Personal Blogs
yao Introduction to Yao.jl - Differentiable Quantum Programming In Julia

This is an introduction on how to use Yao, an open-source Julia package for solving practical problems in quantum computation research.
expr Expressibility and Entanglment Capability measures for Paramaeterized Quantum Circuits (PQCs)

This is an introduction on how to analyze experissibility and entanglement capability for parameterized quantum circuits that are used in variational quantum circuits.
vqe Introduction to Variational Quantum Eigensolver

This is an introduction on how to build VQE from scratch using Qiskit to find ground state and excited states for a Hamiltonian.

qc Introduction to Quantum Computing using Qiskit

This is an introduction on how to build VQE from scratch using Qiskit to find ground state and excited states for a Hamiltonian.

External Blogs
yao Estimating the potential energy surface of molecular Hydrogen with ZNE and PennyLane + Cirq

This presents application of zero-noise extrapolation (ZNE) to the estimation of the potential energy surface of molecular Hydrogen (H2) using the variational circuit based on O'Malley et al. PRX (2016).
expr Machine learning for quantum many-body problems

This describes one of the ideas for using classical shadow formalism and machine learning to predict the ground-state properties of the 2D antiferromagnetic Heisenberg model.
vqe Introduction to Quantum Machine Learning

This explores the use of quantum computing for machine learning as an exciting prospective applications of quantum technologies.


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