Research Articles
The Magnesium Dilemma: Unlocking MgB2's Superconducting Secrets at Low Temperatures
Exploring how fine-tuning magnesium stoichiometry at low annealing temperatures holds the key to making MgB2 a mainstream superconducting workhorse.
The Subatomic Spies: How Implanted Muons Reveal Secrets of Quantum Materials
Explore how implanted muons serve as powerful probes for studying quantum materials, superconductors, and advanced materials science applications.
Magic-Angle Graphene's Next Trick: The Superconductivity Revolution
Explore the groundbreaking discovery of superconductivity in magic-angle graphene and its potential to revolutionize quantum computing and electronics.
The Invisible Twist: How Atomic Distortions Shape Our World
Exploring the Jahn-Teller effect and its revolutionary impact on materials science, energy storage, and quantum technologies.
The Hidden Architect: How Work Hardening Shapes Our Universe from Superconductors to Human Cells
Exploring how work hardening governs phase transitions from superconductors to biological systems like cancer and aging.