Real market sizes from leading analysts. Explore each frontier, then choose one to focus on — mastery comes from depth, not scatter.
The same simple doorway, advanced. MANU writes the circuit from your intent, prior measured benchmarks sit in front of you, every step explains itself, and your run comes back with a verifiable receipt.
Foundations to frontier research — chemistry, materials, optimization, ML, error correction, security. One click opens the full guided flow with current research context. No literacy needed — MANU writes it.
Build a maximally entangled multi-qubit state and measure its fidelity.
5Amplify a marked item in an unstructured set with quadratic speedup.
4Generate certified randomness from measured superposition.
8Estimate a molecule's ground-state energy with a variational ansatz.
4Estimate binding energy of a candidate molecule to a target protein.
6Simulate electronic structure of a material to find its properties.
6Simulate a many-body lattice (e.g. Ising / Hubbard) dynamics.
8Solve a combinatorial problem (e.g. Max-Cut) with QAOA.
6Portfolio optimization or Monte-Carlo risk estimation.
6Train a quantum kernel / variational classifier on data.
6Encode a logical qubit and detect/correct errors (e.g. small code).
9Test a post-quantum signature against a quantum-prepared challenge.
2Describe what you want in one sentence — MANU writes the circuit.PREVIEW wiring to