/ Symbiosis Quantum Club / SIT Pune
GitHub ↗ Open Docs
Student-Driven Learning Initiative

Quantum Computing
Learning Suite

A complete self-study system for SIT Pune Quantum Club members. Master every topic from linear algebra prerequisites through quantum error correction and real hardware — explained clearly enough for a 10th grader to follow.

13
Phases
50+
Topics
90+
Videos
16
Weeks

Your Two Tools

01
01 — Documentation Hub
Learn & Study

Deep-dive explanations of every quantum topic. Each concept is broken into an analogy, the formal definition, the key formula, and worked examples — so nothing feels abstract.

  • 13 phases from prerequisites to hardware
  • Concept → Analogy → Formula → Key Points
  • 90+ curated YouTube links per topic
  • Per-topic notes, auto-saved in browser
  • Live search across all 50+ topics
Open Documentation
02 — Progress Tracker
Track & Verify

Systematically check off every topic as you complete it. Per-phase ring indicators, milestone questions, and a full dashboard ensure you never lose track of where you are.

  • 9 phases, 120+ checkable topics
  • Ring progress indicator per phase
  • Milestone check questions per phase
  • Overall completion dashboard
  • Progress persists across sessions
Open Tracker
13
Learning Phases
Prerequisites through hardware
50+
In-depth Topics
Annotated with analogies
90+
Video Resources
Curated YouTube links
16
Weeks Planned
Self-paced, structured

What's Inside

02

Phase 0–2
Foundations

Linear algebra, complex numbers, Dirac notation, the Bloch sphere, Pauli operators, and quantum measurement. Designed for total beginners — no prior physics assumed.

Beginner

Phase 3–7
Core Algorithms

Deutsch-Jozsa, Grover's search, the Quantum Fourier Transform, Shor's factoring algorithm, quantum teleportation, and superdense coding. Theory plus Qiskit code.

Intermediate

Phase 8–12
Advanced Topics

Quantum error correction and surface codes, BB84 & E91 cryptography, VQE, QAOA, trapped-ion vs. superconducting hardware, and Google Sycamore benchmarks.

Advanced

Full Curriculum

03
Phase Title Timeline Key Topics
00 Prerequisites & Setup Week 1 Linear algebra, complex numbers, Dirac notation, Qiskit install on Mac
01 Qubit Fundamentals Week 2–3 Superposition, Bloch sphere, pure & mixed states, quantum measurement
02 Pauli Operators & Measurement Week 4 X, Y, Z operators, Born rule, double-slit experiment, basis measurements
03 Quantum Gates & Rotations Week 5–6 H, S, T gates, Rx/Ry/Rz rotations, universal gate sets, unitary matrices
04 Multi-Qubit & Entanglement Week 7 Tensor products, Bell states, EPR paradox, no-cloning theorem
05 Core Algorithms I Week 8–9 Deutsch-Jozsa, Bernstein-Vazirani, phase kickback, oracle construction
06 Multi-Qubit Gates & Protocols Week 10–11 CNOT, Toffoli, SWAP, quantum teleportation, superdense coding, QPE
07 Shor's Algorithm & QFT Week 12 RSA encryption, modular arithmetic, quantum period-finding, full circuit
08 Quantum Error Correction Week 13 Decoherence, bit-flip codes, Shor 9-qubit code, stabilizers, surface code
09 Grover's Search Algorithm Week 14 Oracle, diffusion operator, O(√N) speedup, amplitude amplification
10 Quantum Cryptography Week 15 BB84, E91, device-independent QKD, post-quantum NIST standards
11 NISQ & Variational Algorithms Week 16 VQE, QAOA, hybrid quantum-classical, MaxCut, drug discovery applications
12 Hardware & Benchmarks Extended Superconducting qubits, trapped ions, Quantum Volume, Google Sycamore