QSE

The Quantum Simulation Environment (QSE) package is intended to provide a flexible, modular way to frame a quantum simulation problem involving position-dependent quantum degrees of freedom. Primarily we look at a collection of qubits at given set of coordinates. These can be arbitrary coordinates, or defined on a lattice.

QSE’s design is adapted from Atomic Simulation Environment (ASE) to suit the needs for an abstract representation for

1. defining quantum computing systems

2. computing operations/simulations

in a vendor and backend agnostic way. ASE’s modular nature, and extensibility make it very useful for a similar quantum computing application. Below is the visual organization of the components of QSE.

        ---
config:
  layout: tidy-tree

---
mindmap
   root((QSE))
      Qbits
         Qbit
         Cell
      Calculator
         Pulser
         MyQLM
         Qutip
      Utils
         Magnetic
         Signals
      lattices
         2D
         3D
      Visualise
    

Note

This project is under active development.

Qbits

Qbit is the smallest class that represents just one qubits. Qbits is the primary class that represents a collection of qubits. It can be instantiated by providing a list of coordinates, or as an empty class. See the Qbits examples for more details.

import qse
qsqr = qse.lattices.square(
   lattice_spacing=2.0,
   repeats_x=4, repeats_y=4)
qsqr.draw(radius=5.0)

Calculator

Calculator

Contributing

See the contributing page.