Quobly Demonstrates FD-SOI as a Scalable and Cost-Effective Platform for Quantum Processors

Insider Brief: Quobly demonstrated FD-SOI technology as a cost-efficient and scalable platform for quantum processors, using traditional CMOS manufacturing capabilities from industry leaders like STMicroelectronics, GlobalFoundries, and Samsung. Quobly’s platform uses silicon spin qubits, which feature microsecond clock speeds, over 99% fidelity, and compact unit cell sizes of ~100nm², making Read more…

Welcome to The Quantum Memory Matrix — Hypothesis Offers New Insight Into Black Hole Information Paradox

Insider Brief A new hypothesis suggests that space-time itself stores quantum information, potentially resolving the Black Hole Information Paradox. The Quantum Memory Matrix (QMM) framework embeds data within quantized space-time, preserving unitarity and reconciling quantum mechanics with general relativity. QMM could also inform quantum computing, improve black hole models, and Read more…

Classiq, Deloitte Tohmatsu and Mitsubishi Chemical Scientists Compress Quantum Circuits by Up to 97%

Insider Brief Classiq Technologies, Deloitte Tohmatsu Group and Mitsubishi Chemical Corporation are working together to explore materials development in the chemical field, including new organic electroluminescent (EL) materials. A new study used quantum computers in search of high-performance organic electroluminescent materials demonstrates efficiency in quantum algorithm implementation Results indicate acceleration of Read more…

Arctic Instruments Secures $2.47M to Scale Superconducting Amplifiers for Quantum Computers

Insider Brief: Arctic Instruments, a spinout from VTT Technical Research Centre of Finland, secured €2.35 million (approximately $2.47 million) in funding led by Lifeline Ventures to advance its superconducting microwave amplifier technology, essential for scaling quantum computers with accurate qubit state readout. The company’s amplifiers, developed through VTT’s research, are Read more…

Haiqu-led Research Team Encodes ‘Largest Financial Distributions to Date’ on Quantum Computers 

Insider Brief Researchers from Haiqu and HSBC report on a method to encode large-scale financial data into quantum circuits using shallow and efficient designs. The technique leverages matrix product states and Tensor Cross Interpolation to efficiently handle heavy-tailed financial distributions like Lévy distributions. Their approach achieved encoding on IBM quantum Read more…

NRFC Announces $13 million Investment in Quantum Brilliance to Build Australia’s First Quantum Diamond Foundry 

Insider Brief The National Reconstruction Fund Corporation (NRFC) has invested $13 million in Quantum Brilliance (QB) to establish one of the world’s first foundries for quantum diamond devices, critical components for quantum computing and sensing technologies. The investment will enhance Australia’s leadership in diamond quantum technology, supporting advanced manufacturing, research Read more…