Research Articles
The Silent Power Revolution: How Surface Science is Unlocking the Potential of Methanol Fuel Cells
Exploring how electrochemical and surface science analysis is advancing direct methanol fuel cell technology for portable power applications.
The Invisible Workshop: How Surface Science Builds Perfect Semiconductors
Explore how surface science enables atomic-scale control of semiconductor growth processes, powering modern electronics through nanoscale engineering.
Unmasking Ancient Artistry: How Surface Science Reveals Secrets of an Egyptian Funeral Mask
Discover how modern surface science techniques are revealing hidden secrets of ancient Egyptian artifacts through non-invasive analysis.
Seeing the Invisible: How X-Ray Photoelectron Spectroscopy Reveals the Hidden World of Atoms
Explore how X-ray Photoelectron Spectroscopy (XPS) reveals atomic structures and chemical states, with applications from environmental cleanup to nanotechnology.
Shining Light on Atoms: How Lasers Revolutionize Surface Chemistry
Discover how laser fields alter chemisorption energy for Na₂ molecules on tungsten surfaces, enabling unprecedented control over chemical bonding processes.
The Invisible Frontier: How 20 Years of ECASIA Conferences Revolutionized Our Surface World
Exploring the impact of 20 years of ECASIA conferences on surface science and interface analysis technologies
The Invisible Frontier: Decoding Secrets at the Solid-Liquid Interface
Exploring the hidden world of solid-liquid interfaces through cutting-edge surface-sensitive techniques and their applications in energy, medicine, and materials science.
Plasma Power: How Ionized Gas is Revolutionizing Sterilization and Surface Science
Exploring cold atmospheric pressure plasma (CAP) and its transformative applications in sterilization, surface science, and biomedical engineering.
Seeing the Invisible: How X-Ray Standing Waves Reveal Hidden Worlds at Surfaces
Discover how X-ray standing waves (XSW) enable atomic-scale mapping with picometer precision, revolutionizing materials science and nanotechnology.
Seeing the Invisible: How DNP SENS NMR Reveals Hidden Worlds on Material Surfaces
Discover how Dynamic Nuclear Polarization Surface Enhanced NMR Spectroscopy (DNP SENS) revolutionizes surface science by revealing atomic-level details of material surfaces.