Quantum computing
Quantum computers process information in qubits that can exist in superpositions and become entangled, letting them explore many computational paths at once. For certain problems this yields exponential speedups over classical machines.
They could transform chemistry, materials design, optimization, and cryptography — simulating molecules and reactions intractable for any classical computer, a direct accelerant for ASIZ's materials and energy work.
Today's noisy devices have hundreds of qubits but high error rates; fault-tolerant, error-corrected machines that deliver practical advantage are the central goal and remain years away.
The discovery loop, applied.
Through the Computational Discovery center, ASIZ aims the discovery loop at quantum computing: frontier models survey the literature and simulate the possibilities, rank the experiments most likely to resolve the open questions, and partner labs run the decisive ones — with results shared openly.