Scientists Have Pushed the Schrödinger’s Cat Paradox to New Limits

Quick Summary:

A research team in China has held atoms in a state of quantum superposition for 23 minutes, suggesting tantalizing new possibilities in research and quantum computing.

Crucially, when an object in superposition is observed, its condition collapses and it’s seen in only one of its potential states.

Generally, disturbances from the atoms’ environment would cause them to collapse into a single state within seconds or milliseconds, but the researchers were able to tune the lasers precisely to maintain them for an unprecedented duration of 1,400 seconds, or 23 minutes.

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Article Details

Author / Journalist: Marta Musso

Category: TechnologyEconomy

Markets: United StatesChinaJapan

Topics: Science Science / Physics and Math

Source Website Secure: Yes (HTTPS)

News Sentiment: Neutral

Fact Checked: Legitimate

Article Type: News Report

Published On: 2024-11-13 @ 21:42:06 (13 hours ago)

News Timezone: GMT +8:00

News Source URL: wired.com

Language: English

Article Length: 950 words

Reading Time: 6 minutes read

Sentences: 46 lines

Sentence Length: 21 words per sentence (average)

Platforms: Desktop Web, Mobile Web, iOS App, Android App

Copyright Owner: © Wired

News ID: 23576512

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