Research Articles
The Tiny Messengers: How Molecular Communication is Building the Internet of Nano-Things
Explore how molecular communication nanonetworks are revolutionizing medicine and technology through microscopic machines that use molecules as information carriers.
The Invisible Scalpel: Revolutionizing Cell Biology with Functionalized AFM Probes
Explore how photocatalytic nanofabrication and intracellular Raman imaging with functionalized AFM probes are transforming cell biology research.
Nanomedicine: Tiny Particles and Machines Give Huge Gains
Explore how nanomedicine is revolutionizing healthcare through targeted drug delivery, AI-powered tracking, and innovative nanomaterials.
The Rusting Cell: How a New Kind of Cell Death is Revolutionizing Cancer Fight
Explore how ferroptosis, a form of programmed cell death, is being harnessed with nanotechnology to create innovative cancer therapies.
Tiny Dance Floors for Enzymes: When Nanoparticles Supercharge Nature's Catalysts
Explore how nanoparticles interact with enzymes to create super-powered catalysts, the challenges involved, and the potential applications in medicine and industry.
The Tiny Lights Within: How Quantum Dots Merge with Biology
Exploring the revolutionary integration of core/shell quantum dots with biological molecules for advanced medical diagnostics and imaging.
Nanobiotechnology: Engineering the Machines of Life
Explore the fascinating world of nanobiotechnology - where biology meets nanotechnology to create revolutionary medical solutions at the molecular level.
The Unseen Light: How Plasmonics is Shrinking Technology to Atomic Scales
Explore the revolutionary field of plasmonics and how it's transforming technology by manipulating light at the nanoscale for applications in medicine, computing, and energy.
Graphene Deflectometry: Sensing the Invisible Dance of Molecules
Explore how graphene deflectometry enables detection of molecular processes at unprecedented sensitivity, with applications in DNA sequencing, protein folding, and clinical diagnostics.
The Invisible Spring: How DNA Origami Revolutionized Molecular Force Measurement
Discover how DNA origami-based nanoscopic force clamps are transforming molecular force spectroscopy and our understanding of biological processes at the nanoscale.