Research Articles
Ultraslow Waves: The Nanoscale Revolution Slowing Down Light and Sound
Explore the fascinating world of ultraslow waves at the nanoscale and discover how scientists are slowing down light and sound for revolutionary applications in computing, medicine, and energy.
The Quantum Wonder of Ancient Shungite: Nature's Nanomaterial
Explore the fascinating nanostructure of shungite - a 2-billion-year-old carbon mineral containing graphene quantum dots with revolutionary applications in nanotechnology.
The Invisible Revolution: How Nanocarbons are Building Our Future
Explore the fascinating world of nanocarbons - graphene, graphene nanoribbons, and quantum dots - and their revolutionary applications in technology and medicine.
The Wonder World of Carbon Nanomatter: How the Smallest Carbon Structures are Revolutionizing Our Future
Explore the exotic properties of carbon nanomaterials including graphene, carbon nanotubes, and fullerenes, and their revolutionary applications in electronics, energy, and biomedicine.
The Nanoscale Revolution: Unlocking the Secrets of Low-Dimensional Materials
Explore the groundbreaking discoveries from Symposium DD on low-dimensional materials, including graphene synthesis, property scaling, and future applications.
The Wonder World of Carbon Nanomaterials: Unveiling the Invisible
Explore the fascinating world of carbon nanomaterials - from graphene to nanotubes - and discover how their unique properties are revolutionizing technology.
Turning Paper into a Powerless Arsenic Detector
Scientists are transforming ordinary cellulose paper into sophisticated arsenic sensors using glowing graphene quantum dots for accessible water testing.
Seeing the Atomic Canvas: How X-Ray Vision is Painting a New Picture of Wonder Materials
Explore how X-ray ptychography is revolutionizing our understanding of low-dimensional materials like graphene with unprecedented detail and clarity.