Mohamed Abdel-Kareem

Quantum hardware venture C12 has introduced Pick & Place, a patented nanoassembly process engineered to transfer single-walled carbon nanotubes (CNTs) onto pre-fabricated quantum circuits with micrometric precision. The fabrication method serves as a foundational manufacturing block to decouple high-temperature nanotube growth from sensitive, sub-micron chip lithography layers. By adapting advanced semiconductor packaging concepts to the nanoscale, the technique addresses a primary barrier in solid-state quantum engineering: structural and electronic qubit variability caused by direct-growth substrate defects. Technical Architecture & Electrical Qubit Prescreening The nanoassembly pipeline replaces conventional random-deposition methods, which expose underlying chip materials to degrading thermal thresholds and introduce structural [...]

Optical technology developer Hamamatsu Photonics K.K., its Denmark-based fiber laser subsidiary NKT Photonics A/S, and hardware startup Yaqumo Inc. have signed a trilateral Memorandum of Understanding (MoU) to co-develop and industrialize advanced photonic systems for cold-atom quantum computing. The strategic framework focuses on transitioning fundamental optical subsystems from custom laboratory environments into standardized, multi-functional modules. By combining high-sensitivity imaging arrays, specialty fiber laser systems, and scalable computer hardware architectures, the consortium aims to establish an integrated commercial supply chain capable of sustaining cold-atom system deployment at scale. Technical Architecture & Optical Module Co-Design The technical roadmap addresses the hardware engineering bottlenecks [...]

Quantinuum and Mitsubishi Electric Corporation have signed a non-binding Memorandum of Understanding (MOU) to build a joint development framework for advanced industrial engineering and manufacturing design. The partnership aims to combine Quantinuum’s high-fidelity trapped-ion hardware platforms with Mitsubishi Electric’s extensive industrial simulation libraries. The strategic alignment is structured to transition computer-aided engineering workflows from purely classical high-performance clusters to hybrid co-processing topologies. This action coincides with Quantinuum's public capital restructuring, following the pricing of its $1.68 billion upsized initial public offering (IPO) on the Nasdaq Global Market under the ticker symbol QNT. Technical Architecture & Computer-Aided Engineering Solvers The joint technical [...]

Hardware developer Oxford Quantum Circuits (OQC), financial services provider JPMorganChase, and semiconductor designer AMD have launched a joint research collaboration focused on the integration of quantum systems with classical high-performance computing (HPC) nodes. The project utilizes a newly constructed, specialized Quantum-AI Data Center established by OQC in London. Designed to serve as a secure, enterprise-grade testbed, the co-located infrastructure allows corporate and academic research teams to evaluate hybrid classical-quantum software configurations against the data replication, latency, and security standards mandated by the global financial sector. Technical Architecture & Heterogeneous Infrastructure Integration The computing infrastructure addresses the operational friction encountered when offloading [...]

Permanent capital firm Serendipity Capital has led the seed fundraising round for QuantX Labs, an Adelaide-based company specializing in precision quantum sensing and timekeeping. Serendipity Capital allocated US$5 million ($A7 million) into the equity tranche, marking the first external institutional financing secured by the hardware developer. The capital deployment is designated to scale manufacturing lines, expand international product distribution, and advance the engineering of optical atomic clock systems. To guide the company's next phase of commercial growth, Serendipity Capital Co-Founder and Partner Anton Jerga will join the QuantX Labs Board of Directors alongside Chief Executive Officer Andre Luiten and Chief Operating [...]

Grenoble-based hardware venture Quobly has finalized a €115 million ($133.5 million USD) Series A financing round to transition its silicon-based quantum computing architecture from technology validation into active industrial execution. The capital expansion was co-led by Bpifrance (investing via the Deep Tech 2030 fund under the France 2030 initiative), post-quantum cybersecurity specialist SEALSQ, and semiconductor manufacturer STMicroelectronics. Additional institutional and strategic backing was provided by the European Innovation Council (EIC Fund), Blast, ALIAD (Air Liquide Venture Capital), and early-stage investor Innovacom. The capital injection follows a cumulative €19 million seed phase and is allocated to advance the fabrication, packaging, and commercial [...]

Quantum Design International, Inc. has finalized the acquisition of Basel-based hardware developer Qnami, marking its second corporate consolidation action of 2026. The transaction integrates Qnami's proprietary diamond-based quantum sensing assets into Quantum Design's global scientific instrumentation portfolio. The acquisition follows Quantum Design's January 2026 procurement of the NanoScience division from Oxford Instruments, positioning the parent company to expand its manufacturing footprint across materials characterization, nanomagnetism, spintronics, and semiconductor device profiling markets. Technical Architecture & Nitrogen-Vacancy Magnetometry The acquisition brings Qnami's specialized scanning probe microscopy (SPM) hardware and diamond-based sensor components under Quantum Design’s operational umbrella. The core technology leverages nitrogen-vacancy (NV) [...]

Ooredoo Qatar, in a joint national initiative with Hamad Bin Khalifa University (HBKU) and the Ministry of Defense, has completed the deployment of Qatar’s first quantum-safe communications link. This infrastructure project establishes a fully operational, end-to-end Quantum Key Distribution (QKD) framework integrated directly into a live telecommunications environment. Developed to address the strategic risk of "harvest now, decrypt later" intercepts—where adversaries collect encrypted data packets today to decrypt them once fault-tolerant quantum computers emerge—the deployment transitions Qatar’s core networking architecture toward information-theoretic security protocols. Technical Architecture & Infrastructure Integration The quantum-safe framework operates across Ooredoo Qatar’s existing dark fiber infrastructure, avoiding [...]

PsiQuantum has made Construct, its dedicated software suite for fault-tolerant quantum computing (FTQC), available as a free, open-access platform. Initially launched under restricted access in September 2025, the software environment is designed to assist academic, industrial, and sovereign research teams in compiling and optimizing large-scale algorithms tailored for utility-scale quantum systems. By making the platform open access, the company aims to establish a shared environment where developers can compile quantum circuits containing billions of gate operations and execute resource estimations across different error-corrected hardware topologies. Technical Architecture & Modular Compilation Components The Construct software pipeline addresses the structural scaling limitations native [...]

High Q Technologies and structural biology contract research organization Creative Biostructure have formed a strategic partnership to expand research access to electron paramagnetic resonance (EPR) spectroscopy systems. The collaboration integrates High Q Technologies' FATHOM® EPR platform with Creative Biostructure's experimental design and analytical workflows. The joint framework is structured to assist pharmaceutical and biotechnology organizations in incorporating quantum-enabled molecular sensing into active drug discovery pipelines, simplifying the hardware and operational complexities that have historically restricted the use of EPR techniques. Technical Architecture & Quantum Resonance Performance The FATHOM® platform addresses the measurement limitations of conventional structural biology tools when analyzing disordered, [...]