The researchers observed it stimulated light emission, which Einstein predicted in 1916, in single photons for the first time.
and the University of Sydney accomplished a groundbreaking feat by demonstrating the capability to manipulate and identify small numbers of interacting packets of light energy or photons with high correlation for the first time., marks a significant milestone in developing quantum technologies.
Dr. Natasha Tomm, the joint lead author from the University of Basel, highlighted the beauty of the experiment, as it not only validates a fundamental effect—stimulated emission—at its ultimate limit but also represents a significant technological step toward advanced applications. By demonstrating the ability to identify and manipulate photon-bound states, the researchers have taken a vital first step toward harnessing quantum light for practical use.
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