Trapping Hydrogen Atoms: Laser Tech for Quantum Entanglement Experiments
Update: 2025-04-18
Description
Join Dr. Hakeem Ali-Bocas Alexander in this raw, unfiltered discussion on designing a cutting-edge quantum entanglement experiment.
Dive into the technical details of using optical tweezers, Doppler cooling, and two-photon excitation to isolate and manipulate hydrogen atoms.
Learn about laser specifications (IPG Photonics EMR series, Coherent Mira HP), imaging systems (Thor Labs), and vacuum chamber engineering.
Perfect for physicists, engineers, and quantum enthusiasts craving a deep dive into experimental setups.
UnEdited TranScript and BreakDown on "Behind the Scenes: Building a Quantum Entanglement Experiment with Hydrogen Atoms"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.
Dive into the technical details of using optical tweezers, Doppler cooling, and two-photon excitation to isolate and manipulate hydrogen atoms.
Learn about laser specifications (IPG Photonics EMR series, Coherent Mira HP), imaging systems (Thor Labs), and vacuum chamber engineering.
Perfect for physicists, engineers, and quantum enthusiasts craving a deep dive into experimental setups.
UnEdited TranScript and BreakDown on "Behind the Scenes: Building a Quantum Entanglement Experiment with Hydrogen Atoms"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.
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