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Learn about complex quantum states of light and their applications in quantum technology through this research talk that explores the creation of multi-photon entangled states using atomic vapor cells. Discover the implementation of noise-free quantum memory and identical memory-compatible single-photon sources, along with recent developments in active photon source synchronization. Explore the scientific and engineering challenges of creating scalable quantum states, including demonstrations of quantum advantage, super-sensitive metrology, and measurement-based quantum computation. Examine specific research findings from published works on quantum memory implementations and single-photon source development, while gaining insights into the potential future developments of few-photon-level non-linear components in hot atomic vapor systems.
