Introduction to Quantum Computing Presentation
- 1. Quantum Computing: The Future of Computation Presented by: Dr. Mohd Nadeem
- 2. Introduction • What is Quantum Computing? • How it differs from classical computing • Importance in today’s world
- 3. Classical vs Quantum Computing Feature | Classical Computers | Quantum Computers ------------------|---------------------|--------------------- Bit | 0 or 1 | Qubit (0 and 1) Speed | Limited | Parallel Computation Logic Gates | AND, OR, NOT | Quantum Gates
- 4. Key Quantum Concepts • Qubit – Quantum Bit • Superposition – Multiple states simultaneously • Entanglement – Linked qubits
- 5. Applications of Quantum Computing • Cryptography (Quantum Key Distribution) • Drug discovery and protein folding • Financial modeling • AI acceleration • Material science simulations
- 6. Quantum Supremacy • What is it? • Google's 2019 quantum supremacy claim • Current milestones
- 7. Challenges and Limitations • Decoherence and noise • Error correction • Hardware scalability • High cost
- 8. Major Players in Quantum Computing • IBM Quantum • Google Quantum AI • Microsoft Azure Quantum • D-Wave • Rigetti
- 9. Conclusion • Quantum computing is transformative • Still early-stage but evolving fast • Potential in solving complex real-world problems