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2025bilibili超级科学晚
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B站整了个搞笑诺贝尔评选,也太难绷了
量子位· 2025-11-03 06:31
Core Viewpoint - The article discusses the humorous yet scientifically significant awards presented at the "Super Science Gala" hosted by Bilibili, highlighting various innovative research achievements across multiple fields [4][5]. Group 1: Mathematics - A study on the universal quantification characteristics of musical melodies reveals that composers, from Bach to Jay Chou, unconsciously pursue a balance between smoothness and maximum entropy in their compositions, adhering to a hidden power law [10][14]. Group 2: Physics - Research awarded in the physics category focuses on bubbles that remain unbroken for 23 minutes and 36 seconds, demonstrating exceptional stability through ultrasonic standing wave fields, which could have applications in biomedical fields and nanomaterial manufacturing [16][18]. Group 3: Robotics - The robotics award goes to a magnetic fluid robot resembling the character "Venom," which can navigate through blood vessels, showing potential for cancer treatment [20][22]. Group 4: Medicine - A study indicates that "laughter training" can effectively alleviate symptoms of dry eye syndrome, proving to be as effective as a 0.1% sodium hyaluronate treatment, while also improving tear film break-up time [25][28]. Group 5: Chemistry - A breakthrough inspired by the pitcher plant leads to the development of a super-smooth toilet surface that prevents clogging, utilizing a special plastic and hydrophobic sand particles [30][33]. Group 6: Artificial Intelligence - An AI system designed for the game "Werewolf" demonstrates strategic capabilities, achieving high win rates against human players by employing various tactics based on its role in the game [34][36]. Group 7: Biology - Research on gene manipulation shows that overexpressing the AalNix3&4 gene can convert female mosquitoes into fertile males, providing a foundational approach for mosquito population control [38][40]. Group 8: Quantum Technology - The University of Science and Technology of China successfully raised 105 "Schrödinger's cats," marking a significant advancement in quantum computing with a prototype that achieves international leading performance in coherence time and fidelity [43][47].