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Amidst rising concerns over GPS vulnerabilities, UK scientists are pioneering a quantum-based navigation system immune to jamming efforts, notably from Russia. This groundbreaking initiative aims to enhance navigational accuracy and security for critical applications in aviation and beyond.

Explore the revolutionary impact of a large-scale optical tweezer array on quantum computing, simulation, and metrology, featuring over 6,100 atomic qubits for unprecedented precision and scalability.

Extropic is Accelerating the world of physics-based computing with their innovative approach that leverages natural entropy. This approach allows computers to learn representations of the world with incredible efficiency. They've assembled a dream team of experts from top companies and academic institutions, bolstered by the online movement e/acc (Effective Accelerationism), led by Extropic's founder Guillaume Verdon, better known by his Twitter alt @BasedBeffJezos. Positioning themselfs at the forefront of unifying Physics, AI, and Nature with a groundbreaking thermodynamic computing architecture. Extropic, with its stellar lineup of backers secured $14.1 million series A funding led by Steve Jang and Kindred Ventures. and are poised to revolutionize computing and unlock a world of possibilities. So, buckle upit's time to accelerate with Extropic!

Dr. Rebekka Garreis, Dr. Chuyao Tong, Dr. Wister Huang and their colleagues in the group of Professors Klaus Ensslin and Thomas Ihn from the Department of Physics at ETH Zurich have been looking into bilayer graphene (BLG) quantum dots, known as a potential platform for spin qubits, to find out if another degree of freedom of BLG can be used to encode quantum information.

A new tool for measuring #entanglement in many-body systems has been developed and demonstrated in experiment by a team led by Peter Zoller. This method could contribute to a better understanding of #quantum matter

Exploring predictions about the trajectory of quantum technologies.