Mohamed Abdel-Kareem

Quantinuum has finalized a $100 million CHIPS Act R&D award to accelerate the manufacturing of trapped-ion quantum hardware. This funding will strengthen domestic semiconductor manufacturing, advance integrated optics, and scale fault-tolerant quantum computers by transitioning trapped-ion processing units to volume-manufacturable semiconductor platforms. Collaborating with GlobalFoundries and Monarch Quantum, Quantinuum aims to reduce complexity, improve gate reproducibility, and establish a resilient domestic supply chain for quantum hardware.

PsiQuantum has finalized a $100 million CHIPS Act award with the U.S. Department of Commerce to accelerate domestic semiconductor process development and strengthen onshore supply chain security for fault-tolerant quantum computing infrastructure, building on previous investments and partnerships. The funding will support 300mm wafer production of barium titanate and optimize single-photon detectors and packaging lines at its California facilities, complementing its existing manufacturing footprint and partnerships with GlobalFoundries, AFRL, and DARPA.

Trapped-ion quantum hardware developer IonQ (NYSE: IONQ) has announced its sixth-generation quantum computing platform, launching the IonQ Superion 256. The system represents the company's first chip platform engineered for high-volume semiconductor fabrication following its acquisitions of Oxford Ionics and SkyWater Technology. IonQ has completed its initial fabrication tapeouts at SkyWater and successfully trapped first ions within prototype Superion 256 hardware deployed across its U.S. facilities, targeting commercial customer deliveries in 2027. The Superion architecture replaces external laser-based qubit addressing with Electronic Qubit Control (EQC), integrating microwave and radio-frequency control circuitry directly into the semiconductor substrate. Derived from technology integrated through the [...]

IonQ has published a study detailing a fault-tolerant quantum computing architecture capable of breaking 256-bit elliptic curve cryptography, such as that securing Bitcoin, in 25.7 days. Their optimized "Walking Cat" architecture utilizes qLDPC codes and 19,397 physical qubits to achieve this, highlighting the future vulnerability of current cryptographic standards and urging migration to post-quantum alternatives.

IonQ has raised its full-year 2026 revenue outlook to $450 million–$460 million, incorporating financial contributions from SkyWater Technology after its acquisition on July 31, 2026. This revised outlook is due to SkyWater's operations accelerating physical QPU manufacturing throughput, with 256-qubit processor wafers fabricating three times faster and delivering 12 times more wafer lots every six months.

IonQ and Congruity360 have entered an $8.18 million agreement to implement a quantum-safe network, integrating post-quantum cryptography and hardware-based quantum key distribution. This collaboration aims to secure Congruity360's data governance platform across various environments, protecting sensitive enterprise data from future decryption threats. The initiative aligns with federal mandates for post-quantum compliance and expands IonQ's commercial quantum networking presence in high-compliance sectors.

SkyWater Technology and Qolab have partnered in a multi-year agreement, with Qolab becoming the lead customer for SkyWater's new SC250 superconducting platform. This collaboration aims to scale Qolab's Quantum System-in-Package (QSiP) architecture, transitioning superconducting quantum processing unit (QPU) components from research to commercial manufacturing to reduce complexity and cost.

SkyWater Technology has launched SkyWater Quantum Solutions, a new merchant foundry division focused on process development, chip integration, and manufacturing for quantum computing, networking, and sensing applications. The division offers two standardized process platforms, SC250 for superconducting circuits and SP90 for quantum photonic routing, and has already secured a joint development agreement with Qolab to fabricate its Quantum System-in-Package (QSiP) hardware.

D-Wave Quantum Inc. has finalized a $100 million CHIPS Act agreement with the U.S. Department of Commerce. This funding will accelerate hardware development for both superconducting quantum annealing and gate-model architectures, aiming for a 100,000-qubit system and a 10,000-physical-qubit QPU, respectively. In exchange for the funding, the U.S. Department of Commerce will receive a minority equity stake in D-Wave.

Fujitsu has fabricated a prototype diamond-spin quantum processing unit (QPU) integrating tin-vacancy (SnV) color centers into photonic integrated circuits (PICs), operating at a warmer cryogenic temperature of -271.6°C. This architecture addresses scaling challenges through heterogeneous material bonding and nanometer-scale diamond thinning, utilizing SnV centers for their reduced sensitivity to electric field noise and higher photon emission brightness compared to traditional nitrogen-vacancy centers. Fujitsu plans to develop a multi-module prototype by 2027, aiming for a 1,000 logical qubit system by FY2035, and is also working on linking this with their superconducting hardware for a heterogeneous quantum computing architecture.