Spooky-Manufacturing / QEDA

Quantum Electronics Design Automation - The RTL of Quantum Computing

QEDA

Quantum Electronics Design Automation - The RTL of Quantum Computing!

What is the purpose of QEDA?

The purpose of QEDA is to provide an open-source synthesizer for the OpenQASM language. Much like Verilog and VHDL are used to define digital circuits, OpenQASM is a language used to describe quantum circuits making it the perfect language for us to build our synthesizer around.

Targeted Paradigm

• LOQC (Linear Optical Quantum Computing).

Targeted Language

• OpenQASM V3.x
  • Language support provided by OpenQASM-LanguageSupport

Short Term Goals

• Integration with SpookyMFG's Universal Quantum Gate Set
• Support for custom gates utilizing SpookyMFG's universal gates.
  • Planned fulfillment by use of gate decomposition algorithms:
    • Immediate need for Shannon Decomposition Algorithm Integration
    • (future) Davio Algorithm Integration
• Circuit success rate & time-to-success (TTS) estimation
• Automated Schematic Synthesis (Internal)
• Automated PCB Layout (Internal)
• Automated integration with SpookyMFG's Q-Ctrl backends
• GUI Fulfilled by SpookyIDE!
• QASM Language Syntax Highlighting Fulfilled by OpenQASM-LanguageSupport

Mid Term Goals

• Schematic Viewer (internal) Nearly fulfilled by kicad-vscode
• PCB Viewer (internal) Nearly fulfilled by kicad-vscode
• Circuit Simulation (planned fulfillment via QisKit integration)
• VHDL/Verilog Integration

Long Term Goals

• Support for custom gate design utilizing user-defined bloch-sphere rotations & non-linear operations. Planned fulfillment by gate decomposition.
• Synthesis-to-Chip ISO Chip foundaries with optical engineering capabilities!
• 3D Circuit View
• Advanced simulations (planned fulfillment via custom simulator)