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Quantum Computing Applications in Nuclear Physics
Introduction
Quantum computing: a brief introduction
From classical to quantum: bits to qubits
Quantum gates and simple circuits
Computer science: P/NP space & quantum computing
Building a quantum computer: experimental techniques
Variational Quantum Eigensolver
Quantum Computing the Deuteron
First Steps: N=2
Complexity++: N=3
A General Case
Quantum Natural Gradient
Running on “Hardware”
Noisy Circuits
Error Mitigation: Zero-Noise Extrapolation
Zero-Noise Extrapolation: the N=2 case
Real Hardware: N=2 Case
Dimensionality Reduction
Quantum Harmonic Oscillator as a two level system
Reduced Basis Method on a Quantum Computer
Final challenge: Solving the Gross-Pitaevskii Equation
Conclusions and Acknowledgements
Contributors
Repository
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