tight-binding model simulation of the effects of an exterior electric field on a circular quantum dot using Kwant
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Updated
Oct 19, 2020 - Python
tight-binding model simulation of the effects of an exterior electric field on a circular quantum dot using Kwant
Numerical simulation of Landau Levels.
Numerical simulation of Resonant Tunnelling in an Arbitrary Potential.
Simulation of a Quantum Wavepacket meeting a potential barrier.
This is a template for a number of quantum simulators
QFide: A simulation tool for quantum teleportation
Redefining Gravity: The Role of Active Time Theory in Unifying Quantum and Classical Physics
Benchmarks of different minimization algorithms and strategies applied to the VQE model, simulations performed with Qibo
An open source Python package for molecular and condensed matter VQE research
An API to make quantum circuits accessible for cold atom backends
A basic implementation of a Quantum Simulator in Python to learn the basic components
Python Model which compute Bell's Inequality for Quantum System and EPR System
Large-scale tensor algebra using pyCOMPSs
Quantum Simulation Framework for N-Level Cavity QED
This is an implementation of IBM's Quantum Experience in simulation; a 5-qubit quantum computer with a limited set of gates.
A Web3-Powered (Near), Decentralized Quantum Simulator with Verifiable Computation
Reinforcement learning model-free quantum control on many coupled qubits.
Source code of Hiperwalk project
EntropiQ - design and run large-scale simulations of quantum systems using Tensor Networks
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