Research Articles
Seeing the Unseeable: Lighting Up a Single Strand of DNA
Discover how nanotechnology and plasmonics are revolutionizing our ability to see and study single DNA molecules with unprecedented clarity.
Invisible Measuring Tapes: How Capacitive Sensors Reveal the Nano-World
Explore how capacitive displacement sensors enable precise measurements at the nanoscale, revolutionizing semiconductor manufacturing, biomedical research, and materials science.
The Nano-Detectives: How Zinc Oxide Biosensors Are Revolutionizing Disease Detection
Discover how zinc oxide nanostructures are transforming biosensing technology for medical diagnostics and environmental monitoring with unprecedented sensitivity and accuracy.
The Clear Revolution: See-Through Photodetectors That Wrap Around Our World
Breakthrough in 360° omnidirectional transparent photodetectors enabling invisible light-sensing technology for wearables, optical fibers, and smart surfaces.
The Light-Squeezers: How Ultrasmall Nanogaps in Plasmonic Particles Are Revolutionizing Tech
Exploring the revolutionary potential of plasmonic nanoparticles with ultrasmall nanogaps for advanced technologies in sensing, computing, and energy.
The Invisible Surgeons: How Chemical Reactions Build Tiny Cancer Fighters Inside Your Body
Exploring peptide self-assembly nanotechnology for targeted cancer therapy through chemical triggers in tumor microenvironments.
The Invisible Revolution: How Nanostructured Thin Films Are Shaping Our Future
Exploring the transformative potential of nanostructured thin films in technology, medicine, and energy applications.
The Invisible Revolution: How Quantum Dots Are Transforming Glass
Exploring how quantum dots are revolutionizing glass technology, from smart windows to biomedical imaging.
The Invisible Giants: How Carbon Nanotubes Are Reshaping Our World
Exploring the revolutionary potential of carbon nanotubes in technology, energy, and sustainability with the latest scientific breakthroughs.
The Nano Symphony of Life: How Materiomics is Decoding Nature's Protein Masterpieces
Exploring how materiomics reveals nature's hierarchical design of biological protein materials from nano to macro scales