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IIT Delhi Achieves Quantum Communication Breakthrough, Successfully Transmits Entangled Photons With Classical Data Over 50-Km Optical Fibre
Summary by The Mumbai Editorial Desk · As published by Free Press Journal
· October 5, 2026
· 1 min read
Photo: Free Press Journal · view original
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Summary created by The Mumbai Editorial Desk — automated, rule-governed Published by Free Press Journal Original story Read at the source Source published Oct 5, 2026 Indexed here Oct 5, 2026 AI assistance Automated summary drawn from the source’s own published text Prepublication human review No — editorial rules, flagged-item review, and published samples
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Key points The research was led by a professor from the Physics Department. Researchers have made a breakthrough in quantum communication, successfully sending entangled photons with other data over a long distance.
Researchers have made a breakthrough in quantum communication, successfully sending entangled photons with other data over a long distance. This achievement could lead to more efficient networks. A major challenge in quantum communication is transmitting fragile signals, and this research addresses that issue.
Further details are available from the source, including the potential for more scalable and cost-effective networks. The research was led by a professor from the Physics Department.
The distance over which the data was transmitted is notable, and the use of existing fibre infrastructure is a key aspect of the research.
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Category: News ·
Published: October 5, 2026 ·
Source: Free Press Journal ·
Reading time: 1 min
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What is this story about? Researchers have made a breakthrough in quantum communication, successfully sending entangled photons with other data over a long distance. This achievement could lead to more efficient networks. A…
When was this published? This article was first published on October 5, 2026 by Free Press Journal and curated for The Mumbai readers.
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