Research Articles
The Electric Touch: How Piezoelectric Nanomaterials Are Revolutionizing Medicine
Explore how piezoelectric nanomaterials are transforming medicine through innovative applications in cancer treatment, tissue regeneration, and self-powered medical devices.
The Lab in Your Pocket: How Miniature SPR Systems are Revolutionizing Biosensing
Explore how portable Surface Plasmon Resonance systems are transforming biosensing with miniaturized technology for real-time, label-free detection.
Guardians of the Ground: How EPA and ORISE Uncover Hidden Contamination
Explore how EPA and ORISE environmental sampling procedures work together to detect hidden contamination and protect public health through scientific analysis.
From Trash to Tech: The Rise of Recycled Carbon Nanomaterials
Exploring how recycled carbon nanomaterials are transforming waste into advanced materials for energy, electronics, and environmental applications.
The Tiny Molecular Claw That Helps Nature Digest Wood
Exploring the remarkable N1 cellulose-binding domain (CBDN1) from Cellulomonas fimi and its role in breaking down plant biomass
The Invisible Sculptor: How Electroless Deposition and Nanolithography Craft the Nanoscale
Explore how electroless deposition and nanolithography enable precise control of nanoscale materials for plasmonic applications, from sensing to computing.
From Folklore to Formula: The Ancient Hunt for the First Medicines
How our ancestors began the epic quest to harness the power of plants through early pharmacological discoveries.
The Invisible Sculpture: How Molecular Architecture Powers Next-Gen Electronics
Explore how semiconductor thin film morphologies influence DNTT organic electronic device performances and enable flexible, next-generation electronics.
The Tongue Testament: How Flexible Sensor Arrays Are Revolutionizing Glossitis Diagnosis
Discover how multiparametric flexible sensor arrays are transforming glossitis diagnosis through advanced materials science and real-time monitoring technology.
Twisted Eigen: How a Quantum Dance Drives Protons at Life's Interfaces
Discover how twisted Eigen complexes facilitate proton transfer at hydrophobic-hydrophilic interfaces through quantum mechanical dance, powering cellular energy systems.