The RIKEN in Japan has developed a generative AI system that can recognize non - standardized experimental environments and autonomously generate robotic arm operations. By integrating 3D modeling with real - time data processing, this technology significantly enhances the automation level of experiments in the life science field. Traditionally
RIKEN's AI System Paves the Way for Automation and Social Innovation
The RIKEN in Japan has developed a generative AI system that can recognize non - standardized experimental environments and autonomously generate robotic arm operations. By integrating 3D modeling with real - time data processing, this technology significantly enhances the automation level of experiments in the life science field. Traditionally, life science experiments are often affected by human factors, such as different operation skills and fatigue, which may lead to inconsistent results. However, this AI - enabled robotic system can accurately and stably perform operations in various complex experimental environments, greatly improving the accuracy and repeatability of experiments. It also frees researchers from tedious manual operations, allowing them to focus more on innovative research content, thus opening up new paths for scientific research innovation.
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Beyond the laboratory, the application of AI in society is also expanding. In the educational field, intelligent error - correction tools have been introduced. These tools can analyze students' assignments and test papers in real time, quickly identifying errors and providing detailed correction suggestions. This not only helps students improve their learning efficiency but also enables teachers to better understand students' learning situations and adjust teaching plans accordingly. In the medical industry, AI is used to optimize the pathological diagnosis process. By analyzing a large number of pathological images and patient data, AI algorithms can assist doctors in making more accurate diagnoses, reducing misdiagnosis rates, and providing more timely treatment plans for patients.
Local governments are also using AI chatbots to improve administrative service efficiency. The chatbots can answer citizens' common questions about public services, such as those regarding social security, housing, and transportation, providing 24 - hour online services. This allows citizens to obtain information more conveniently and quickly, while government departments can also save administrative resources and improve work efficiency. As AI technology continues to develop, it is expected to bring more changes and innovations to various fields of society.
