L12 Composite systems : Introduction to quantum computing course 2022
L12 Composite systems : Introduction to quantum computing course 2021
Intro to Quantum Computation: L12 - Stabilizers and the Gottesman-Knill Theorem (UPB Spring 2021)
L12 Schrodinger's equation : Introduction to quantum computing course 2020
L13 Composite systems and entanglement : Introduction to quantum computing course 2022
Intro to Quantum Computation: Lecture 11 - Grover search and approximate counting (UPB 2020)
Intro to Quantum Computation: Lecture 4 - No cloning, entanglement, and density matrices (UPB 2020)
L11 Composite systems and entanglement : Introduction to quantum computing course 2020
Michael Beverland (Microsoft) - Lower bounds on the non-Clifford resources for quantum computations
The Origins of the "KLM" Proposal - Dr. Gerard Milburn
13. Dual rail photon quantum computation model I
3. Intro to quantum information I
L12-Quantum for Engineers, 20201001
L12-2 Rotating Magnetic Field and Rotating Frame
Spring School on Quantum Error Correction Day 2, Introduction to QEC: Kenneth Brown (Duke)
L9 Observables : Introduction to quantum computing course 2021
Intro to Quantum Mechanics & Quantum Computing - Chemistry Lecture
L18 Schrodinger's equation and unitary operations : Introduction to quantum computing course 2022
Learning Beyond Stabilizer States
Layout Synthesis for Quantum Computing: Gap Analysis and Optimal Solution
