Why some measurements require a leap into the quantum realm
In short: Traditional sensors have limits, but quantum sensors operate on a different level of precision. This video explores how these devices function and why they are essential for next-generation technologies.
Quantum sensors utilize the principles of quantum mechanics to perform measurements that exceed the capabilities of conventional technology. Because they are incredibly sensitive, researchers must shield them from environmental noise, which is why Fermilab utilizes its QUIET lab located 100 meters underground.
The development of these tools serves two primary frontiers: advancing quantum computing and searching for dark matter. By isolating these devices from external interference, scientists can create more accurate instruments to probe the fundamental nature of our universe.
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- Summary by Intellect · source: What is a quantum sensor? | Quantum science at Fermilab
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