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Quantum Primitives II (Phase Kick-back and LCU) with Eden Schirman
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The 3rd lecture of the mini-course where the phase kick-back and the linear combination of unitaries (LCU) primitives are covered.
Corresponding HW Assignment
Apply the non unitary matrix: [[1,0],[0,1]] on a 1-qubit quantum state which has a 0.3 probability being measured in the zero state |0〉.
Deliverable -
Either a Jupyter notebook with the implementation and explanations
OR a PDF with the native Qmod code and a figure of the quantum program implementing the desired algorithm, alongside proper explanations.
Corresponding HW Assignment
Apply the non unitary matrix: [[1,0],[0,1]] on a 1-qubit quantum state which has a 0.3 probability being measured in the zero state |0〉.
Deliverable -
Either a Jupyter notebook with the implementation and explanations
OR a PDF with the native Qmod code and a figure of the quantum program implementing the desired algorithm, alongside proper explanations.