The Quantum Insider

Understanding the quantum market can be akin to understanding quantum physics itself.” - Stuart Woods, COO Quantum Exponential As quantum moves from labs to markets, marketing is shifting from "nice to have" to "necessary." And now you can start building your marketing strategy with the newest TQI marketing guide. Our team has created a comprehensive guide to digital and content marketing for quantum technology companies. The guide underscores the pivotal role of digital and content marketing in empowering quantum technology companies to support their innovation and research activities.  You can download the whitepaper free here: https://lnkd.in/evNcJ-85 #MarketingCommunication #MarketingStrategy #QuantumMarketing

QuTech and Fujitsu are collaborating to create a scalable quantum computer blueprint, focusing on a full-stack approach that includes all critical components, from qubit modules to error-correction algorithms. 👇🏻 The blueprint features advanced technologies such as high-quality qubits with extended coherence times, optical connections for modular communication, and cryo-CMOS electronics for efficient qubit control. This partnership aligns with Fujitsu’s long-term strategy as outlined in their 2024 Integrated Report to lead in quantum innovation and sustainability, and builds on past collaborations with QuTech. https://lnkd.in/e-eFCfRT #QuantumFuture #QuantumComputing #Qubit #Modules

Yonsei University has established South Korea’s first Quantum Computing Center, featuring an IBM 127-qubit quantum processor, which will launch officially on November 20. 📢 This center will enable local researchers to access high-performance quantum computing resources without relying on foreign providers, thus reducing wait times and costs, and expanding the scope of domestic quantum research applications, particularly in biotechnology. With the construction of an 8,500-square-meter quantum research complex nearby, Yonsei University hopes to encourage industry-academia partnerships, providing companies direct access to quantum resources. #IBMQuantumComputer #QuantumComputer #QuantumResearch #BioTechnology

The final submissions for the Airbus x BMW Group Quantum Computing Challenge are in! 💥 Thank you to everyone who to all the incredible finalists who stepped up to the challenge. Stay tuned as we gear up to announce the winners in the coming weeks! #Airbus #BMW #QuantumComputing

Researchers have demonstrated quantum illumination—a technique that uses entangled photons to detect low-reflectivity objects—at room temperature. This is an important step toward practical, real-world applications. 💥 The study shows that quantum illumination can outperform classical radar techniques, especially in bright and thermally noisy environments, making it effective for low-power scenarios. https://lnkd.in/eKiwkh4Y #QuantumTechnology #Research #BiomedicalImaging #RadarTechnology

Researchers at DESY, Quantinuum, the Leiden University - Institute of Public Administration, and others are using quantum Boltzmann machines for data analysis in particle physics data. 📊 By using quantum states to capture complex correlations and reveal patterns missed by classical models, potentially advancing our comprehension of fundamental forces in the universe. https://lnkd.in/e23gaYUk #Quantum #Physics #QuantumComputing #Data

Huan Z. a Eugene P. Wigner Fellow at Oak Ridge National Laboratory is advancing quantum information science by bridging #quantum materials with technology.🔹 Zhao’s early #education was influenced by his grandfather, and his academic journey led him to the U.S., where he earned a Ph.D. At ORNL, Zhao leads projects in solid-state quantum light sources, operates a scanning nitrogen-vacancy microscope for precise #magnetic measurements, and emphasizes education’s role in societal progress, aligning with his belief in accessible science. Read more: https://lnkd.in/enKeTjJK

Finnish company Quanscient has secured €5.2 million in growth funding to advance cloud-based engineering simulations and integrate quantum algorithms. 🙌🏻 Quanscient’s platform offers a significant boost in simulation capacity, up to 100 times that of traditional CAE solutions, facilitating rapid design iterations and solving complex engineering challenges. Read more: https://lnkd.in/euFQdz7a #funding #growthfunding #quantumcomputing

Scientists at New York University Abu Dhabi propose topological qubits using M5-branes--five-dimensional objects in string theory--within 11-dimensional supergravity, using magnetic flux quantization to create highly stable, error-resistant quantum states. IBM Quantum, Algorithmiq, and collaborators used Algorithmiq’s Tensor Network Error Mitigation (TEM) method, which counteracts noise without additional qubits, on a 91-qubit processor to simulate complex many-body quantum chaos. University of Chicago and Argonne National Laboratory researchers have developed a modular quantum processor with flexible, high-fidelity, all-to-all qubit connectivity. And more. Read every qubit 👉 https://lnkd.in/gRkr8VWK #QuantumComputing #QuantumTechnology #Innovation

A recent study led by IBM #Quantum used a quantum computer with up to 91 qubits to simulate many-body quantum chaos, an interaction-heavy process difficult for traditional #computers to model. The research leveraged dual-unitary circuits to simulate chaotic behavior and employed tensor-network error #mitigation to manage noise, enhancing the reliability of results. The findings suggest current quantum technology, though still developing, can address complex problems, with potential applications in weather prediction, fluid #dynamics and material science. https://lnkd.in/eJRgtqiN