AI quantum circuit generation
Leona Quantum generates quantum circuits from natural-language input and outputs code and circuit diagrams.
A self-evolving quantum solution platform.
Generate, run, and reuse quantum circuits.
LEONA QUANTUM / PRODUCTAI-POWERED CIRCUIT DEVELOPMENT
01
DescribeExpress the circuit in natural language
02
GenerateCreate the circuit, code, and diagram
03
Run & verifyExecute the circuit and review the checks
04
Save & useKeep the work in your Studio workspace
Quantum circuit development, in one flowGENERATE · VERIFY · USE
A product walkthrough showing Agent Run, Atlas, and Studio from generation and verification through reuse and editing.
The platform
Generate, run, verify, and use quantum circuits in one environment.
Our product
Everything needed to develop and use quantum circuits.
Open the workspace ↗
Verified circuit execution
Run generated or existing circuits on the supported simulator, then review the verification checks for that result before you rely on it.
Research and circuit repository
Search and use quantum circuits, algorithms, and implementation code in the Atlas. Save your own code and execution settings in Studio for later editing and use.
Atlas
Put quantum circuits to work.
Search and use quantum circuits, algorithms, and implementation code in one place with Atlas.
Explore the Atlas ↗Execution record
Trace how each result was produced.
Leona Quantum keeps the circuit, execution settings, results, checks, and related information together. Review what was generated, how it was executed, and how the result was produced.
Circuit
The generated or selected quantum circuit.
Code
The implementation used for the run.
Execution settings
Framework, simulator, shots, seed, and other conditions.
Results
The outputs returned by the recorded execution.
Checks
The checks completed for that result.
Sources
References and context connected to the work.
Frameworks
Supports a range of quantum frameworks
Generate and inspect quantum circuits using supported frameworks such as Qiskit, Cirq, and PennyLane. Select the framework that fits your development environment and purpose.
- Qiskit
- Cirq
- PennyLane
Our principles
What we won't trade away.
Evidence first
A result you cannot inspect is a claim. The check ships with the answer, including when the check could not run.
Open by default
The Atlas is public because shared groundwork makes private work faster.
Privacy by design
Studio content is yours. Nothing you build there feeds anything public.
Supports a range of quantum frameworks
Work with supported frameworks such as Qiskit, Cirq, and PennyLane, and choose the environment that fits the task.
Get started
Develop your next quantum circuit with Leona Quantum.
Start from natural language or use an existing circuit from the Atlas.