Explore how novel conductive and transparent optical fiber probes are transforming scanning tunneling microscopy, enabling unprecedented nanoscale observation and manipulation.
Discover how scientists use elementary kinetic mechanisms to track and control mercury transformations in combustion flue gas to reduce pollution.
Discover how Professor Pavel Hobza's groundbreaking discovery of the hydridic hydrogen bond is challenging conventional chemistry and rewriting textbooks worldwide.
Explore the revolutionary CRISPR gene editing technology through a scientist's perspective, from basic mechanisms to therapeutic applications and ethical considerations.
Explore how water facilitates proton transfer in biomolecules through quantum chemical investigations, revealing the quantum ballet that powers life itself.
Exploring how interpretable atomistic neural networks are revolutionizing quantum chemistry by providing both accurate predictions and meaningful scientific insights.
Explore the revolutionary (SiO,Cr₁₋ₓ)ᵧN₁₋ᵧ thin film resistors that enable precision electronics with exceptional temperature stability.
Explore how scientists are mastering cavity quantum electrodynamics to create hybrid light-matter particles with revolutionary properties.
Explore how fullerenes, the tiny carbon molecules known as buckyballs, are revolutionizing medicine as antioxidants, drug delivery vehicles, and antiviral agents.
Explore how quantum molecular dynamics reveals the intricate dance between X-rays and matter, enabling damage-free imaging of molecular structures.