Research Articles
Nanoscale Alchemy: Decorating Carbon Nanotubes with Transition Metals
Explore the cutting-edge science of decorating carbon nanotubes with transition metal atoms to create revolutionary materials for clean energy and environmental applications.
The Rainbow in a Pebble: How a Tiny Sphere Could Change the Light in Your Home
Discover how a breakthrough core-shell phosphor material, Sr₃MgSi₂O₈:Eu²⁺, Dy³⁺, is revolutionizing LED lighting to create perfect, sun-like white light from a single grain of powder.
Chemistry's Revolution: How Scientists Are Filming Molecules and Designing Impossible Materials
Explore the groundbreaking advancements in chemical science, from molecular movies to AI-designed materials and sustainable solutions.
Deep Learning Quantum Monte Carlo: How AI Is Solving Quantum Mechanics' Hardest Problem
Explore how deep learning and quantum Monte Carlo are revolutionizing materials science by solving quantum mechanics' many-body problem with unprecedented accuracy.
The Atomic Architects: Engineering Porous Graphene to Reshape Our World
Explore the revolutionary material of porous graphene - its synthesis, properties, and world-changing applications in energy, computing, and more.
The Boron Revolution: How a 2008 Symposium Unveiled the Miracle Element
Exploring the groundbreaking discoveries from the 16th International Symposium on Boron, Borides and Related Materials (ISBB 2008) and their impact on modern technology.
The Silent Revolution: How Machine Learning is Decoding Matter's Chemical Fingerprints
Exploring how machine learning transforms photoelectron spectroscopy (PES) to reveal material properties with unprecedented accuracy and speed.
Seeing the Atomic Invisible: How DV-Xα Cracked the Electron Code
Explore how the DV-Xα method revolutionized materials science by enabling accurate electron mapping for complex materials like hydrogen storage alloys and nuclear ceramics.
The Invisible Battle: How Computer Simulations Are Revolutionizing Corrosion Control
Exploring how molecular modeling is transforming corrosion science through computational techniques and digital simulations.
Boron: The Silent Architect of Modern Science and Technology
Exploring boron's remarkable properties and applications revealed at ISBB 2008, from biological functions to advanced materials