Research Articles
The AI Scientist: How a Transformer is Revolutionizing the Discovery of New Materials
Discover how transformer networks are revolutionizing materials science by analyzing XPS spectra with unprecedented speed and accuracy, accelerating the discovery of new materials.
Sunlight to Solutions: How Coupled Solar Reactors Are Revolutionizing Green Hydrogen and Chemical Production
Explore how coupled photoelectrochemical systems simultaneously produce green hydrogen and valuable chemicals, transforming solar energy economics.
Cultivating Revival: How Multifunctional Organic Fertilizers Are Healing China's Degraded Soils
Discover how multifunctional organic fertilizers are revolutionizing soil restoration in China, combating degradation and securing food security through innovative agricultural solutions.
Laboratory Lapses: Investigating Common Issues and Violations in Chemistry Laboratory Courses among Future Science Educators
An in-depth investigation into safety issues in chemistry laboratory courses for future science educators, examining common violations and solutions.
The AI Lab That Never Sleeps: How Machines Are Learning to Create New Materials
Discover how self-driving labs and AI are revolutionizing materials science through machine learning-powered magnetron sputtering systems.
Cultivating Resilience: How Soil Amendments are Revolutionizing Wheat Farming in Semi-Arid Namibia
Exploring how organic and inorganic soil amendments transform wheat production in Namibia's challenging semi-arid environment through scientific research and field experiments.
The Universal Chemical Translator: How AI is Unifying the Language of Molecules
Discover how cross-learning between electronic structure theories is creating unified force fields that bridge molecular, surface, and inorganic crystal simulations.
The Luminary of Colloidal Chemistry: Academician Anton Dumansky
Exploring the life and scientific contributions of Academician Anton Dumansky, founder of Ukrainian colloidal chemistry school, on the 145th anniversary of his birth.
Engineering Next-Generation Hybrid Nanomaterials: From Advanced Sensors to Sustainable Catalytic Processes
Explore the revolutionary world of hybrid nanomaterials - engineered structures combining different components at nanoscale for superior capabilities in sensing, catalysis and energy storage.
Precision Control of Cavity Quantum Electrodynamics in Space-Time
Exploring breakthroughs in controlling quantum light-matter interactions using X-ray scattering and optical microscopy for quantum technologies.