Research Articles
Cyclic Peptide Nanotubes: A Green Revolution in Nanotechnology
Exploring how cyclic peptide nanotubes combined with deep eutectic solvents are creating sustainable solutions for drug delivery and materials design.
The Swinging Nanocarbons: Molecular Cylinders Bridging Structure and Motion
Discover nitrogen-doped molecular cylinders with donor-acceptor structure and unique swinging motion - a breakthrough in nanotechnology and molecular machines.
The Nano-Toolkit: How a Single Amino Acid Learned to Do It All
Scientists discover that structures built from a fundamental building block of life can perform multiple complex tasks, mirroring the prowess of natural enzymes.
The Flickering Switch: A Peek into the Heart of a Single Molecule
Explore how scientists are studying structural transition dynamics in carbon electrode-based single-molecule junctions to build the computers of tomorrow.
Nanotechnology Under the Skin: The Invisible Revolution in Skincare
Explore how nanotechnology is revolutionizing dermatology and skincare through targeted delivery systems and enhanced efficacy of active compounds.
The Molecular Traffic Jam: Unpredictable Flows in the Nano-World
Discover how scientists are finding that fluids in tiny channels behave unpredictably, with intermittent currents and anomalous diffusion patterns.
The Nano-Sculptors: How Scientists Shape Metal Surfaces One Atom at a Time
Explore how scientists manipulate materials at atomic scale using adatoms, vacancies and interlayer mass transport to create advanced materials for technology.
The Mathematics of the Infinitely Small: How Equations Shape Our Nanotech Future
Explore how mathematical modeling revolutionizes nanotechnology, enabling precise design of nanostructures for medicine, materials science, and energy applications.
The Invisible Race: How Single Molecules Expose Secrets of Nanoscale Mazes
How single molecule tracking reveals nanoscale diffusion secrets in mesoporous materials
The Nano-Symmetry Revolution: How Twisted Science is Unlocking Tomorrow's Tech
Exploring the breakthrough in quasi-1D nanostructures research through symmetry-adapted tight-binding molecular dynamics