Tag #Quantum Internet

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welt.de

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Sep 19, 16:19

German Computer Scientist Wins Körber European Science Prize

Stephanie Wehner, a German computer scientist and quantum physicist, received the €1 million Körber Prize for European Science for her pioneering work on quantum internet, which enables programmable, scalable, and practical quantum networks.

German Computer Scientist Wins Körber European Science Prize

Stephanie Wehner, a German computer scientist and quantum physicist, received the €1 million Körber Prize for European Science for her pioneering work on quantum internet, which enables programmable, scalable, and practical quantum networks.

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How will Wehner's research impact future technologies?

Wehner's work enables secure data transmission and record-breaking speeds for problem-solving across networks, paving the way for applications impossible on traditional internet. It promises significant advancements in areas like secure communication and complex computations.

english.elpais.com

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Apr 24, 01:16

Quantum Data Transmission Record Achieved Using Standard Fiber Optics

Researchers transmitted quantum data across 155 miles of standard fiber-optic cable in Germany without cryogenic cooling, setting a new record and demonstrating the feasibility of building a quantum internet using existing infrastructure.

Quantum Data Transmission Record Achieved Using Standard Fiber Optics

Researchers transmitted quantum data across 155 miles of standard fiber-optic cable in Germany without cryogenic cooling, setting a new record and demonstrating the feasibility of building a quantum internet using existing infrastructure.

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How does this achievement contribute to the development of a practical quantum internet, and what challenges remain?

This experiment demonstrates the feasibility of building a quantum internet using existing telecommunications infrastructure, overcoming previous limitations requiring specialized, costly equipment. By maintaining quantum coherence in a real-world setting, the research opens the door for widespread implementation of quantum communication, paving the way for enhanced security and future applications. This success builds on prior work achieving transmission over even greater distances (372 miles), but this research stands out due to the use of standard, commercially available infrastructure under real-world conditions.

nrc.nl

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Sep 14, 16:19

Quantum Network Pioneer Wins €1 Million Prize

Stephanie Wehner, a professor at QuTech in Delft, received the Körber European Science Prize for her work on making quantum networks more accessible, aiming to enable broader use beyond quantum physics experts.

Quantum Network Pioneer Wins €1 Million Prize

Stephanie Wehner, a professor at QuTech in Delft, received the Körber European Science Prize for her work on making quantum networks more accessible, aiming to enable broader use beyond quantum physics experts.

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What are the primary applications and significance of quantum networks?

Quantum networks offer two key functionalities: secure communication by transmitting qubits, which cannot be copied, making eavesdropping detectable; and establishing entanglement between nodes for coordinated tasks and secure connections. This technology is poised to revolutionize communication and data security.

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