QUANTUM TRACK

Quantum Computing & Algorithms Track

From Linear Algebra fundamentals to Qiskit SDK, Bell States, VQE, and Grover's Search Algorithm.

Progress

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  1. MODULE 1

    Module 1: Mathematical Foundations of Quantum Mechanics

    3 Hours

    Topics Covered:

    • Complex Vectors
    • Hilbert Spaces
    • Bra-Ket Notation
    • Unitary Operators
    • Hermitian Matrices
    Understanding state vectors in Hilbert Space is essential for Quantum Computing. Quantum states are normalized vectors represented in Dirac notation |ψ⟩.

  2. MODULE 2

    Module 2: Qubits, Bloch Sphere & Quantum Gates

    4 Hours

    Topics Covered:

    • Single Qubit Gates (X
    • Y
    • Z
    • H
    • S
    • T)
    • Bloch Sphere Rotation
    • Multi-qubit CNOT
    • SWAP
    Superposition allows a qubit to exist in a linear combination of states |0⟩ and |1⟩ until measured.

  3. MODULE 3

    Module 3: Quantum Entanglement & Bell States

    4 Hours

    Topics Covered:

    • Tensor Products
    • Entangled States
    • EPR Paradox
    • Teleportation Protocol
    Entanglement links quantum particles such that state measurements instantaneously determine partner states.