Research Articles
The Hidden Magnetism Within: Unveiling the Spin Secrets of Graphene
Explore the groundbreaking research revealing electron spin properties in graphene-like nanocarbon materials and their potential for quantum computing and spintronics.
Mapping the Invisible Forces That Shape Our World
Exploring how quantum computing and advanced algorithms are revolutionizing our understanding of intermolecular potential energy surfaces and non-covalent interactions.
Quantum Machine Learning: Teaching Quantum Computers to Revolutionize Chemistry and Physics
Explore how quantum machine learning is transforming computational chemistry and physics through quantum advantage in molecular simulation and materials discovery.
Majorana Gets an Iron Twist: A New Path to Quantum Computing
Exploring how atomically-perfect iron chains are creating Majorana fermions, potentially revolutionizing quantum computing with topological protection.
The Intrigue of Interference: How Quantum Weirdness Shapes Our World
Explore the fascinating world of quantum interference, from fundamental principles to cutting-edge applications in computing, sensing, and medicine.
Beyond Orbitals: How Grids Are Reshaping Quantum Chemistry
Explore how real-space numerical grid methods are revolutionizing quantum chemistry and enabling breakthroughs with quantum computing.
The Next Wave of Computing: When Mushrooms, Particles, and Time Itself Process Information
Explore the fascinating world of unconventional computing, from fungal networks to quantum processors, that is redefining information processing beyond silicon limits.
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.
Science's Gem: The Diamond Revolution of 2009
Explore how flawed diamonds became the foundation for quantum computing, secure communications, and nanoscale sensing through the breakthrough research of 2009.
The Invisible Architects: How Defects Build Our Quantum Future
Exploring how quantum defects in semiconductors are revolutionizing computing, sensing, and communication technologies.