Ohio State-led Team Secures NSF Award to Advance to Next Phase of the National Quantum Virtual Laboratory Program

thequantuminsider.com Jul 3, 2026

Ohio State-led Team Secures NSF Award to Advance to Next Phase of the National Quantum Virtual Laboratory Program

Curated by Shubham · TechCapsules · Jul 3, 2026

AI-summarised brief · reviewed before publication

An Ohio State University-led research consortium has received a $4 million Phase II NSF award to advance quantum sensing research through the National Quantum Virtual Laboratory program. The DQS-CP project is developing a distributed-entanglement quantum sensing platform to improve measurements of materials and chemical properties. The initiative supports interdisciplinary education and workforce development while preparing quantum sensing technologies for practical applications. The project brings together top researchers and partners nationwide to push quantum technologies toward real-world use.

💡 Why It Matters

· The award highlights Ohio State's growing prominence in quantum science, technology, and education, positioning the university as a national leader in the field.
· By developing a shared testbed for quantum capabilities, researchers can turn quantum ideas into meaningful applications and move them into the marketplace, driving innovation and economic growth.

Capsules Quantum Computing

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Pasqal and Aeponyx Found Canadian Center of Competency at C2MI to Commercialize…

Pasqal, a neutral-atom quantum hardware manufacturer, has established a Center of Competency in Photonic Integrated Circuit (PIC) Packaging at the MiQro Innovation Collaborative Center (C2MI) in Bromont, Quebec. The $7.9 million initiative, supported by a $4 million federal and provincial financing package, aims to standardize critical hardware packaging parameters and alleviate physical bottlenecks in the production of laser-based multi-qubit control components. The center will consolidate advanced packaging operations with Canadian technology partners HOP Technologies and Phantom Photonics.

💡 This strategic move by Pasqal secures its component supply chain and enables the company to maintain hardware control over its physical sub-systems, crucial for its global commercial expansion.

quantumcomputingreport.com · Jul 3

The Ohio State University Secures $4 Million NSF Phase II Award to…

The Ohio State University has secured a $4 million USD Phase II design grant from the U.S. National Science Foundation (NSF) to lead a national research consortium focused on developing a quantum sensing platform. The Distributed-Entanglement Quantum Sensing of Chemical Properties (DQS-CP) project aims to create a highly flexible, multi-component platform to capture atomic and molecular interactions with unprecedented accuracy. Led by Professor Ezekiel Johnston-Halperin, the project integrates cross-departmental engineering faculties to customize the sensor platform for harsh and dynamic environments. The consortium includes top universities and industry partners, with the goal of accelerating the commercialization of post-classical molecular diagnostics.

💡 This award positions Ohio State at the forefront of a national effort to harness quantum technology for real-world applications, with potential breakthroughs in fields like medicine and materials science.

thequantuminsider.com · Jul 3

QoreChain Demonstrates End-to-End Post-Quantum Blockchain Transaction

QoreChain, a quantum-safe blockchain, has successfully completed the first end-to-end blockchain transaction protected by all three NIST-standardized post-quantum cryptographic algorithms. The transaction, a transfer of 1,000 QOR, was completed on QoreChain's public mainnet using the Keplr wallet and is publicly verifiable through its blockchain explorer. This achievement demonstrates the company's commitment to providing standardized, live, and independently verifiable post-quantum security. The transaction applies post-quantum cryptography across the full cryptographic path, including digital signatures, key encapsulation, and hashing.

💡 The completion of this transaction marks a significant milestone in the transition to post-quantum security, as it shows that institutions can adopt standardized, live, and independently verifiable post-quantum security without abandoning their existing tools. This achievement has important implications for the security of blockchain data, as it highlights the need for post-quantum cryptography to be implemented from the start to prevent retroactive exposure of sensitive information.

thequantuminsider.com · Jul 3

How to Start a Career in Quantum Computing in 2026

The global quantum workforce has grown significantly, with nearly 16,500 professionals in 2025, up 2,000 from the previous year. Companies are hiring, and salaries are rising, with quantum computing roles demanding overlap across physics, computer science, electrical engineering, and domain expertise. The industry needs 5,000-16,000 quantum error correction specialists by 2030, with QEC engineers earning $150K-$210K at entry level and $300K-$400K at senior levels. This guide explores the major career paths in quantum computing, including required skills, salary ranges, learning resources, and realistic career timelines.

💡 The quantum sector's rapid growth creates a pressing need for specialized talent, driving salaries and entry opportunities for those who invest in the right specialization. As the industry expands, the scarcity of qualified applicants will only intensify, making it crucial for individuals to adapt and acquire the necessary skills to capitalize on the emerging quantum job market.

quantumcomputingreport.com · Jul 3

xDots Showcases Room-Temperature Quantum Sensing System at Quantum Korea 2026

Deep-tech startup xDots unveiled its quantum-based industrial hardware infrastructure stack at Quantum Korea 2026 in Seoul. The company demonstrated its commercial xEnergy architecture, which integrates advanced physics with multi-agent artificial intelligence to address power hyper-inflation. The system uses diamond NV-based quantum sensors to track current flow at ±0.01% precision, providing real-time data ingestion and mapping. xDots' technology functions at room temperature, eliminating the need for bulky refrigeration hardware. The company executed Proof of Concept pilot deployments with South Korean conglomerates, confirming absolute energy reductions of 15-30%. The exhibition was hosted by the South Korean Ministry of Science and ICT, bringing together 56 corporations and research institutions.

💡 xDots' room-temperature quantum sensing system enables more efficient and cost-effective energy management in industrial settings. Its potential to reduce energy consumption by 15-30% can significantly lower operational costs for manufacturing hubs and data centers.

quantumcomputingreport.com · Jul 3

PostScriptum Executes Strategic Investment in SemiQon alongside €30 Million ($34.35 Million USD)…

Finnish quantum hardware developer SemiQon has secured a strategic equity investment from PostScriptum, a founder's office directed by technologist Peter Sarlin. The investment supports the commercial scale-up and volume manufacturing of SemiQon's proprietary silicon-based Cryo-CMOS control and readout microchips. PostScriptum also announced a €30 million capital commitment to finance foundational hardware layer technologies. SemiQon's hardware platform addresses scaling bottlenecks in deep-tech computing by removing bulky wiring lines inside localized cryostats. The company's cryo-optimized silicon integrated circuits operate directly inside the ultra-cold environment of the cryostat, facilitating a modular scaling path.

💡 Sovereign European control electronics are strengthened by PostScriptum's investment, solidifying Finland's position in global supply chains. The commitment to financing foundational hardware layer technologies reinforces the development of critical components for quantum computers.