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Margaret Rouse

Verified
New York
As seen in: Flipboard, Search Unified Communications, SearchAppArchitecture, SearchAWS, SearchBusinessAnalytics, SearchCIO, SearchCloudComputing, SearchContentManagement, SearchCustomerExperience, SearchDataCenter and

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Margaret Rouse’s Biography

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Margaret Rouse writes for and manages WhatIs.com, TechTarget’s IT encyclopedia and learning center. She is responsible for building content that helps IT professionals learn to speak each other’s highly specialized languages.

Articles

Quantenspeicher: Neuer Ansatz umgeht das No-Cloning-Problem | Computer Weekly

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By Margaret Rouse Verified
| Flipboard
SpaceX 8 hours ago Michael Burry warnt: Die 2,8-Billionen-Dollar-SpaceX-Blase is Fake! business-punk.com - Martin Wald • 8h Während Privatanleger SpaceX stürmen, hält sich „Big Short“-Investor Michael Burry demonstrativ fern. Seine Warnung: Die Bewertung ist absurd – und … Wissen 2 days ago Physiker finden Weg, Nachrichten in die Vergangenheit zu schicken spektrum.de - von Mike Zeitz • 2d Zeitreisen sind möglich – zumindest theoretisch und für Quanteninformation.
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Quantenspeicher: Neuer Ansatz umgeht das No-Cloning-Problem

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By Margaret Rouse Verified
| ComputerWeekly.de Verified
Forscher der University of Waterloo in Kanada haben ein neues Protokoll entwickelt, das einen bisher ungenutzten Weg zum Schutz von Quanteninformationen eröffnet: Es erzeugt verschlüsselte Klone eines Quantenzustands, von denen jedoch nur einer einmalig entschlüsselt werden kann. Die Forschungsarbeit mit dem Titel Encrypted Qubits Can Be Cloned wurde im Januar 2026 in der Fachzeitschrift Physical Review Letters veröffentlicht.
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Solving quantum computing's longstanding no-cloning problem

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By Margaret Rouse Verified
| SearchStorage
Researchers at the University of Waterloo in Canada recently made significant progress toward solving a longstanding challenge in quantum computing: protecting quantum information without relying on classical, copy-based redundancy techniques. Their research paper, entitled "Encrypted Qubits Can Be Cloned," was published in Physical Review Letters in January 2026.
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