AI researchers want to solve the bot problem by requiring ID to use the internet
The researchers based their ideas on “proof of personhood” technologies developed by the blockchain community. Go to Source
Science
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Quantum computers are advancing much faster than scientists expected
Breakthroughs in scalability, error-correction, and infrastructure have led to an accelerated timeline for quantum advantage. Go to Source
Scientists illuminate a path to quantum AGI with new light-based chips
Recent breakthroughs in photonic computing could finally make human-level AI possible. Go to Source
German quantum breakthrough highlights need for particle physicists in crypto
German quantum breakthrough highlights need for particle physicists in crypto Go to Source
US, UK accelerate quantum computing programs after China breakthrough
China’s room temperature time crystals could radically affect the timeline for the arrival of useful quantum computers. Go to Source
Ripple publishes math prof’s warning: ‘public-key cryptosystems should be replaced’
Mathematician Massimiliano Sala says current encryption methods won’t protect blockchain systems from quantum computers. Go to Source
Harvard built a hacker-proof quantum network in Boston using existing fiber cable
According to the scientists, the 22-mile distance between nodes is the longest quantum fiber network to date. Go to Source
Harvard scientists claim breakthrough, ‘advent of early error-corrected quantum computation’
The team’s results, once reviewed, could represent a significant milestone in quantum computing research. Go to Source
Changpeng Zhao’s next move could involve decentralized science
Decentralized science, or DeSci, aims to apply decentralized business models to medical research. Go to Source
Researchers in China developed a hallucination correction engine for AI models
The “Woodpecker” hallucination correction system can, ostensibly, be applied to any multi-modal large language model, according to the research. Go to Source
