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At the recently concluded 18th China Electronic Information Annual Conference, the China Electronics Society announced the winners of the 2024 Science and Technology Awards. Among them, the project "Key Technologies and Applications of Secure and Trusted Dynamic Behavior in the Internet with High-Efficiency Collaboration," jointly developed by Tsinghua University, Beijing Zhongguancun Laboratory, and Ant Group, won the first prize for scientific and technological progress. This achievement not only demonstrates the enormous potential of cutting-edge technology in the field of secure and trustworthy computing, but also provides an effective solution to address the increasingly complex network environment. With the proliferation of the internet, malicious traffic attacks and covert...

Ele.me today announced the launch of an AI algorithm competition focused on the local life sector. The competition aims to explore how cutting-edge technology can drive innovation in practical applications and improve efficiency and user experience in the service industry. The competition features three tracks: Smart Elderly Care, Smart Rider, and Intelligent Business Efficiency. Each track will select five winning teams to share a total prize pool of 300,000 RMB. The first prize is 50,000 RMB, the second prize is 30,000 RMB, the third prize is 10,000 RMB, and two additional prizes of 5,000 RMB each.

A groundbreaking AI-powered ultrasound technology has won a million-dollar prize, promising a revolution in heart health diagnostics and paving the way for more accessible and accurate cardiac care.

A characteristic widely regarded as a flaw of artificial intelligence - 'hallucination' - has surprisingly become key to scientific breakthroughs. According to Fortune magazine, Professor David Baker, one of the winners of the 2024 Nobel Prize in Chemistry, achieved significant research breakthroughs using the 'hallucination' feature of AI models. Professor Baker, from the University of Washington, is the only American scientist among this year's three Nobel Prize winners in Chemistry. He successfully invented a novel protein using computer software, an achievement that ultimately earned him this honor. Image source note: The image is AI-generated and authorized.

In a unique artificial intelligence confrontation game, a cryptocurrency user successfully persuaded Freysa, an autonomous AI robot, to transfer a prize pool worth over $47,000 to him. Freysa is an AI agent responsible for guarding the prize pool, and the game rules require participants to persuade Freysa to transfer funds by sending messages. Each message incurs a fee, with a portion added to the prize pool, ultimately accumulating to $47,000. Despite all participants failing in the first 481 attempts, this user...

In the vast starry sky of technological innovation, there exists a courageous group of explorers. They have not only won the Nobel Prize in Chemistry for predicting protein structures using artificial intelligence but have also redefined our understanding of complex molecular computation in the realm of quantum computing. Researchers from the Korea Institute of Science and Technology (KIST) are like "magicians" of the quantum world, using a revolutionary approach to completely overturn the limitations of traditional quantum computing. Their secret weapon? A high-dimensional quantum information unit known as "qudit." Source of the image: Image generated by AI.

In the field of AI, it seems we are on the brink of a new era. Dario Amodei, CEO of Anthropic, recently published a 15,000-word article showcasing a future world driven by AI, where technology not only brings unprecedented prosperity and social advancement but also abundant resources. He firmly believes that the so-called 'Powerful AI' could emerge as early as 2026, and this AI will be smarter than Nobel laureates, capable of completing a range of tasks from proving mathematical theorems to writing outstanding novels.

Recently, two Nobel Prize winners in Physics have been closely related to artificial intelligence, one of whom is the so-called 'Godfather of AI,' Geoffrey Hinton. Hinton's research in 2012 laid the groundwork for today's neural networks, but in 2023, he chose to leave Google and began issuing warnings about artificial intelligence. Source note: The image is generated by AI, and Hinton discussed his reasons for resigning in an interview with The New York Times last year, stating that he once believed Google was a 'suitable'...

33-year-old Japanese writer Rie Kudan utilized ChatGPT to create her novel, winning Japan's prestigious literary award, the Akutagawa Prize. The novel 'Tokyo-to Dojo-to / Tokyo Sympathy Tower,' set in a futuristic Tokyo and centered around AI, was officially published on January 17. Judges unanimously described the novel as 'almost flawless,' sparking controversy in the literary world regarding AI's role in creative fields. In her acceptance speech, Kudan stated that ChatGPT helped her unleash her potential.

["33-year-old Japanese Literature Prize winner Rie Kudan confessed at the award ceremony that approximately 5% of her novel 'Tokyo-to Dojo-to' was generated using ChatGPT.","ChatGPT not only helped her realize her creative potential but also became a source of inspiration and a mental support, sparking ideas for dialogues in the novel.","Unlike some artists who worry about AI plagiarism, Kudan views AI as a complement to human abilities and hopes to maintain a 'good relationship' with AI in the future to jointly develop creativity."]

Nobel laureate Christopher Pissarides warns the younger generation that AI may replace job opportunities in STEM fields. Pissarides believes that empathy and creative skills will become increasingly important in a future where AI automates more analytical tasks. While there is high demand for STEM graduates, traditional personal skills are less likely to be replaced by technology in industries such as hospitality and healthcare. Various predictions suggest that AI will impact the job market, but humanities skills will still dominate in areas such as communication, customer service, and healthcare.

Eleven Pulitzer Prize winners have filed a lawsuit against OpenAI and Microsoft in federal court in Manhattan, accusing them of misusing their works to train large models like ChatGPT. The lawsuit seeks monetary compensation and an injunction to stop the infringement, continuing from previous legal actions, with Microsoft being named as a defendant for the first time. The era of AI large models has raised copyright issues, with ten infringement cases already accepted by the Northern District of California since November. The traditional copyright model is becoming ineffective in the AI era, as training large models involves numerous works with complex ownership, and solutions are still under discussion.

The AI system Coscientist successfully reproduced the 2010 Nobel Prize research in 6 minutes using GPT-4 and internet tools. Coscientist can autonomously design and conduct chemical experiments to improve the reproducibility of results. AI can significantly enhance research speed and change traditional research models. AI research assistants can compensate for the shortage of human resources and work around the clock. The future of AI experiments is promising and is expected to lead to more breakthroughs in research.

A paper jointly published by Google's DeepMind team and others claims that AI can autonomously create synthetic materials, sparking widespread discussion. A chemistry professor from University College London has discovered serious flaws in the paper, pointing out issues with its material characterization.