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NIST Team Directs and Measures Quantum Drum Duet

Date Time NIST Team Directs and Measures Quantum Drum Duet NIST researchers entangled the beats of these two mechanical drums – tiny aluminum membranes each made of about 1 trillion atoms – and precisely measured their linked quantum properties. Entangled pairs like this (as shown in this colorized micrograph), which are massive by quantum standards, might someday perform computations and transmit data in large-scale quantum networks. Credit: J. Teufel/NIST Like conductors of a spooky symphony, researchers at the National Institute of Standards and Technology (NIST) have “entangled” two small mechanical drums and precisely measured their linked quantum properties. Entangled pairs like this might someday perform computations and transmit data in large-scale quantum networks.

Scientists Supersize Quantum Effects with Entangled Drum Duet

Scientific American Two teams have demonstrated new degrees of quantum measurements in micron-sized metal drums Print Researchers entangled the beats of these minuscule, drumlike aluminum membranes and precisely measured their interlinked quantum properties. Systems such as these could someday help perform computations and transmit data in quantum networks. Credit: Teufel and NIST Advertisement One of the more irksome results of quantum mechanics is the revelation that reality is largely a persistent illusion. Quantum mechanics is not merely a theory of the microscopic: all matter is fundamentally quantum it just so happens that weird quantum effects are hard to observe in anything bigger than a few atoms. Like the flickering silhouettes on the wall in Plato’s allegory of the cave, the existence of macroscopic, so-called “classical” objects is merely a shadow cast by their true quantum forms. This much is not news to physicists, who have been mucking around in the quantum

Optical Fiber Could Boost Power of Superconducting Quantum Computers

Optical Fiber Could Boost Power of Superconducting Quantum Computers
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Optical Fiber Brings Universal Quantum Computing Closer | Research & Technology | Mar 2021

Optical Fiber Brings Universal Quantum Computing Closer | Research & Technology | Mar 2021
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