Lecture 15 1 SPIN AS A QUBIT

Lecture 15 2 BLOCH SPHERE

Lecture 15 3 STERN GERLACH

Lecture 15 4 PAULI SPIN MATRICES

Lecture 16 1 LARMOR PRECESSION

Lecture 16 2 SPIN RESONANCE

Lecture 16 3 CLASSICAL CONTROL

Lecture 16 4 WRAPPING UP

Lecture 13 1 CONTINUOUS QUANTUM STATES

Lecture 13 2 SCHRÖDINGER'S EQUATION FOR 1D FREE PARTICLE

Lecture 13 3 PARTICLE IN A BOX

Lecture 13 4 IMPLEMENTING QUBITS

Lecture 14 1 LIMITS OF QUANTUM COMPUTERS

Lecture 14 2 ADIABATIC QUANTUM COMPUTATION

Lecture 14 3 BQP

Lecture 11 1 NEEDLE IN A HAYSTACK

Lecture 11 2 GROVER'S ALGORITHM

Lecture 11 3 IMPLEMENTING GROVER'S ALGORITHM

Lecture 12 1 OBSERVABLES

Lecture 12 2 OBSERVABLES

Lecture 12 3 SCHRÖDINGER'S EQUATION

Lecture 7 2 UNIVERSAL FAMILY OF GATES

Lecture 9 4 QFTN

Lecture 7 3 REVERSIBLE COMPUTATION

Lecture 9 3 QFTN

Lecture 10 1 PERIOD FINDING

Lecture 9 5 PROPERTIES

Lecture 10 2 SHOR'S FACTORING ALGORITHM

Lecture 8 1 FOURIER SAMPLING

Lecture 9 2 N TH ROOTS OF UNITY