Research Articles
Carbon Nanotubes: The Microscopic Marvels Shaping Our Future
Explore the incredible world of carbon nanotubes - materials 100 times stronger than steel, better conductors than copper, and NASA's secret weapon for space exploration.
The Molecular Tango: How German-Chinese Collaboration Decodes Nature's Assembly Language
Explore the groundbreaking TRR 61 collaboration between Germany and China that unravels the secrets of molecular self-assembly through interdisciplinary research.
Seeing the Unseeable: Single-Molecule Electrical Detection
Explore the groundbreaking technology of single-molecule electrical detection that enables label-free observation of molecular processes with unprecedented sensitivity.
The Ultimate DIY: Building the Future, One Molecule at a Time
Discover how Layer-by-Layer (LbL) Assembly enables scientists to construct ultra-thin, highly tailored films with atomic-level precision for revolutionary applications.
Catching the Cell's Guardian in the Act: How Tiny Wires are Illuminating Cancer's Weakness
Discover how silicon nanowire technology is revolutionizing our understanding of p53 dynamics and opening new frontiers in cancer research.
The Unsinkable Coating: How a Nanomaterial Inspired by Nature is Revolutionizing Water Repellency
Discover how organic superhydrophobic fullerite films are transforming water repellency technology with applications from energy to medicine.
The Invisible Revolution: How Noble Metal Nanoclusters are Redefining Nanoscience
Explore the fascinating world of noble metal nanoparticles and nanoclusters, their quantum properties, groundbreaking experiments, and future applications in nanotechnology.
Seeing the Invisible: How a New Microscope Is Revealing the Nano-World
Discover how three-dimensional, polarization-sensitive, spectroscopic photon localization microscopy is revolutionizing our view of the molecular world with unprecedented precision.
The Molecular Cages That Could Revolutionize Everything From Medical Imaging to Pollution Control
Explore how molecular dynamics simulations reveal the potential of water-soluble cryptophanes in medical imaging and environmental applications.
The Invisible Dance: How Taming Friction at the Atomic Scale is Building Our Future
Exploring how tribology and friction control at the nanoscale is revolutionizing modern manufacturing and technology.