Research Articles
The Atomic Switch: How Graphene Nanoribbons Are Rewriting the Future of Electronics
Discover how 17-atom-wide graphene nanoribbons are revolutionizing nanoelectronics through atomic precision manufacturing and quantum simulations.
Graphene Biosensors: Revolutionizing Detection with a Single Atom Layer
Explore how graphene-based nanocomposites are transforming electrochemical and fluorescent biosensors for disease detection, environmental monitoring, and food safety.
The Hidden Architecture of Graphene: How Atomic Arrangement Unlocks a Miracle Material
Explore how graphene's atomic arrangement creates the world's strongest, most conductive material and enables revolutionary technologies.
The Imperfection Revolution: How Chemically Modified and Nanostructured Graphene is Rewriting the Rules of Materials Science
Explore how chemically modified and nanostructured graphene is transforming materials science through engineered imperfections and atomic-scale manipulation.
Graphene's Vision: How a 2D Material is Revolutionizing Biomedical Imaging
Explore how graphene-based nanomaterials are transforming biomedical imaging through enhanced contrast, multimodal capabilities, and theranostic applications.
Silicon Carbide's Secret: How Surface Pretreatment Unlocks Perfect Graphene
Discover how surface pretreatment techniques transform flawed graphene layers into pristine sheets capable of unleashing graphene's full potential on silicon carbide substrates.
The Whispering Gallery: How Graphene Turns Electrons Into Quantum Waves
Explore the fascinating world of whispering-gallery mode quantum resonators in graphene, where electrons behave like light waves in revolutionary quantum devices.
Supramolecular Assembly of Edge Functionalized Top-Down Chiral Graphene Quantum Dots
Exploring the fascinating world of chiral graphene quantum dots and their revolutionary applications in nanotechnology, biomedicine and quantum computing.