Digital Catapult’s Post

Quantum computing’s impact is not just speculation for tomorrow; it is a technology delivering tangible results today. Here are a few of the ways our customers have used D-Wave's #quantum-driven technologies to solve mission-critical challenges: 📆 Reduced operational costs associated with employee scheduling by 80% 🚎 Provided 26% more efficient routing solutions than the classical counterpart in 250+ passenger scenarios 🏗️ Enhanced crane productivity by 60% while minimizing trucks’ idle time Read our use cases in more detail here: https://bit.ly/49aSFVB #DWave #QuantumComputing #productivity #businessadvantage

Bringing back the #QuantumDidYouKnow ! #QuantumRUDDER now gives you complete manageability, from port templates to switch templates for deployment of any scale! #QuantumMakingLifeSimplier #AdvantageQuantum #QuantumNetworks #networkswitches #switches Quantum Networks

Whoever can see through the gap is advanced in the era, we are right, the world today, awakened scientifically, realizes that the physics of quantum superconductivity is the future. Quantum technologies provide advances, they are the new engine of growth within physics and engineering, and the world's main economies are already there. What quantum technologies is? What are they? It encompasses different technologies that are based on the theories of superconductive quantum mechanics, including contemporary theories such as the Curie or by Frank Wilczek in 2012 point phase transition broken symmetry Time-Crystal etc. But deeper the condensed matter is expressed. physics of quantum lowest-energy state is one in which the particles are in repetitive motion, at lowest as described by the Heisenberg uncertainty principle the zero-point energy was derived from quantum mechanics. How much potential is there to improve the quality of life of humanity Whoever can interpret quantum physics opens the door to the possibility of creating the new technological era. Empere® develops the patent innovation of the genius inventor Eddie Oquendo USPTO Patent number: 10742062) published in 2018 data https://lnkd.in/e-9EZHZf, IP technology of the new high temperature superconducting electrical generator. The (QBHG) is scientifically validated cutting-edge technology and the prototype certified as the first 100% independent primary energy source, an innovative net positive Industry 4.0 solution that enables all industries worldwide: profitable energy production, 100% fuel free and carbon free . Quantum technologies provide advances, they are the new engine of growth within physics and engineering, and the world's main economies are already there. How much potential is there to improve the quality of life of humanity and ensure human life in a near future universe?

Quantum memories are critical to quantum networks because they enable the storage and processing of qubits within quantum systems. Dive into details about where and how this tech is used in this animated infographic. #SecureNetworks #QuantumNetworking

While I am excited by notable advances in quantum computing, I often find topics of Advantage and Supremacy to be unhelpful in discussing practical uses of quantum systems available today. Kudos to Alan Baratz for highlighting the most relevant business term, ROI!

Your corporate New Year’s resolutions should include deep thinking about the implications of quantum technology. Don't worry. We've got you covered with these four steps to guide you on your quantum roadmap. https://lnkd.in/euh2VGUt #QuantumComputing

Posted today: strategies for how to go about optimising double-bracket #quantumAlgorithms https://lnkd.in/e-EUYRVJ We compare with cases inspired by Brockett's #doubleBracketFlow which have rigorous global convergence guarantees and found that departing from them and at every step optimising the involved generators gives faster diagonalization. This motivates our upcoming work on training our double-bracket circuits on single-shot samples: today we posted that 1) within the class of double-bracket #quantum algorithms it's worthwhile to variationally train the parametrisations at every step, last week we posted that 2) warm-starts from #VQE facilitate very high ground state preparation fidelity and so 3) training on shot-noise limited data will give an idea how to use our approach on future large-scale quantum hardware.

Check out this video for an overview of where quantum memories are deployed, and the functions they perform in an entanglement-based quantum network. #SecureNetworks #QuantumNetworking

🚀Coming up at Conf42 Quantum Computing 2024: "Quantum Computing: Building Responsive and Adaptive Systems for the Future." 🌐https://lnkd.in/e5BqqNRp ⚛️Explore with Nitish Mehrotra how quantum technology is paving the way for highly responsive and adaptive systems that will revolutionize our technological landscape! 🖥️🌟 #QuantumComputing #AdaptiveSystems #TechInnovation #ResponsiveTech #TechConference #QuantumTech #FutureOfComputing #QuantumAdvancements #TechBreakthroughs #QuantumScience #AIInsights #QuantumFuture #TechLeadership #NextGenTech #QuantumDevelopment #TechRevolution #QuantumAI #AdvancedTech #SystemInnovation #TechAdvancements

When it comes to quantum optimization for complex problem solving, what tools should organizations consider? Experience the newest hybrid #quantum nonlinear solver in action through this live demo from #Qubits24, presented by Alexander Condello, senior director of algorithms, performance, and tools at D-Wave. In this production scheduling example, Alex shows how the new solver allows for more compact representation of real-world problem scenarios and introduces new variable types, expanding the possibilities of what we can solve. He compares the performance between a classical solver and D-Wave's new hybrid quantum solver, demonstrating how the new solver provides a much better-quality solution for optimization problems. Watch the full demo here: https://lnkd.in/g7vKk_UQ #QuantumComputing