Topic: Research News
Researchers from the University of Illinois and Chicago have found a new way to create quantum entanglement without moving it from one place to another. This breakthrough could make quantum technology more reliable and useful.
The world of quantum technology is facing a big problem: how to keep entanglement, the key resource for performing tasks that classical computers can't do, from getting ruined by external influences and noise. Scientists have been trying to find ways to share entanglement between different parts of a system without losing it in transit.
A team of researchers from the University of Illinois Urbana-Champaign and the University of Chicago has made a groundbreaking discovery that could solve this problem. They found a way to create entanglement using a technique called synthetic squeezing, which involves driving an externally driven quantum system with dissipation. This means that instead of preparing different parts of a system in one location and then transporting them to different locations, the researchers can generate entanglement directly in a laboratory setting.
The generated entanglement is also in a steady state, meaning it can be maintained indefinitely over large distances. The researchers believe this technique holds promise as a more robust and reliable alternative to current methods of entanglement generation.
According to Wolfgang Pfaff, a professor of physics at the University of Illinois Urbana-Champaign,
Implications
Researchers from the University of Illinois and Chicago have found a new way to create quantum entanglement without moving it from one place to another. This breakthrough could make quantum technology more reliable and useful.
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