Q-CTRL’s New Maritime Quantum Navigation Solution Successfully Undergoes First Defense Trials at Sea

Insider Brief Q-CTRL demonstrated its quantum gravimetric navigation system in a 144-hour Royal Australian Navy trial, enabling GPS-independent navigation via gravity mapping. The software-ruggedized sensor operated autonomously onboard a moving vessel, overcoming ship vibrations and real-world disruptions without human intervention. As GPS denial threats rise, Q-CTRL’s technology positions quantum navigation Read more…

eleQtron Hires Top Executive from Silicon Valley: Kaoru Naganuma to Become Chief Product Officer

Quantum computing startup eleQtron has appointed former Apple, Intel, and Tesla executive Kaoru Naganuma as Chief Product Officer to lead its product development and industrial scaling efforts. Naganuma brings extensive experience in turning advanced technologies into market-ready products, marking a strategic shift for eleQtron toward product maturity, engineering, and industrial Read more…

Universal Quantum and TUHH Partner on Scalable Quantum Software for 100 000-Qubit Machines

Insider Brief Universal Quantum Deutschland and Hamburg University of Technology have partnered to develop a next-generation programming interface for fault-tolerant quantum computing, supported by multi-million Euro funding from the Hamburg Innovation and Development Bank. The project will deliver software tools for algorithm design, quantum error correction, and benchmarking to support Read more…

Sumitomo Sees Quantum Potential, Guiding Pilot Projects to Industry-Wide Transformation

Insider Brief Sumitomo Corporation is advancing real-world applications of quantum computing through its Quantum Transformation (QX) Project, focusing on integrating the technology into existing business operations. The company has launched pilot projects in logistics, drone traffic control, and mining optimization, and has invested in five quantum-related startups since 2020. Executives Read more…

Cornell–IBM Collaboration Make Advances Toward Topological Quantum Computing

Insider Brief Researchers from Cornell, IBM, Harvard, and the Weizmann Institute demonstrated the first error-resistant implementation of universal quantum gates using Fibonacci anyon braiding, advancing the development of topological quantum computing. The team encoded quantum information by braiding exotic quasi-particles in two dimensions, showcasing fault-tolerant behavior critical for scalable quantum Read more…

Why I Co-Founded The Quantum Index

By Steve Suarez Quantum technology is no longer a distant frontier—it’s promising to reshape industries in ways we’re only beginning to grasp. But as I spoke with executives across sectors, I kept hearing the same concern: How do we measure progress? How do we know if we’re ready for the Read more…

IonQ Completes Acquisition of Capella Space

Insider Brief IonQ has completed its acquisition of Capella Space to begin developing a space-based quantum key distribution (QKD) network for secure global communications. The combined platform will integrate IonQ’s quantum technology with Capella’s satellite infrastructure to enable quantum-secure data transfer and quantum-enhanced Earth observation capabilities. The move expands IonQ’s Read more…

Colorado Startup Raises $2.5 Million to Advance Quantum Hardware for U.S. Industry

Insider Brief Bifrost Electronics, a Colorado-based quantum readout startup, has raised $2.5 million in seed funding to advance its development of scalable, magnetically insensitive quantum amplifiers. The company’s electro-optic readout technology improves reliability, noise performance, and integration across multiple qubit platforms, offering a practical alternative to traditional complex and failure-prone Read more…

Study Suggests Today’s Quantum Computers Could Aid Molecular Simulation

Insider Brief A new study demonstrates that hybrid quantum-classical methods can accurately simulate complex molecules using today’s quantum computers, marking a step forward for practical quantum chemistry. Researchers combined Density Matrix Embedding Theory (DMET) and Sample-Based Quantum Diagonalization (SQD) to simulate molecular systems like hydrogen rings and cyclohexane conformers using Read more…