Exploring the Universe with Quantum Technology
From Black Holes to Quantum Computing – The New Frontier in Physics
Creative Instructor
Prof. Dr. Oliver Buchmueller
Learning Objective
Participants will gain an understanding of how cold-atom quantum technologies enable new tests of fundamental physics, from dark matter and gravitational waves to precision timing and emerging quantum computing platforms.
Topics
Quantum technology, Cold atoms, Dark matter, Gravitational waves, Atomic clocks, Quantum sensing, Quantum computing, Fundamental physics, Cosmology
Foundations and Frontiers of Quantum Computing
Creative Instructor
Dr. Amaria Javed
Learning Objective
This talk aims to introduce the foundational principles of quantum computing and highlight current research frontiers. Participants will gain a conceptual understanding of how quantum computers differ from classical systems and explore emerging applications and challenges in the field.
Topics
Fundamentals of Quantum Computing, Quantum Algorithms, Quantum Hardware, Current Challenges (NISQ, Error Correction), Applications and Future Outlook
Quantum Machine Learning (QML) and Quantum Circuits
Creative Instructor
Prof. Dr. Muhammad Shafique
Learning Objective
Learn an overview of advanced QML techniques Learn design and optimization of efficient quantum circuits for different applications like finance, scheduling, etc.
Topics
QML, Quantum Circuits, Optimizations, Efficiency, Applications
Applied Spontaneous Symmetry Breaking for Photonic Integrated Circuits
Creative Instructor
Dr. Lewis Hill
Learning Objective
Photonic Integrated Circuits Spontaneous Symmetry Breaking Nonlinear Optics Dynamical Systems and Chaos
Topics
Spontaneous Symmetry Breaking
