Detection
Explore how elastic light-scattering fingerprinting detects nanoscale cellular changes for early cancer detection years before tumors form.
DNA Metallization: Nature's Tiny Conductor Gets a Metal Upgrade
Explore how DNA molecules are transformed into metallic nanostructures through DNA metallization, with applications in nanoelectronics, sensing, catalysis, and biomedicine.
Sangeeta Bhatia's Tiny Revolution: How Molecular Scissors Are Transforming Cancer Detection
Discover how Sangeeta N. Bhatia's groundbreaking work with proteases and nanotechnology is revolutionizing early disease detection through synthetic biomarkers.
Tiny Superheroes in Your Bloodstream: The Dual-Powered Nanoparticles Fighting Disease
How scientists are engineering microscopic particles with the power of light and magnetism to revolutionize medicine.
Surfaces and Life: The Hidden World of Biointerfaces Where Biology Meets Technology
Explore the fascinating world of biointerfaces where artificial materials meet biological systems, enabling medical breakthroughs and technological innovations.
Peering Through Nature's Lens: The Tiny "Water Window" Revolutionizing Nanovision
Discover how the water window in soft X-ray microscopy is transforming our ability to visualize nanostructures in their native state with compact laboratory sources.
The Invisible Revolution: How Micro and Nanomotors Are Changing Medicine and Beyond
Exploring how engineered micro and nanomotors are revolutionizing medicine, environmental science, and technology through their microscopic mobility and precision.
The Invisible Threads: How Fiber Science Weaves the Fabric of Modern Innovation
Exploring how fiber science is revolutionizing materials from carbon composites to optical computing through groundbreaking research and applications.