Pioneering quantum research initiatives exploring quantum supremacy, error correction, and the fundamental limits of quantum systems. Our work bridges theoretical breakthroughs to practical applications.
We've achieved quantum advantage in factoring large primes using Shor's algorithm with a new 256-qubit processor, surpassing classical supercomputers.
New topological qubit design demonstrates record 24-hour coherence times at temperatures near absolute zero, revolutionizing quantum memory.
Our research spans quantum algorithms, hardware, and applications at the cutting edge of quantum innovation.
Quantum Error Correction
Quantum Material Synthesis
Hybrid Quantum-Classical Systems
Quantum Machine Learning
Developing new materials for qubit fabrication including superconducting circuits, photonic crystals, and topological insulators.
Creating novel quantum algorithms for optimization, simulation, and cryptography with 150+ publications in nature journals.
Designing next-generation quantum processors with ultra-low error rates using ion traps and topological qubit architectures.
Applying quantum computing to climate modeling, protein folding, and financial portfolio optimization with industry partners.
We're looking for collaborators, researchers, and visionaries ready to shape the quantum future. From postdocs to industry partners.