This Week in Quantum, while we melt in the northern hemisphere and lots of people try to reproduce LK99, the industry goes on! . MIT scientists developed a superconducting device that can transfer current through electronics more efficiently than present systems. Researchers made significant progress in quantum reservoir computing, a method promising for quantum neural networks. A rebuttal to NSA's objections over quantum cryptography was published, arguing that the perceived issues are either unjustified or resolvable in the future. Further, Denmark invested 1 billion DKK in its Quantum Research and Innovation Strategy, demonstrating its commitment to harnessing the potential of quantum technology. Additionally, quantum computing's intersection with cybersecurity was also explored, shedding light on the ongoing battle for digital security.Significant collaborations between tech giants and quantum computing companies have also been observed, seeking to expedite sustainable mobility research and innovation. Airbus, BMW Group, and Quantinuum are collaboratively working on quantum simulations to understand fuel cell reactions better. Qubrid joined NVIDIA Inception to expedite hybrid quantum-classical computing for AI, while Wolfram Language announced its support for Amazon Braket. Research in novel materials for quantum computers continued, with silicon being the new candidate. Meanwhile, Anaqor is shaping the quantum landscape by creating an open platform for quantum applications. Other remarkable developments include a quest to build better qubits, an application of quantum sensors in robotics, the use of quantum circuits to identify single nucleotides, and the first evidence of quantum superchemistry observed in a laboratory.
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The Week in Quantum Computing - August 7th
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This Week in Quantum, while we melt in the northern hemisphere and lots of people try to reproduce LK99, the industry goes on! . MIT scientists developed a superconducting device that can transfer current through electronics more efficiently than present systems. Researchers made significant progress in quantum reservoir computing, a method promising for quantum neural networks. A rebuttal to NSA's objections over quantum cryptography was published, arguing that the perceived issues are either unjustified or resolvable in the future. Further, Denmark invested 1 billion DKK in its Quantum Research and Innovation Strategy, demonstrating its commitment to harnessing the potential of quantum technology. Additionally, quantum computing's intersection with cybersecurity was also explored, shedding light on the ongoing battle for digital security.Significant collaborations between tech giants and quantum computing companies have also been observed, seeking to expedite sustainable mobility research and innovation. Airbus, BMW Group, and Quantinuum are collaboratively working on quantum simulations to understand fuel cell reactions better. Qubrid joined NVIDIA Inception to expedite hybrid quantum-classical computing for AI, while Wolfram Language announced its support for Amazon Braket. Research in novel materials for quantum computers continued, with silicon being the new candidate. Meanwhile, Anaqor is shaping the quantum landscape by creating an open platform for quantum applications. Other remarkable developments include a quest to build better qubits, an application of quantum sensors in robotics, the use of quantum circuits to identify single nucleotides, and the first evidence of quantum superchemistry observed in a laboratory.