Quantum Programming Studio

This web-based graphical interface allows users to construct quantum algorithms and obtain results by simulating circuits directly in the browser or by executing on real quantum computers.

It provides an innovative way to bridge classical and quantum programming by automatically generating quantum circuits from short JavaScript or Python programs.

An integrated synthesis and transpilation tool allows inputting unitary matrices, desired states, or truth tables to automatically generate corresponding quantum circuits. It can also optimize existing circuits for efficiency.

You can create and execute both quantum and hybrid quantum-classical algorithms in the browser without additional software.

The tool is quantum platform agnostic, allowing circuits to be imported/exported to multiple languages/frameworks and executed on various simulators and hardware.

A simple drag-and-drop UI lets you assemble circuits, which are automatically translated to code. Conversely, typing code updates the circuit visually.

Users can share projects with others or use shared projects from the community.