Quantum entanglement; exposing its key features

Imagine a connection so profound that two particles, light-years apart, can instantaneously influence each other. This is quantum entanglement—a cornerstone of quantum computing and a window into the fundamental workings of the universe. In this video, I'd like to share with you what I believe is the most intuitive way to understand quantum entanglement, drawing upon the deepest and most insightful ideas from Albert Einstein, Erwin Schrödinger, Brian Greene, John Preskill, and Leonard Susskind. We will discuss the notion of the privileged measurement axis, and how this is lost in maximally entangled qubits. We discuss how entanglement differs from classical correlations. We discuss how entanglement is when the qubits loses its individuality, the concept of separability. We also discuss how entanglement is lost in statistical mixture of Bell states.

[peterasamoah]

Thank you for the video, Professor NanoScience! You have some of the most nuanced, detailed, clear, and easy-to-follow videos on YouTube; from your content about transistors, graphene, and ballistic transport to your videos on quantum mechanics, you truly are one of the best. I look forward to seeing more when you have the time to upload. Thank you once again :)