From intelligent bionic hands to humanoid robots, flying cars... At the Bund Conference, which opened on September 5th, the latest applications of artificial intelligence in various fields such as healthcare, transportation, finance, and education were showcased one after another. These applications rely on the rapid iteration of various large models, and with simple instructions, can help people solve various problems in production and life. Industry insiders point out that artificial intelligence is becoming a key variable affecting future development, fully and deeply empowering production and life, and promoting accelerated intelligent upgrading of industries. At the "Artificial Intelligence Laboratory" exhibition area set up at the conference, 10 major model manufacturers and research institutions including Fudan University, Alibaba Cloud, Shengshu Technology, and Ant Group showcased their latest big model technologies. Among them, the pure self-developed video model Vidu jointly released by Shengshu Technology and Tsinghua University has the powerful function of generating high-definition videos with one click. Fudan University's intelligent microscopy imaging model UniFMIR has broken through the limits of existing fluorescence microscopy imaging and can greatly improve the quality of observation and analysis in fields such as life sciences and medical research. At the same time, multiple latest applications based on artificial intelligence technology have also emerged one after another. At the opening ceremony of the conference, the one armed boy Zhou Jian attracted attention by playing the piano with his intelligent bionic hand. Industry insiders say that currently, intelligent bionic hands and legs are bringing revolutionary breakthroughs to the field of rehabilitation aids. Taking the intelligent bionic hand as an example, it integrates brain computer interface technology and artificial intelligence algorithms. By collecting and processing the electromyographic signals generated by human motion, it realizes the motion control of bionic limbs. It not only acts according to the instructions of the brain, but also allows users to easily complete various movements, helping people suffering from brain related diseases and physically disabled people live better The person in charge of Zhejiang QiangBrain Technology told reporters. Tesla's latest artificial intelligence product, Optimus humanoid robot, also made its debut at the Bund Conference. Tesla robots use the same FSD system as Tesla cars, continuously training with massive amounts of data through sensors and computer vision. At present, the robot has 28 degrees of freedom throughout its body and 11 degrees of freedom in its hands. The biomimetic joint design gives the robot strong flexibility, allowing it to clearly recognize surrounding objects while completing very agile movements. It is reported that Tesla is expected to start limited production of humanoid robots next year, and by 2025, there will be over 1000 Optimus humanoid robots in Tesla factories helping humans complete production tasks. In the field of transportation, Xiaopeng Huitian Flying Car brings more imagination about future travel. The "land carrier" aircraft that made its debut this time can achieve one click takeoff and landing, automatic route planning and automatic flight in autonomous driving mode, and has functions such as multi-dimensional intelligent aerial perception obstacle avoidance assistance and landing vision assistance. It not only provides a new experience for personal travel, but also can be applied in public service fields such as emergency medical rescue. AI technology, mechanisms, and infrastructure are undergoing a revolution that is creating the future Wang Jian, academician of the CAE Member and director of Zhijiang Laboratory, said. New technologies will bring more possibilities, but potential ethical issues in technology are also worth paying attention to. Xiao Yanghua, professor of School of Computer Science and Technology of Fudan University and director of Shanghai Key Laboratory of Data Science, said that the large-scale application of AI has many outstanding challenges to human life. Firstly, how can the superstructure of social development such as production relations adapt to the rapid development of advanced productive forces represented by artificial intelligence. The development of generative artificial intelligence technology now requires recording on a monthly basis. However, the adjustment of human emotions, values, and ethical concepts is very slow. How to reconcile this contradiction is one of the challenges we need to face directly. Secondly, there is the issue of technology accessibility. To avoid a small number of people using advanced technology to form an unfair competitive advantage. In addition, special attention should be paid to preventing technology addiction and preventing advanced technology from causing backlash to humanity. In the view of Han Bicheng, founder and CEO of Zhejiang QiangBrain Technology, artificial intelligence can "create humans" and even "create superheroes". Han Bicheng believes that AI technology has played an increasingly important role in assisting people with physical and visual impairments, helping visually impaired individuals to "see" again and restoring mobility for those with physical disabilities. But technology can also enable people to acquire abilities beyond ordinary people, and how to balance these risks is worth considering. He said that the existence of AI ethics committees is very important. When technology advances, we should pay more attention to those who walk slowly. When a technology that can change the world emerges, we first use it to help those who need it the most. (New Society)