What we are building now, what comes next, and what is further out.
QCanvas keeps your work in your browser as you go, so a refresh or a closed tab picks up right where you left off.
A circuit you build in qdesigner goes straight into a paper, a notebook, or a slide deck, in whichever format the destination expects.
The same release adds Google Drive and OneDrive support, so your work can live in your own cloud storage rather than only in this browser.
A quantum course starts with complex numbers, linear algebra and probability before it reaches gates. Those lessons can now be built on the same canvas as the circuits.
Every element exports as an image for your slides and papers.
qBraidConnect your qBraid account and send a circuit from the canvas to real quantum processors and simulators. The results come back to the canvas.
Take a circuit from the canvas into the toolkit you already use, as runnable Qiskit, CUDA-Q or Workbench code, or as a Circuit Designer file.
Lay a lesson out top to bottom in a single column, the way a notebook reads, as an alternative to the open canvas, with support for Jupyter notebooks.
Sign in and your projects are saved to your account instead of one browser. Open them on any computer, and share one with a colleague or a class without sending a file around.
Publish a project straight to QCR, the circuit repository, where it sits alongside every other entry so people can find it, open it, and build on it.
A growing library of tutorials, lecture notes and exercises, all made by the community and ready to open inside QCanvas. Find the topic you are teaching, or the one you are studying, and start from something someone has already built.
Tell us what you need. This roadmap is shaped by what people ask us for, whether you are teaching with QCanvas, studying with it, or still deciding.