Research Articles
Seeing the Invisible: How NC-AFM Reveals the Atomic World
Explore how Non-Contact Atomic Force Microscopy (NC-AFM) enables atomic-level visualization of molecules and chemical bonds, revolutionizing materials science and chemistry.
The Invisible Revolution: How Computational Tools Are Unlocking the Secrets of Biological Nanosystems
Explore how computational models are revolutionizing our understanding of biological nanosystems, from drug discovery to nanovaccine design.
Magnetite: The Magnetic Mineral Fascinating Science and Healing the Body
Explore the fascinating properties and biomedical applications of magnetite, the magnetic mineral revolutionizing science and medicine.
Biology and Nanoscience: When Tiny Technologies Meet Living Systems
Exploring the convergence of biology and nanoscience through key discussions from the SPIE workshop on nanotechnology
Navigating the Maze: How Synthetic Nanomotors Maneuver Through Cellular Jungles
Explore how synthetic nanomotors navigate complex cellular environments for drug delivery, environmental remediation, and medical applications.
The Invisible Architects: How Scientists Are Decoding and Designing Life's Tiny Machines
Explore how scientists are revealing the secrets of protein structures and engineering new molecular machines for medicine and nanotechnology.
The Unseen Revolution: How 1996 Sharpened Our View of the Atomic World
Explore how 1996 marked a pivotal year in microscopy and microanalysis, revolutionizing our ability to see and understand the atomic world.
Magnetite: The Magnetic Mineral Revolutionizing Technology and Medicine
Explore the fascinating properties, synthesis methods, and revolutionary biomedical and technological applications of magnetite, the most magnetic mineral on Earth.
The Mathematics of the Very Small: How Equations Shape Our Nanotech Future
Explore how mathematical modeling revolutionizes nanotechnology, enabling precise design of nanostructures for medical, energy, and computing applications.
The Materiome: Nature's Blueprint for Tomorrow's Materials
Explore materiomics - the holistic study of biological materials from nano to macro scales, revealing nature's design principles for advanced materials.