News Feed
538 quantum news items from across the web.
This guest post highlights the importance of and incremental improvements in dilution refrigeration, a critical but supporting technology for superconducting qubits.
Research on enhancing quantum states in sensors using mechanical inputs is relevant incremental research in the broader field of quantum technology, particularly sensing.
The article highlights an important application area for quantum computing in materials innovation, demonstrating strategic interest and potential market expansion.
Launching grants to support experimental research and education in superconducting qubit physics directly fosters scientific development in a key hardware modality.
A quantum method potentially reducing memory needs for AI systems signifies a significant scientific breakthrough with practical implications for quantum-AI integration.
A general discussion about AI and quantum computing, while informative, does not constitute a specific event or breakthrough relevant for immediate investment decisions.
A general discussion of quantum computing's impact on encryption is a relevant ongoing topic but lacks specific new developments.
Research identifying limitations of certain quantum models is relevant for understanding the field's boundaries but represents incremental progress.
This article discusses efforts within the cryptocurrency sector to prepare for potential quantum threats, which is a tangential application of quantum-safe algorithms.
The introduction of practical quantum protection for a major cryptocurrency is a relevant application of post-quantum cryptography.
A new study suggests exponential quantum advantage in machine learning tasks using small quantum computers, representing a significant scientific breakthrough with potential practical implications.
The installation of advanced manufacturing equipment at Albany NanoTech is a relevant infrastructure update that could support future quantum hardware development, though not a direct quantum announcement.
A proposal for quantum-safe Bitcoin transactions without a soft fork represents a notable development in post-quantum cryptography relevant to future security.
The SPINS Project's aim for millions of stable semiconductor qubits signifies a major, ambitious R&D effort that could lead to an industry-defining breakthrough in hardware scalability.
A research proposal for quantum-safe Bitcoin is relevant for future security against quantum threats, highlighting an important application area.
A research proposal for quantum-safe Bitcoin is relevant for future security against quantum threats, highlighting an important application area.
A research proposal for quantum-safe Bitcoin is relevant for future security against quantum threats, highlighting an important application area.
The title is too vague to indicate a specific breakthrough or major development, suggesting general incremental progress in quantum AI experiments.
A research proposal for quantum-safe Bitcoin is relevant for future security against quantum threats, highlighting an important application area.
Xanadu's introduction of the 'world's first modular photonic quantum computer' is a significant hardware development, complemented by strengthened capital resources.