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YouTube

Controlling Photons in a Box and Exploring the Quantum to Classical Boundary

APS Physics via YouTube

Overview

This course explores the boundary between quantum and classical physics by discussing topics such as controlling photons in a box, cavity QED, and the journey towards a practical quantum computer. The learning outcomes include understanding the principles of cavity QED, counting photons, and exploring outstanding questions in the field. The course teaches skills such as analyzing thought experiments, improving cavity QED, and discussing the current state of quantum physics research. The teaching method involves a lecture format with discussions on Nobel Prize-winning research and future directions in the field. The intended audience for this course includes students and professionals interested in quantum physics, photonics, and experimental physics.

Syllabus

Introduction
Thought experiments
Nobel Prize
In vivo physics
How all this started
Lasers and microwaves
Improving the cavity QED
The Holy Grail
The photon box
Counting photons
Current state
cavity QED
Acknowledgement
Nobel Prize 1966
Room where we are now working
Questions
Next Nobel Prize
When will there be a practical quantum computer
How large are we
What is the difference
Outstanding questions

Taught by

APS Physics

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