Q-Circuits

My Quantum Computing Journey

This repository documents my exploration into Quantum Logic and Circuits. As an Electrical and Electronics Engineering student, I am interested in how quantum gates represent a fundamental shift from classical CMOS logic.

🛠 Tools Used

• Simulator: Quirk
• Environment: Fedora Linux (Hyprland WM)
• Concepts: Dirac Notation, Bra-ket Algebra, Bloch Sphere analysis.

🧪 Experiments included

1. 4-Qubit GHZ State

A demonstration of maximal entanglement across four qubits.

• Logic: $H \to CNOT \to CNOT \to CNOT$
• State: $\frac{|0000\rangle + |1111\rangle}{\sqrt{2}}$
• Key Learning: Shared uncertainty and non-locality.

2. Bell States

Exploring the four fundamental entangled states for 2 qubits.

📡 Future Goals

• Implementing Quantum Full Adders.
• Simulating circuits using Qiskit in Python.
• Connecting Quantum algorithms to classical VLSI design principles.

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Maintained by Umesh Penkey (3rd Year B.Tech, JNTUACEK)