2
Parameterized Circuits
Ansatz Design and the Quantum Side in Detail
Ansatz design, hardware-efficient and chemically-inspired circuits, compilation and circuit depth, Hamiltonian encoding, representations of quantum states (statevector / product / density / MPS), how measurement actually works on hardware, shot budgets, and the ansatz as a manifold.
Lessons
2.1
Ansatz Design
2.2
Hardware-Efficient Ansatz
2.3
Chemically Inspired Ansatz
2.4
Compilation, Depth, and Width
2.5
Hamiltonian Encoding
2.6
Representations of Quantum States
2.7
How Measurement Actually Works in a VQA
2.8
Measurement Grouping and Shot Budget
2.9
The Ansatz as a Manifold
Guided instruction and research mentorship are offered separately → hbar.work