V2_, Lab for the Unstable Media on LinkedIn: Studio Quantum: Natalie Paneng (2024)

The UK’s approach to quantum science and tech is a first class example of the role that government can have in securing global leadership in a next gen technology. My colleagues in Department for Science, Innovation and Technology, working closely with UK Research and Innovation, academia, industry and investors, have built a coherent strategy based around clear ambitions, long term funding, and - crucially - patience. - £3.5bn invested in homegrown quantum science and tech- UKRI hubs to accelerate applications of the tech, bridging the gap between world class research and industry innovation- government leaning into procurement of the tech- a clear ambition to be the world’s first quantum enabled economy. This is why those we talk to regularly in the US - from across academia, start ups, investors and government - see the UK as such a compelling partner as we work together to deliver on the potential of #quantum. #quantumtech #innovation

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Realization of Fractional Quantum Hall State with Interacting PhotonsThe work illustrates a route to the creation and manipulation of novel strongly correlated topological quantum matter composed of photons and opens up possibilities for fault-tolerant #quantum information devices.(Credit to: Science MagazinePicture credit to: Pexels )https://lnkd.in/ehfGqzR5#WLAForum

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We are pleased to see the progress regarding the cooperation between the United States and Germany to advance Quantum Information Science and Technology (QIST)🔗 Read more about the key points of the agreement here:https://lnkd.in/dqAGc9y8#QuantumTechnology #Quantum #QuantumIndustry

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Global-scale quantum networking faces significant technical and scientific obstacles. How can we overcome these challenges?An IRIS Adlershof research team demonstrates a protocol that improves long-distance entanglement distribution with reduced system complexity over previous proposals.The protocol, described in #OPG_OpticaQ, uses a satellite with two quantum memories that effectively acts as a time-delayed version of a single QR node. The team’s method significantly reduces system complexity while achieving high key rates, bringing global quantum networking closer to implementation.Written by: Mustafa Gündoǧan, Jasminder S. Sidhu, Markus Krutzik, and Daniel K. L. Oi#quantum #quantumnetworks #quantumscience #quantumphysics #networks

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“Happy World Quantum Day”. Let's unlock the mysteries of the quantum realm together and pave the way for groundbreaking advancements in science, technology, and beyond. #WorldQuantumDay #QuantumInnovation #QuantumTechnologies.

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“Happy World Quantum Day”. Let's unlock the mysteries of the quantum realm together and pave the way for groundbreaking advancements in science, technology, and beyond. #WorldQuantumDay #QuantumInnovation #QuantumTechnologies.

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Recently, Microsoft and Quantinuum announced a key breakthrough that launches the field into reliable quantum computing by creating the most reliable logical qubits on record, with logical error rate 800 times better than the error rate of the physical qubits. This marks a crucial milestone on the path to a hybrid classical-quantum supercomputer capable of transforming research and innovation across many industries. #microsoft #quantumcomputing #azurequantum

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### YouTube Video Package: Revolutionizing Quantum Tech: The Game-Changing Discovery of Purple Bronze**Video Description:**- "Join us on Knowledge Clique as we unravel the groundbreaking discovery of purple bronze by the University of Bristol. This episode delves into how this one-dimensional metal's ability to switch between insulating and superconducting states could redefine the future of quantum devices. Discover the science behind 'emergent symmetry' and its potential impact on quantum technology. Don't forget to subscribe for more insightful science content!"#QuantumBreakthrough, #PurpleBronzeDiscovery, #UniversityOfBristolResearch, #InnovativeQuantumMaterials, #SuperconductivityInMetals, #QuantumDeviceTechnology, #EmergentSymmetryExplained, #FutureOfQuantumComputing, #CuttingEdgePhysicsDiscoveries, #ScienceAndTechnologyInsightshttps://lnkd.in/gtWyDCAa

You didn’t need to be a quantum physicist to understand that there is an acceleration across all industries in the ways to which quantum science, computing and mechanics will help solve complex problems faster. Similar to AI technology, how, why and when and at what costs is the unknown but it’s hard to overlook the need. Coming from someone who attending this event with zero knowledge of quantum, I couldn’t help but picturing Doc and Marty from Back To The Future and the flux compassitor! However, I left the event with my mind racing on the massive opportunities and what the future brings. This informative event hosted by QuantumCT and astute panel, broke down the future of quantum in business to a very understandable terms of the what, how, when and the WHY not Connecticut as a hub? Doc, break out the DeLorean!

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Yesterday, our latest newsletter was sent to 2200+ community members, highlighting the latest news from our quantum ecosystem! 📥Read all about what happened over the past month and some exciting things coming up here:https://lnkd.in/ghZycv-BAnd of course, you’re welcome to subscribe and have it delivered to your inbox once every few weeks! Sign up here:http://eepurl.com/hkHrwn#QDNL#QuantumCommunity#QuantumTechnology

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