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Introduction

In celebration of the International Year of Quantum Science & Technology (IYQ) 2025, NSSR and St. Xavier’s College are hosting a one month intensive crash course designed to introduce students to the rapidly advancing field of quantum computing. IYQ marks 100 years of quantum mechanics and encourages communities around the world to deepen public engagement with quantum science its history, impact, challenges, and future potential. Aligned with IYQ’s mission of openness, inclusivity, honesty, and scientific integrity, this program provides an accessible and engaging environment that welcomes learners regardless of background to explore the principles and possibilities of quantum information science. Quantum science belongs to everyone, and this initiative aims to bring its excitement and relevance to early career students through hands on learning and guided exploration.

This one-month intensive crash course is designed to provide participants with a foundational understanding of quantum computing through both theoretical and practical engagement. It seeks to inspire and ignite young minds by exploring fundamental questions like:

  • What makes quantum computers fundamentally different from classical computers?
  • What principles give quantum computers an advantage over traditional machines?
  • What are the current and future possibilities in quantum information science?

What the Program Offers

Participants will explore core ideas of quantum information, qubits, superposition, entanglement, quantum gates, and fundamental quantum algorithms. The course integrates concise lectures, demonstrations, and hands-on programming using Qiskit, helping learners build both conceptual clarity and practical skills.

Throughout the program, students will also benefit from guest lectures delivered by national and international experts in quantum science and technology. These sessions will expose participants to real-world applications, current research directions, and the broader landscape of quantum technologies.

This initiative reflects the IYQ ideals by:

  • Making quantum knowledge accessible to all learners
  • Promoting scientific honesty and curiosity
  • Recognizing both consensus and open questions in quantum science
  • Encouraging dialogue across disciplines and perspectives
  • Modeling the values of responsible scientific conduct
  • And most importantly sharing the joy of discovering quantum physics

Program Overview

Course Content & Modules

Module 1: Foundations of Quantum Mechanics

  • Introduction to Quantum Physics and its historical context.
  • Wave-particle duality and the Uncertainty Principle.
  • Key concepts: Superposition and Entanglement.
  • The mathematical description of quantum states.

Module 2: Qubits and Quantum Gates

  • The Qubit vs. the Classical Bit.
  • Visualizing quantum states using the Bloch Sphere.
  • Introduction to Quantum Gates (Hadamard, Pauli-X/Y/Z).
  • Multi-Qubit Gates (CNOT, Toffoli).

Module 3: Quantum Algorithms and Circuits

  • Understanding Quantum Circuit Notation.
  • Introduction to landmark algorithms: Deutsch-Jozsa.
  • Overview of Grover's Search and Shor's Factoring algorithms.
  • Introduction to Qiskit: Setting up the Quantum Development Environment.

Module 4: Programming Quantum Circuits

  • Hands-on programming sessions using Qiskit.
  • Executing basic quantum circuits on simulated quantum environments.
  • Practical implementation of simple quantum protocols.
  • Understanding measurement and dealing with probabilistic outcomes.

Outcomes & Participant Benefits

Expected Outcomes

  • Foundational knowledge of quantum mechanics and quantum computing principles.
  • Ability to design and execute basic quantum circuits using the Qiskit framework.
  • Introductory understanding of key developments and research in quantum information science.
  • Enhanced interest in advanced STEM fields and research-based learning opportunities.

Benefits for Participants

  • Robust theoretical understanding of quantum computing fundamentals.
  • Hands-on experience in programming and simulating quantum circuits.
  • Interactive discussions and mentorship from experienced facilitators.
  • Practical foundation in quantum gates, circuits, and standard protocols.

Resource Persons

All instructors are undergraduate students at St. Xavier's College with strong interests in quantum mechanics and computing, having successfully completed the "Introduction to Quantum Computing" course offered by The Coding School (Qubit by Qubit).

Tara Bahadur Rana

Tara Bahadur Rana

Lecture on Quantum Mechanics and Quantum Computing

Om Jha

Om Jha

Basics of Python Programming

Yue-chi Pata Magar

Yue-chi Pata Magar

Lab Mentor

Manish Pandey

Manish Pandey

Lab Mentor / President, NSSR

For more details, please contact the Nepalese Society of Student Researchers (NSSR).

Ready to Join the Quantum Journey?

Secure your spot in this exciting program and start exploring the world of quantum science with hands-on practice and expert guidance.

Register Now