Research Articles
Seeing the Unseeable: How Light and Tiny Particles Reveal Single Molecules
Explore how surface plasmon photonics enables detection of single molecules through SERS, DNA origami nanoantennas, and advanced spectroscopy techniques.
The Invisible Architects: How Humans Are Reshaping Evolution in Real Time
Explore how human activities are accelerating evolutionary processes and reshaping life on Earth in the Anthropocene epoch.
Building with Artificial Atoms: How Organic Templates Guide Quantum Dots
Exploring how organic templates enable precise self-assembly of semiconductor quantum dots for advanced nanotechnology applications
Ultrasensitive Plasmonic Sensors: Mastering Light and Fluid for a Healthier Future
Discover how ultrasensitive plasmonic sensors merge light and fluidics to detect diseases and chemicals with unprecedented speed and sensitivity.
Surface Treatments: The Invisible Technology Shaping Our World
Explore how surface treatments transform materials for biological, chemical and physical applications including medical implants, carbon capture and advanced manufacturing.
Russia's Health R&D Revolution: A 2030 Mission for Medical Sovereignty
Explore Russia's ambitious health R&D strategy aiming for medical sovereignty by 2030 through AI, genomics, and pharmaceutical innovation.
The Biological Sixth Sense: How Biosensors Are Teaching Machines to Smell, Taste, and Feel
Discover how biosensors combine biology and technology to detect substances with incredible precision, revolutionizing medicine, environmental monitoring, and food safety.
Seeing the Invisible: Porous Silicon Biosensors
Explore how porous silicon optical biosensors revolutionize medical diagnostics through label-free detection of disease biomarkers.
CRISPR Revolution: The Gene Editing Tool Changing Our Future
Explore how CRISPR gene editing technology is transforming medicine, agriculture, and biological research with unprecedented precision and potential.
Catching Cancer with Glowing Molecules: A Two-Photon Breakthrough
Discover how europium-chelating peptides and two-photon microscopy enable hypersensitive detection of cancer biomarker Cyclin A