quantum computing
PulseAugur coverage of quantum computing — every cluster mentioning quantum computing across labs, papers, and developer communities, ranked by signal.
- uses post-quantum cryptography 70%
- developed Quantum communication networks 70%
- developed by Quantum communication networks 70%
- used by post-quantum cryptography 70%
- instance of Advanced Materials 60%
- used by Gotit.pub 60%
- affiliated with Brain computer interfaces (Abingdon, England) 60%
- affiliated with neuromorphic engineering 60%
- competes with post-quantum cryptography 50%
- developed post-quantum cryptography 50%
- instance of post-quantum cryptography 50%
- affiliated with Advanced Materials 50%
16 day(s) with sentiment data
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Global race for quantum computing leadership accelerates with supply chain focus
The global race for quantum computing leadership is intensifying, with significant investments pouring into the sector. This burgeoning industry relies heavily on complex international supply chains, making supply chain…
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NYU & UVA Host Webinar on AI and Quantum Computing
The Institute for Public Knowledge at NYU, in collaboration with UVA's Digital Technology for Democracy Lab and Sloane Lab, is hosting a webinar on October 28th. The event, titled "Co-Opting AI: Quantum," will feature p…
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1980s reversible computer design aids quantum computing research
Researchers have uncovered a reversible computer design from 1980 that provides novel perspectives on quantum computing efficiency. Concurrently, an AI system has been developed that significantly lowers quantum computi…
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Five open challenges in science and tech highlighted on Mastodon
A recent post on Mastodon's fosstodon.org community highlights five significant open challenges across scientific and technological fields. These challenges span drug discovery, battery materials, superconductors, quant…
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Google Quantum AI achieves breakthrough in quantum computing with error reduction
Google Quantum AI has achieved a significant breakthrough in quantum computing by successfully demonstrating "magic state cultivation" on their Willow processor. This technique has been shown to reduce errors by approxi…
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Google DeepMind offers free Gemini 4 Argon access to 10,000 scientists
Google DeepMind is making its Gemini 4 Argon model accessible to 10,000 scientists for six months to accelerate research. The model has demonstrated significant capabilities, including compressing enzyme engineering to …
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Scott Aaronson launches "The Aaronson Oracle" blog on AI and quantum computing
Scott Aaronson, a prominent computer scientist, has launched "The Aaronson Oracle," a new blog focused on quantum computing and artificial intelligence. The blog aims to provide insights and commentary on these rapidly …
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New 'Lifting' Framework Enhances Quantum Mid-Circuit Measurements
Researchers have developed a new framework called Lifting to improve the reliability of mid-circuit measurements in quantum computing. This framework utilizes neural networks for quantum state discrimination, addressing…
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US Government Unprepared for Quantum Hacking Threat
The U.S. government is inadequately prepared for the potential threat posed by quantum computers to its national security systems. While advancements in quantum computing are progressing, the development and implementat…
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AI integration accelerates quantum computing fault tolerance by 2030
Quantum computing is moving from theoretical potential to practical application, but a major hurdle remains: achieving fault tolerance. While quantum error correction aims to protect delicate qubits, true fault toleranc…
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Experts urge caution on AI and tech investments, advising scrutiny of trends
Business leaders are advised to critically evaluate emerging technology trends before making significant investments. This includes agentic AI, where understanding customer context and behavior is crucial, and composabl…
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Gordon Brown: UK can be innovation leader, boosting economy
Gordon Brown argues that the UK has the potential to be a global innovation leader, citing its strong university system and research output in fields like AI, quantum computing, and biology. He highlights that increased…
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AI and Quantum Computing Merge into Concept of Infinite Computing
The concept of "infinite computing" emerges from the convergence of artificial intelligence and quantum computing. This integration promises to unlock unprecedented computational power, potentially revolutionizing vario…
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Periodic Labs builds AI scientists for physical world experimentation
Periodic Labs is pioneering a new frontier in AI by developing autonomous laboratories capable of conducting physical experiments. Their vision of "synthesis superintelligence" aims to accelerate scientific discovery by…
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Deep Tech's Ethical Landscape: A Practical Guide to Data Ethics
Data ethics is becoming a critical concern for deep tech companies, moving from academic discussions to boardroom priorities. Deep tech, encompassing AI, machine learning, biotech, robotics, and quantum computing, is in…
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Cryptography faces dual threat from AI and quantum computing
The field of cryptography is facing a dual threat from advancements in mathematical superintelligence and quantum computing. These developments suggest that current encryption methods may soon become vulnerable. As a re…
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AI aids discovery of new quantum computing magic-state factories
Researchers have developed new AI-assisted methods to discover more efficient magic-state factories for fault-tolerant quantum computing. These methods leverage symmetry restrictions and language-model agents to overcom…
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RSA cryptography faces quantum threat, prompting 2029 migration deadline
The RSA algorithm, a cornerstone of public-key cryptography and digital trust on the internet, is approaching its 50th anniversary. While its foundational architecture remains influential, the advent of quantum computin…
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AI and Quantum Computing Converge for Optimization Research · 4 sources tracked
Recent research explores the intersection of artificial intelligence and quantum computing for combinatorial optimization problems. One review highlights that AI is more effective at assisting quantum optimization workf…
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University of Colorado Boulder hiring AI, Quantum Computing faculty
The Computer Science department at the University of Colorado Boulder is actively recruiting for three tenure-track faculty positions. These roles are focused on the fields of Quantum Computing, Artificial Intelligence,…