C4IR Saudi Arabia to Host Global Experts in Celebration of 100 Years of Quantum Science at World Quantum Day 2025 Event

Insider Brief C4IR Saudi Arabia, in partnership with KACST and Saudi Aramco, will host “Discovering Quantum Possibilities” on April 14, 2025, to celebrate World Quantum Day and the UN-declared International Year of Quantum Science and Technology. The event will convene global leaders from government, academia, and industry to discuss advancements Read more…

A Simple Way to Control Superconductivity

Insider Brief Scientists at RIKEN CEMS have discovered that twisting atomically thin layers in a device can precisely control superconductivity by tuning the superconducting gap in momentum space. The team used ultrathin niobium diselenide on graphene and adjusted twist angles to manipulate the energy threshold for breaking Cooper pairs, revealing Read more…

The Invisible Stage: Quantum’s Displacement in NVIDIA GTC’s World of Spectacle

Insider Brief: Quantum Day’s placement and tone reflected a broader communication gap in quantum computing—unlike the interactive, visually rich displays at GTC, quantum remains abstract, technical, and largely invisible to broader audiences. The panel highlighted diverse hardware approaches and scalability goals, but much of the language used—error correction, logical qubits, Read more…

How to Build a Quantum Blockchain: Researchers Test a Blockchain That Only Quantum Computers Can Mine

Insider Brief Researchers at D-Wave have developed and tested a blockchain prototype that uses quantum computers to perform mining through a new consensus method called proof of quantum work. The system replaces energy-intensive classical mining with quantum computations that are infeasible for classical machines, achieving stable operation across four quantum Read more…

NVIDIA’s Quantum Strategy: Not Building the Computer, But the World That Enables It

Insider Brief: NVIDIA positions quantum computing not as a hardware race but as a shared infrastructure challenge requiring accelerated computing, deep integration, and AI-driven collaboration. At GTC 2025, NVIDIA reinforced this role by announcing the NVIDIA Accelerated Quantum Center and announcing a series of quantum partnerships that emphasize hybrid quantum-classical Read more…

Device Enables Direct Communication Among Multiple Quantum Processors

Insider Brief MIT researchers developed a new interconnect device that enables direct communication between multiple superconducting quantum processors, overcoming the limitations of current point-to-point architectures. The device uses a superconducting wire, or waveguide, to shuttle microwave photons, allowing quantum information to be transmitted efficiently and supporting scalable, all-to-all connectivity. Using Read more…