Daisy Shearer, Physics and Quantum Technology Editor at Science Report.
Daisy Shearer
172 reportsEditor
Physics and quantum technology editor
Daisy Shearer is a physics and quantum technology editor covering quantum computing, condensed-matter research, spintronics, photonics and experimental hardware. She focuses on what researchers have demonstrated, how devices are measured and where technical limitations still stand between laboratory results and practical systems.
Latest articles by Daisy Shearer
Japan Deploys Neutral-Atom Quantum Computer With 50 Qubits
Japan's Institute for Molecular Science has launched 'Shunkai,' a neutral-atom quantum computer integrating optical tweezer arrays and room-temperature control, with an initial 50-qubit platform and plans for future scaling
Skyloom Deploys 84 Optical Terminals for Secure Space-Based Networks
Skyloom Global, now part of IonQ, has installed 84 optical communication terminals in low-Earth orbit, supporting the U.S. Space Development Agency's secure mesh network for military data transfer and future quantum networking applications
Banks and Regulators Test Post-Quantum Digital Asset Transactions
A cross-border pilot led by the Responsible Fintech Institute and Safeheron is testing post-quantum cryptography for digital asset transactions, involving commercial banks and regulators in a controlled environment to assess quantum-resilient infrastructure
Pasqal Arabia to Deploy Neutral-Atom Quantum Systems in Saudi Arabia
Pasqal and Eleven Ventures have announced a joint venture to install and operate neutral-atom quantum processors in Saudi Arabia, aiming to build local quantum computing infrastructure and develop a regional technical workforce
Strategic Shifts in Quantum Hardware Leadership and Engineering
D-Wave, BTQ Technologies, Symmatrics, and Rigetti Computing have each announced new technical and executive appointments, reflecting ongoing efforts to address engineering, commercialization, and governance challenges in quantum hardware and security platforms
AI Decoder Surpasses PyMatching on Google Quantum Surface-Code Data
Quantum X Labs has reported that its AI-based quantum error correction decoder achieved higher decoding accuracy than standard matching algorithms on Google's public surface-code dataset, using only synthetic training and GPU acceleration
Brookhaven and Stony Brook Send Entangled Photons 21 km Through Open Air
A team at Brookhaven National Laboratory and Stony Brook University has established a 21-kilometer free-space quantum link, transmitting single and entangled photons across the atmosphere to connect metropolitan quantum network nodes under real-world conditions
AI Models Now Optimize Quantum Algorithms for Real Hardware
Recent advances show AI systems are now directly optimizing quantum algorithms for cryptography and hardware compatibility, with measurable improvements in circuit efficiency and potential impact on quantum workforce development
Neutral-Atom Quantum Simulator Probes 2D Conformal Field Theory Spectra
A Caltech-led team has directly measured finite-size energy excitation spectra predicted by two-dimensional conformal field theory, using a neutral-atom quantum simulator based on strontium atom chains and Rydberg interactions
Quantum-Safe HSM Module Earns FIPS 140-3 Level 3 Certification
Crypto4A Technologies has achieved FIPS 140-3 Level 3 validation for its QASM cryptographic module, marking the first time a hardware security module supporting NIST-standardized post-quantum algorithms has met this security benchmark
Quantum Software Integrated Into Luxembourg Business School Curriculum
Superpositions and the European Business Institute of Luxembourg have launched a partnership to embed quantum computing and hybrid algorithm workflows into business education, giving students direct access to quantum software platforms and real hardware backends
UK Partnership Targets Quantum and AI Integration for Industry
FormationQ and the STFC Hartree Centre have launched a partnership to address technical and workforce barriers to quantum computing and AI adoption in UK industry, focusing on hybrid workflows and scalable pilot projects
Diamond Quantum Sensors Target GPS-Denied Navigation Challenges
Dirac Labs has secured $1.8 million in pre-seed funding to develop and test diamond-based quantum sensors designed for navigation in environments where GPS is unavailable, using nitrogen-vacancy centers and AI-driven signal processing
Rigetti Splits System Delivery From Quantum Processor R&D
Rigetti Computing has reorganized its operations, creating a dedicated Systems Delivery group to manage manufacturing and deployment of superconducting quantum hardware, while consolidating processor R&D into a separate technology division
Cornell Team Deposits High-Quality Tantalum Qubits at 200°C
Researchers at Cornell University have demonstrated a low-temperature process for fabricating tantalum-based superconducting qubits, using krypton gas to enable high-quality films compatible with commercial semiconductor foundries
