Course

Unit 1

Linear Algebra Revisits: Complex Numbers Versus Real Numbers, Vectors, Scalar Multiplication, Vector Addition, and Bases.Introduction to Quantum Computing: Quantum Bits, Bloch Sphere Representation of a Qubit, Multiple Qubits

Unit 2

: Introduction to Quantum Mechanics: The Postulates of Quantum Mechanics, EPR Paradox, Quantum Physics Essentials, Atoms, Elementary Particles, And Molecules, Hilbert Spaces, and Uncertainty.

Unit 3

Quantum Circuits: Single Qubit Gates and Operations, Multiple Qubit Gates and Operations, Design and Simulation of Quantum Circuits.

Unit 4

Quantum Algorithms: Introduction to Quantum Algorithms, Deutschs Algorithm, Deutschs-Jozsa Algorithm, Shors Algorithm, Grovers Algorithm and Generalizations, etc.

Unit 5

Quantum Information Processing and Error Correction: Quantum Noise and Quantum Operations, Classical Noise and Markov Processes, Quantum Operations, Distance Measures for Quantum Information; Quantum

Course Outcomes:

• CO1:  Understand the basics of quantum mechanics and quantum computing principles.
• CO2: Understand Quantum circuits, Single Qubit Gates and Operations.
• CO3: Understand and apply quantum algorithms such as Deutsch’s Algorithm, Deutsch’s-Jozsa Algorithm, Shor’s Algorithm.
• CO4: Understand the Quantum information processing and error correcting.

CO-PO Mapping: