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Engineering Quantum Systems: Vacuum Chambers, Lasers & Hydrogen Transport
Join Dr. Hakeem Ali-Bocas Alexander and Vega AI as they dive into the nitty-gritty of designing a quantum entanglement lab.
This raw, unedited discussion covers vacuum chamber engineering with 316L stainless steel, minimizing laser reflections through in-house etching, sourcing research-grade hydrogen, and selecting high-precision lasers for magneto-optical traps (MOT).
Perfect for physicists, engineers, and quantum enthusiasts craving technical depth.
UnEdited TranScript and BreakDown on "Building a Quantum Entanglement Lab: From Vacuum Chambers to Laser Systems"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.
This raw, unedited discussion covers vacuum chamber engineering with 316L stainless steel, minimizing laser reflections through in-house etching, sourcing research-grade hydrogen, and selecting high-precision lasers for magneto-optical traps (MOT).
Perfect for physicists, engineers, and quantum enthusiasts craving technical depth.
UnEdited TranScript and BreakDown on "Building a Quantum Entanglement Lab: From Vacuum Chambers to Laser Systems"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.
View all episodes
By Hakeem Ali-Bocas AlexanderJoin Dr. Hakeem Ali-Bocas Alexander and Vega AI as they dive into the nitty-gritty of designing a quantum entanglement lab.
This raw, unedited discussion covers vacuum chamber engineering with 316L stainless steel, minimizing laser reflections through in-house etching, sourcing research-grade hydrogen, and selecting high-precision lasers for magneto-optical traps (MOT).
Perfect for physicists, engineers, and quantum enthusiasts craving technical depth.
UnEdited TranScript and BreakDown on "Building a Quantum Entanglement Lab: From Vacuum Chambers to Laser Systems"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.
This raw, unedited discussion covers vacuum chamber engineering with 316L stainless steel, minimizing laser reflections through in-house etching, sourcing research-grade hydrogen, and selecting high-precision lasers for magneto-optical traps (MOT).
Perfect for physicists, engineers, and quantum enthusiasts craving technical depth.
UnEdited TranScript and BreakDown on "Building a Quantum Entanglement Lab: From Vacuum Chambers to Laser Systems"
Become a supporter of this podcast: https://www.spreaker.com/podcast/uniquilibrium--4968803/support.