News Feed
933 quantum news items from across the web.
Quantinuum and Sandia detailing 99.7% two-qubit fidelity on Helios is a significant scientific breakthrough for hardware performance.
A general discussion about the long-term 'quantum threat' to encryption is a known implication but not a specific new development in quantum computing.
The dedication of a new quantum research center at Caltech represents a notable investment in academic infrastructure and talent development.
Amazon's statement about commercially useful quantum computers nearing reality is a significant endorsement of industry progress from a major tech player, boosting investor sentiment.
A Nature publication on the predictive design of quantum defects is a significant scientific breakthrough that could directly impact the development of next-generation quantum hardware.
Fabrication of an advanced cryogenic chip carrier represents an incremental development in supporting quantum hardware components.
A study indicating widespread enterprise engagement with quantum computing, though not scaled deployment, is relevant for understanding market adoption trends.
An industry study highlighting the entry into a 'capability era' and the advantage of early movers is relevant for understanding market positioning and strategy.
This news reiterates findings from an industry study indicating increased enterprise engagement and a competitive 'capability race' in quantum computing.
A prediction from an Amazon executive on the timeline for commercial quantum computing is relevant for market outlook but not a concrete development or breakthrough.
Mass production of ultra-pure silicon-28 is a notable advance in materials science crucial for scaling certain types of quantum computing hardware, especially silicon-based qubits.
This reiterates a prediction from Amazon regarding the commercialization timeline of quantum computing, similar in impact to item 2.
An announcement of 'major results' from a quantum computing collaboration implies significant scientific progress, though specifics would be needed for a higher score.
Achieving 99.9% fidelity for one- and two-qubit operations is a major scientific breakthrough crucial for building fault-tolerant quantum computers.
Phasecraft being funded by ARPA-E to develop quantum algorithms for catalyst discovery represents a notable application-specific advance and government support for quantum software.
An Amazon executive's prediction regarding the arrival of quantum computers provides notable insight into the industry's timeline from a major tech company.
This news is solely about AI manufacturing and does not mention quantum computing, making it irrelevant for quantum investors.
A collaboration in the Mountain West announcing 'major results' in quantum computing from a national laboratory signifies a scientific breakthrough.
This article exclusively discusses AI breakthroughs without any mention of quantum computing, making it irrelevant for quantum investors.
An Amazon executive's prediction of 'commercially useful' quantum computers within 5-7 years provides notable insight into the practical timeline from a major tech player.