The open source operating system for quantum hardware
Quantum programming, simulation, control and remote access
An open quantum ecosystem
Qibo is an end-to-end open source platform for quantum simulation, quantum hardware control and remote access. It has a comprehensive, flexible ecosystem of tools, libraries and community resources that lets researchers and users to quickly deploy quantum powered applications.
Applications
We provide an open source codebase of pre-coded quantum algorithms for applications in quantum machine learning, chemistry, industry among others.
Algorithms
We offer tutorials and code examples for quantum algorithms that can be quickly modified and adapted by developers.
Laboratory tools
We support hardware control procedures for laboratories technologies, including pulses sequence generation, job submission and results recontruction.
Open hardware
We suggest accessible hardware for quantum simulation and hardware implementation.
Partners
Built for
- Laboratories
Experimental laboratories development quantum technologies can use Qibo to deploy pre-coded quantum algorithms.
Create custom experimental drivers for custom lab setup.Use existing calibration procedures for experiments.Deploy quantum algorithms easily.Implement communication between the lab server and instruments, including FPGA code. - Users
Qibo provides quantum algorithms for applications in science and industry. Some examples are:Quantum Circuits for Quantum Machine Learning models.Optimization algorithms based on quantum Annealing.Models for High Energy Physics. - Developers
Developers have access to an end-to-end open source platform for quantum simulation with a comprehensive, flexible ecosystem of tools, libraries and community resources.Large code base of models, tutorial and code examples.Simple interface in Python.Multiple simulation backends for CPU and GPU nodes.Tutorials and documentation for custom model building. - LaboratoriesExperimental laboratories development quantum technologies can use Qibo to deploy pre-coded quantum algorithms.Create custom experimental drivers for custom lab setup.Use existing calibration procedures for experiments.Deploy quantum algorithms easily.Implement communication between the lab server and instruments, including FPGA code.
- UsersQibo provides quantum algorithms for applications in science and industry. Some examples are:Quantum Circuits for Quantum Machine Learning models.Optimization algorithms based on quantum Annealing.Models for High Energy Physics.
1 of 3
Getting started!
© The Qibo Team.
