Research Articles
The Wonder of Graphene Thin Films: How a One-Atom-Thick Layer is Revolutionizing Technology
Explore how graphene thin films, the thinnest and strongest material known to science, are transforming electronics, energy storage, and technology through advanced preparation methods.
See-Through Stealth: How Graphene is Creating Invisible Microwave Devices
Explore how graphene-based transparent microwave technology is revolutionizing stealth applications, satellite communications, and next-generation electronics.
The Invisible Guardian: A Graphene Sensor That Detects Lead with Single-Particle Precision
Discover how reduced carboxylate graphene oxide-based field-effect transistors detect lead ions with unprecedented sensitivity using aptamer technology.
From Ethene to Graphene: The Atomic Transformation Unveiled
Discover the atomic-level journey of how simple ethene gas transforms into graphene through surface-catalyzed chemical pathways and hierarchical assembly.
Harnessing Waste Heat: How Bilayer Graphene Could Revolutionize Energy Recycling
Exploring the thermoelectric properties of polycrystalline bilayer graphene under vertical electric fields and its potential for energy recycling applications.
The Invisible Sponge: How Patterned Graphene is Mastering Terahertz Waves
Discover how patterned graphene metamaterial absorbers are revolutionizing terahertz technology with broadband, polarization-insensitive absorption capabilities.
Graphene-Based Polymer Nanocomposites: Materials for a Future Revolution
Explore the revolutionary potential of graphene-based polymer nanocomposites - materials poised to transform industries from electronics to transportation with exceptional strength, conductivity, and multifunctional properties.
The Invisible Sniffer: How Fluorine-Spiked Carbon Sheet Detects Toxic Gas
Discover how chemically fluorinated graphene oxide enables ultra-sensitive ammonia detection at parts-per-billion levels for environmental monitoring and safety applications.
The Graphene Revolution: Supercharging Batteries with Nano-Ceramic Hybrids
Breakthrough in battery technology using graphene-doped ceramic nano-oxides for high-capacity electrodes through spray-drying technology