News Feed
1082 quantum news items from across the web.
A 'new quantum memory breakthrough' with implications for integrating existing data is a major scientific advancement for scaling and practical application of quantum computing.
Identifying the origin of noise in spin qubits and demonstrating improved gate fidelity is a significant scientific breakthrough for hardware reliability and error correction.
This is a significant scientific breakthrough in QRAM architecture on superconducting processors, addressing a critical data bottleneck for future quantum computers.
This details a significant scientific breakthrough demonstrating QRAM architecture on a superconducting processor, crucial for scaling quantum computing.
Identifying the origin of noise in spin qubits is a notable scientific step towards improving qubit coherence and error correction, essential for robust quantum processors.
Clarifying the microscopic origin of noise in spin qubits is a notable scientific advancement for improving qubit stability and performance.
This is an opinion from a quantum researcher about the timeline of quantum computers, relevant for sentiment but not a direct event or breakthrough.
Announcement of the world's first superfast quantum memory with implications for practical computing marks a significant scientific breakthrough.
C12's automated nanoassembly for carbon nanotube qubit fabrication is a notable development for standardizing quantum hardware manufacturing.
C12's automated nanoassembly for carbon nanotube qubit fabrication is a notable development for standardizing quantum hardware manufacturing.
The article discusses cooling for a classical supercomputer (El Capitan), which is tangential to quantum computing developments.
Development of a reconfigurable simulation technology for quantum algorithms by MicroAlgo Inc. is relevant incremental research in quantum software.
Atom Computing achieving error correction with scaling qubits is a major scientific breakthrough with significant practical implications for fault-tolerant quantum computing.
This is a general educational article providing no new, actionable information for quantum computing investors.
This indicates incremental progress in an application of quantum machine learning by a company not on the watchlist, making it relevant but not major.
Major quantum computing gains involving Microsoft and two prominent hardware companies signifies a substantial scientific advancement with potential practical implications.
A specific, publicly stated milestone commitment from a major company's CEO indicates a notable strategic direction and confidence in future development.
Microsoft doubling down on a specific quantum technology with a clear 3-year target indicates a significant strategic commitment by a major player.
This news discusses a significant claim by Microsoft regarding a quantum chip and the market's reaction, indicating an important debate around hardware progress.
The use of Agentic AI by Microsoft to speed up the development of a viable quantum computer suggests a significant technological advancement and methodological breakthrough.