Controlling Quantum Motion and Hyper-Entanglement

Insider Brief Caltech researchers used optical tweezers to demonstrate the first hyper-entanglement of massive particles, encoding quantum information in both the motion and internal energy levels of individual atoms. The experiment used a novel atom-by-atom cooling method and induced superposition in atomic motion, turning a traditional source of noise into Read more…

PINQ² and Distriq Partner to Speed Quantum Technology Adoption in Quebec and Across Canada

Insider Brief A new partnership between PINQ² and Distriq aims to accelerate the adoption and commercialization of quantum technologies in Quebec and across Canada. The agreement unites Sherbrooke-based Distriq, a hub for quantum research and commercialization, with PINQ², Quebec’s digital and quantum innovation platform, to support companies integrating quantum into Read more…

ICQE 2025 to Spotlight Where Quantum Science Meets Real-World Energy Challenges

Insider Brief: ICQE 2025 will convene global leaders in science, industry, and policy from June 3–6 in Padua, Italy, to explore how quantum technologies can address energy challenges. The program features interdisciplinary research on both quantum-for-energy and energy-for-quantum, covering topics such as quantum thermodynamics, light harvesting, energy storage, and simulation, Read more…

Thales Data Threat Report Warns That Q-Day Looms

Insider Brief The 2025 Thales Data Threat Report warns that quantum and AI technologies are reshaping enterprise security risks, with quantum decryption and AI-driven data integrity threats emerging as top concerns. A 5,000-qubit quantum computer was used to break 50-bit RSA encryption, signaling real-world progress toward the potential compromise of Read more…

Quantum Chemistry Gets Error-Corrected Boost from Quantinuum’s Trapped-Ion Computer

Insider Brief Quantinuum researchers have demonstrated the first complete quantum chemistry simulation using quantum error correction on real hardware, showing improved performance even with added circuit complexity. The experiment used a version of quantum phase estimation to calculate the ground-state energy of molecular hydrogen on the H2-2 trapped-ion quantum computer, Read more…

Former Microsoft Quantum Team Unites to Form Emergence Quantum And Deliver Missing Infrastructure For Quantum Tech

Insider Brief Emergence Quantum, a new commercial R&D company spun out from the University of Sydney, aims to provide critical infrastructure and services for the global quantum technology sector. Founded by former Microsoft Quantum researchers, the 20-person team will focus on developing qubit-agnostic control systems, scalable electronics, and energy-efficient classical Read more…