The qBraid Platform

Whether you're just discovering quantum computing or you're working to unlock and leverage its full potential, we've got you covered.

qBraid Learn

qBraid Learn is our educational platform, offering hands-on learning material at a variety of levels: from basic courses aimed at high school students to advanced tutorials on research topics. Our content is highly interactive, and is designed to lower the steep learning curve associated with quantum computing. With qBraid, you will learn to write code for quantum computers from the moment you log in – no software or Python installations required.

Learn More

The qBraid learn platform is designed to help students learn and write quantum code within the same tutorials

qBraid Learn

The qBraid learn platform is designed to help students learn and write quantum code within the same tutorials

qBraid Learn is our educational platform, offering hands-on learning material at a variety of levels: from basic courses aimed at high school students to advanced tutorials on research topics. Our content is highly interactive, and is designed to lower the steep learning curve associated with quantum computing. With qBraid, you will learn to write code for quantum computers from the moment you log in – no software or Python installations required.

Learn More

The qBraid research platform allows researchers to choose between environments comprised of packages from different quantum software providers

qBraid Research

qBraid Research is built and optimized for working seamlessly with all major quantum computing frameworks and hardware providers. We take care of the software, so researchers and developers can write and deploy their quantum algorithms on any hardware they like, and never worry about environments or compatibility. This platform includes libraries tailored to specific applications, to accelerate the pace of development in key areas like chemistry and cryptography. With just a few clicks, you can program using off-the-shelf software environments from IBM, Google, Rigetti, Cambridge Quantum Computing, or you can explore qBraid's native libraries. You can also customize your environment for your specific needs.

Learn More

qBraid Research

The qBraid research platform allows researchers to choose between environments comprised of packages from different quantum software providers

qBraid Research is built and optimized for working seamlessly with all major quantum computing frameworks and hardware providers. We take care of the software, so researchers and developers can write and deploy their quantum algorithms on any hardware they like, and never worry about environments or compatibility. This platform includes libraries tailored to specific applications, to accelerate the pace of development in key areas like chemistry and cryptography. With just a few clicks, you can program using off-the-shelf software environments from IBM, Google, Rigetti, Cambridge Quantum Computing, or you can explore qBraid's native libraries. You can also customize your environment for your specific needs.

Learn More

Tailored to your role

student-icon

STUDENT

student-icon

TEACHER

student-icon

RESEARCH

Our Learning Experience

Our learning platform is designed to lower the steep learning curve associated with quantum computing.

Ease of Use

No installation or software requirements.

Learn to write code for quantum computers as soon as you log in.

World-class Learning Resources

Courses at three levels:

Qubes (quantum beginners)

Quint (quantum intermediates)

Qupro (quantum professionals)

Hands-on tutorials with coding exercises and quizzes embedded.

Our Teaching Experience

We have designed qBraid to make teaching quantum computing as easy and smooth as possible.

Easy to Set Up

Students simply log in to qBraid, and they are ready to go.

Students' working directories are pre-populated with the programming environments and tutorials for your class.

Highly Configurable

Teach using our tutorials or write your own directly within the platform.

Choose a custom package list, or select one of our curated environments.

The Ideal Place to Learn Quantum.

Students execute Python code directly within their tutorials.

Run code on either classical or quantum hardware.

Run quizzes within qBraid.

Our Research Experience

qBraid is designed to simplify swapping between programming environments and to allow you to learn new quantum packages and fields more effectively.

Learn more efficiently

Package-specific tutorials.

Tutorials on advanced quantum algorithms for early impact applications.

Develop smoothly and flexibly

No need to maintain packages and environments locally. You tell us what you want, and we take care the rest.

Run your code on the hardware of your choice.

Access to native libraries to enhance your quantum development.

Easily share environments with your collaborators.