PachinQo

This project simulates a compilation technique for Rydberg atom quantum computing operations.

Project Structure

The project consists of the following Python files in the framework directory:

• main.py: The entry point for the code.
• grid.py: Contains the core logic for the atom grid simulation.
• atom.py: Defines the Atom class.
• devices.py: Contains classes for optical devices (AOD, SLM).
• zones.py: Defines different zone classes (Entanglement, Storage, Readout).
• utils.py: Utility functions for debugging and validation.
• constants.py: Defines spacing constants for atoms in each zone.

It also consists of QASM file benchmarks in the benchmarks directory.

File Descriptions

main.py

The main entry point for running the simulation. It initializes the grid and executes the simulation.

grid.py

Contains the Grid class, which is the core of the simulation. It manages the atoms, zones, and devices, and implements the main simulation logic.

atom.py

Defines the Atom class, representing individual atoms in the grid with properties such as position, zone, and associated device.

devices.py

Contains classes for optical devices:

• OpticalDevice: Base class for devices.
• AOD (Acousto-Optic Deflector): Manages mobile columns of atoms.
• SLM (Spatial Light Modulator): Manages fixed atom traps in the grid.

zones.py

Defines different types of zones in the grid:

• Zone: Base class for all zones.
• StorageZone: For storing atoms.
• EntanglementZone: Where atom entanglement occurs.
• ReadoutZone: For atom readout operations.

utils.py

Contains utility functions for debugging and validating the grid state:

• debug_print_atom_info: Prints detailed information about atoms.
• debug_print_mappings: Displays qubit-to-atom mappings.
• validate_partial_swaps: Validates the state of partial swap operations.

constants.py

Defines constants used throughout the project, particularly spacing values for atoms in different zones.

Usage

To run the simulation:

python main.py