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A new study from Universidade Estadual de Campinas, ETH Zürich, and Delft University of Technology heralds a new era in quantum networking. Leveraging nanometric optomechanical cavities, researchers are bringing us closer to the development of sophisticated quantum networks, crucial for the future of computing and communications. Learn more about how this research is shaping the landscape of quantum technology: https://lnkd.in/ejMeaq6e #QuantumNetworks #ResearchCollaboration #TechnologyAdvancement"

Delft University of Technology's researchers are rewriting the quantum playbook, achieving a milestone by splitting a Cooper pair into individual electrons within a hybrid quantum dot system. This promises new insights into superconductivity and quantum entanglement, crucial for advancing quantum computing capabilities. In a departure from conventional methods, the researchers retained and studied split electrons within the quantum dot system, offering a unique perspective on the properties of these quantum particles. Read more: https://lnkd.in/ePS8J9fh #QuantumRecruitment #QuantumTech #QuantumJob #Superconductivity

Our Co-Founder & Chief Scientist, Winfried Hensinger, will be giving a talk this Thursday at the IEEE International Conference on Quantum Computing and Engineering at Bellevue, Washington, USA. Amongst other touch points in a far ranging talk, Winfried will discuss a recent quantum achievement, the demonstration of electric fields links between ion microchips; as well as the successful transportation of ion qubits between microchips which is a key step towards the construction of quantum computers with millions of quantum bits. Do check out this sesison if attending the conference. The conference bridges the gap between the science of quantum computing and the development of the industry surrounding it. #quantumcomputing #qubits #ion

The National Quantum Nanofab "The National Quantum Nanofab (NQN) at the University of Colorado Boulder will ... [develop] advanced nanofabrication approaches required to build, control, and connect quantum devices with their supporting infrastructure. In the broader quantum landscape, the focus of NQN will be on the nanoscale fabrication of devices based on atoms and photons with the goal of transitioning quantum discoveries into functioning quantum devices. Importantly, NQN will be an open-access national facility for academic, government and industrial users." #openaccess #quantum #infrastructure

The behavior of light is complex in real-world circumstances, which makes it difficult to govern effectively. Physicist Andrea Alù compares how light behaves in chaotic systems to a billiards game’s opening break stroke. Researchers were able to control the behavior of various light frequencies that passed through a specially designed cavity. The successful experiment can pave the way fiber optic advances that offer greater facility in energy storage, computing and signal processing. #light #energy #behaviour #fiberoptics https://lnkd.in/gt6WCqiq

Interference among photons, a fundamental phenomenon in quantum optics, serves as a cornerstone of optical quantum computing. It involves harnessing the properties of light, such as its wave-particle duality, to induce interference patterns, enabling the encoding and processing of quantum information.

Unlocking the Power of High-Dimensional Quantum Computing with Photonics. Fabio Sciarrino a professor from the Sapienza Università di Roma said: "The proposed scheme represents a step forward in high-dimensional multiphoton experiments, and it could provide an important platform for both fundamental investigations of quantum states and for quantum photonic applications” How does this photonics platform differ from previous approaches to quantum computing? #quantumtech #qauntumnews #quantumphotonics #quantumoptics