Introduction to Quantum Technologies
The course opens with a plain-language overview - “What is quantum mechanics and quantum computing, and why now?” - to set the stage.
Participants then move through three focused blocks:
- Core principles of quantum mechanics - Build an intuitive grasp of superposition, entanglement and measurement, reinforced by clear visual aids and simple hands-on demonstrations.
- Quantum-enabled applications - Discover how those principles already power real-world technology: high-precision sensors, secure quantum links, and the development of novel materials.
- Quantum-computing fundamentals - Learn how qubits store and process information, and compare leading hardware platforms (superconducting circuits, trapped ions, photonics).
Content
- Core principles of quantum mechanics – superposition, entanglement, measurement
- Quantum-enabled applications – sensing, communications, materials
- Quantum-computing fundamentals – qubits, hardware landscape
Learning Outcomes
Upon completion of this course, learners will be able to:
- Explain the core concepts of quantum mechanics in their own words.
- Identify some of current applications that already rely on quantum mechanics.
- Describe how a quantum computer represents and processes information with qubits, and outline the main hardware approaches.
Training Method
Interactive lectures with visual aids, short hands-on exercises, small-group discussions, and a brief end recap to check understanding. Participants will also benefit from practical insights, advice, and real-world expertise shared by quantum technology specialists from LuxQuantum.
Certification
Certificate of ParticipationPrerequisites
There are no prerequisites.
Planning and location
09:00 - 12:30
Your trainer(s) for this course
Samira Chaychi
View all their courses.Samira Chaychi, co-founder and technical lead at LuxQuantum, holds a PhD in Computer Science from the University of Luxembourg, where she pioneered proactive computing for robotic systems.
With more than ten years in R&D, she has deep expertise in software development, high performance computing, cryptography and data science - and now applies her skills to advance secure quantum communication protocols that promise unbreakable encryption over global networks. Her blend of technical vision and strong project-management expertise drives LuxQuantum’s innovation forward.
Sharif Shahini
View all their courses.Sharif Shahini is a physicist and materials scientist with a solid foundation in academic research and entrepreneurship. He holds a PhD in Physics from the University of Luxembourg and two MSc degrees in Physics and Materials Science & Engineering from Sorbonne University and Sharif
University of Technology.
With expertise in condensed matter physics, optics, quantum materials, and nanotechnology, Sharif's diverse educational background fuels his innovative approach to science and technology.
As the co-founder of LuxQuantum, he leads efforts to advance quantum cryptography technologies, focusing on bridging gaps in quantum technology interoperability.