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        Canada-based photonic quantum computing company Xanadu and the North American branch of Toyota's Research Institute (TRINA) have partnered to use quantum computing in materials science simulations.
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        The partnership centers on creating quantum algorithms to optimize the design and evaluation of complex materials, particularly those related to quantum sensors and energy technologies. One area of focus will be boron vacancies in hexagonal boron nitride, an important system in quantum sensing applications. 
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    <a href="https://quantumcomputingreport.com/toyota-and-xanadu-partner-to-advance-quantum-computing-for-materials-science-simulations-and-quantum-sensing/">
      <b>Quantum Computing Report</b>
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    <a href="https://thequantuminsider.com/2024/10/09/toyota-and-xanadu-partner-to-bring-quantum-computing-to-advanced-materials-science-and-sensing-applications/">
      <b>The Quantum Insider</b>
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Quantum Computing

PROMINENT_CATEGORY

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 <p>Xanadu, a Canadian photonic quantum computing company, and the North American branch of Toyota's Research Institute (TRINA) have joined forces to apply quantum computing in materials science simulations. </p>
 <p>The emphasis of this partnership is the creation of quantum algorithms for better designing and assessing complex materials, notably those involved in quantum sensors and energy technologies. They will specially concentrate on the boron vacancies in hexagonal boron nitride, a crucial system for quantum sensing applications.</p>
 
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Xanadu and Toyota collaborate to enhance quantum computing for materials science simulations

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 <p>Photonic quantum computing company Xanadu, based in Canada, has formed partnerships with Japanese companies Nanofiber Quantum Technologies (NanoQT) and QunaSys. Their collaboration aims to enhance quantum theory research and software development, as well as nurture Japan's quantum ecosystem through provision of educational resources and training.</p>
 <p>In this collaboration, QunaSys will utilise Xanadu's open-source framework, named PennyLane, to further error correction algorithms. This is aimed at enhancing their use in quantum chemistry and computer-aided engineering. In parallel, NanoQT will work with Xanadu on research focused on expanding quantum networks. This will be achieved through combination of neutral atoms and photons, an approach that could eventually lead to the development of fault-tolerant quantum computers.</p>
 <p>NanoQT, with bases in Japan and the US, is a company that specialises in the development of quantum computing hardware that can be connected via fibre. The primary innovation of NanoQT is its nanofiber cavity Quantum Electrodynamics (QED) technology, which uses neutral atoms and photons as qubits for their quantum processing units (QPUs). This offers the potential to develop quantum repeaters and interconnected computational units, providing a platform for distributed quantum computing and networks. Notably, this technology addresses significant challenges associated with superconducting circuits and ion traps commonly used in traditional quantum computing methods.</p>
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Xanadu forms strategic partnerships with NanoQT and QunaSys to bolster quantum computing in Japan

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 <p>The quantum computing company, Xanadu, based in Canada has formed a partnership with South Carolina Quantum (SC Quantum), a non-profit state quantum association. The aim is to create quantum educational resources and promote a quantum-centric workforce in South Carolina.</p>
 <p>This partnership will use Xanadu's open-source software framework, PennyLane, for the development of advanced quantum algorithms as it aims to boost quantum education and research within the US. The technology is also expected to offer practical learning experiences for SC Quantum's expanding university network, thus nurturing a culture of research, innovation, and potential entrepreneurial opportunities.</p>
 
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Xanadu and South Carolina Quantum partner to expand quantum education and research

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 <p>Riverlane, Xanadu, and Rolls-Royce are working together on a project known as "CATALYST" which seeks to leverage quantum computing for simulating airflow in jet engines. The project is financially backed by both Innovate UK and the National Research Council of Canada. A quantum-classical framework will be developed as part of CATALYST which will enable a classical computer to instruct quantum computers. This will help Rolls-Royce to rapidly evaluate and utilize new quantum algorithms. It will reduce lengthy work periods down to mere minutes and help Rolls-Royce accomplish a trillion computations. This aligns perfectly with the UK Government's quantum operation ambitions for 2035.</p>
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Riverlane, Xanadu, and Rolls-Royce collaborate to explore quantum computing in jet engine airflow

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<p>Xanadu, a Canadian photonic quantum computing firm, has received a repayable funding of CAD 3.75 million (USD 2.78 million) from the Federal Economic Development Agency for Southern Ontario (FedDev Ontario) through the Regional Quantum Initiative (RQI).</p>
<p>The funding will aid Xanadu in accelerating the development of its open-source software framework, PennyLane. Furthermore, Xanadu aims to improve the operational setup for a broader cloud offering, bolster community support, and create interactive user resources.</p>
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All Updates

Xanadu and Toyota collaborate to enhance quantum computing for materials science simulations

Xanadu forms strategic partnerships with NanoQT and QunaSys to bolster quantum computing in Japan

Xanadu and South Carolina Quantum partner to expand quantum education and research

Riverlane, Xanadu, and Rolls-Royce collaborate to explore quantum computing in jet engine airflow

Xanadu raises CAD 3.75 million in government funding to advance PennyLane

Xanadu Quantum Technologies receives CAD 40 million investment from Canadian Government

Xanadu raises USD 100 million Series C; reaches unicorn status

Classiq and Xanadu partner with automotive players

Xanadu achieves quantum advantage with new 216-qubit computer

Xanadu collaborates with GlobalFoundries and Quantum Algorithms Institute

Quantum Computing

Xanadu and Toyota collaborate to enhance quantum computing for materials science simulations

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