Research Articles
The Editor's Scalpel: Rewriting Life with CRISPR
Exploring the revolutionary CRISPR-Cas9 technology and its transformative impact on biology, medicine, and agriculture.
The Tiny Scissors Rewriting Life: How CRISPR-Cas9 is Revolutionizing Gene Editing
Explore how CRISPR-Cas9, a revolutionary gene-editing tool derived from bacterial immune systems, is transforming medicine, agriculture, and biological research.
Liquid Light Express: Riding Nonlinear Waves in Hair-Thin Tubes
Exploring the revolutionary world of Liquid-Core Optical Fibers (LCOFs) and their applications in nonlinear photonics for faster internet, sharper sensors, and exotic lasers.
Silky Smooth Color Change: How Ancient Threads Could Revolutionize Smart Windows
Discover how lithium-doped silk fibroin films are transforming electrochromic devices for sustainable smart windows and displays.
The Magnetic Heart of Artificial Bone: How Iron Ions Reveal Wollastonite's Secrets
Exploring how EPR spectroscopy reveals the role of iron ions in bioactive wollastonite ceramics for bone regeneration applications.
Lipoprotein Makeover: How Fat-Busting Enzymes Remodel Cholesterol Transporters
Discover how enzyme-driven fat breakdown triggers structural transformation of HDL particles during VLDL lipolysis and its clinical implications for heart disease.
The Sticky Secret of Magnets: How Mussels Inspired a Nanomedicine Revolution
Discover how mussel-inspired dopamine coatings are revolutionizing magnetite nanoparticles for precision medicine applications.
The Materiomics Symphony: How Nature's Protein Designs Are Revolutionizing Our World
Exploring how nature's protein designs from nano to macro scales are revolutionizing materials science, medicine, and technology.
Tiny Factories, Huge Impact: How Microbes are Revolutionizing Nanotech for a Greener Future
Exploring microbial nanotechnology for precision nanobiosynthesis and its potential for industrial sustainability through nature-inspired manufacturing
Light's Quantum Whisper: Decoding Low-Dimensional Semiconductors Through Nano-Optical Eyes
Exploring how nano-optical spectroscopy reveals quantum behaviors in low-dimensional semiconductors like nanowires and atom-thin materials.