2026-10-17 –, Principal
Explore the frontiers of computation with Quantum Computing using Python! This talk introduces quantum concepts and shows you how to build and run real quantum programs using libraries like Qiskit.
Quantum computing is no longer science fiction - it's here, and Python is the gateway! In this talk, you'll learn how to write quantum circuits and simulate or run them on actual quantum hardware using Python-based frameworks.
We’ll start by introducing the core principles of quantum computing, such as qubits, superposition, entanglement, and measurement, with simple visualizations. Then, we'll dive into the practical side: writing Python code that defines quantum circuits, performs quantum logic operations, and interprets results. You'll even see how to submit jobs to real quantum processors in the cloud.
Whether you're a developer curious about quantum or a data scientist exploring next-gen computing, this talk gives you practical skills and mental models to understand and use quantum tools - today.
Key Takeaways:
- Understand basic quantum computing concepts in Python terms
- Build quantum circuits with Qiskit
- Simulate quantum behavior on classical hardware
- Access cloud-based quantum processors (e.g., IBM Quantum)
- Learn about real-world applications like quantum
No specific knowledge.
- Intermediate Python
As a plus but not necessarily:
- cloud computing
- Basic DS/ML knowledge
- quantum physics/quantum algorithms
The student will gain a basic understanding of the future of IT, a future that is already becoming a reality today. They will also gain insight into how to begin studying and developing programs specialized for quantum computing.
Choose one or more areas where this proposal fits.: Data Science and Data Analysis, Software Architecture, Scientific Computing
I am a Team Lead with over 12+ years of experience in software development.
• I lead engineering teams and deliver robust, scalable software solutions
• I am passionate about Quantum Computing