Research Articles
The Third Spin: How DNA Hairpins Are Revolutionizing Quantum Computing
Exploring how photogenerated spin qubit pairs interact with third electron spins in DNA hairpins for quantum computing applications
Quantum Leap: How a Molecular Ring Is Paving the Way for Room-Temperature Quantum Computing
Breakthrough research on macrocyclic parallel dimers that maintain quantum coherence at room temperature, enabling practical quantum computing applications.
Quantum Leap: How AI is Unleashing Quantum Computing's Full Potential in Materials Science
Discover how machine learning potentials are extending quantum computing's reach in materials science, enabling breakthroughs in energy, medicine, and technology.
The Quantum Compass: How AI and New Materials Are Revolutionizing Nano-Electronics
Discover how artificial intelligence and quantum geometry are transforming nano-electronics and catalyst design through revolutionary electronic structure prediction methods.
Harnessing Spin: The Molecular Triplet Qubits Revolution
Exploring the groundbreaking potential of molecular triplet qubits for quantum computing and biological sensing applications.
The Invisible Bridge: How Computer Simulations Are Perfecting Atomic-Scale Quantum Connections
Explore how computer simulations are revolutionizing the fabrication of aluminium oxide tunnel junctions for quantum computing applications.