The rise of precision medicine and molecular biology has slowly surrounded the biomedical field. The use of AI and big data technology to release biomedical data energy is expected to become an important opportunity to explore the development of biomedicine in China.
The 2018GMIC Life Science Summit was held in Beijing today. The forum is based on the National Brain Project and the Phenotypic Group Program to explore cutting-edge topics in precision medicine, AI biopharmaceuticals, cancer treatment, brain science research and other related fields. Guide young scientists and entrepreneurs to actively carry out some exploratory and challenging scientific research and trials.
The era of biomedical intelligence is coming!
"From the perspective of medical development, precision medicine is leading China's medicine to a new era. The development of a series of basic disciplines such as bio-groups and genomics is expected to make use of existing big data and AI advantages to realize the foundation. The rapid development of medical research leads the development of global medicine. The interaction of biology, medicine, IT and data science has given birth to a huge market." In the opening part of the conference, Dr. Gong Mengchun, Executive Director of China National Rare Disease Registration System (NRDRS) first shared With regard to his concern and expectation for the development of biological sciences, he said that under the joint development and interaction of biological research and medicine, research on rare diseases in China is advancing rapidly, providing many new ideas and methods for solving many rare diseases. . And AI, big data and other technologies have also become a good starting point for exploring the unknown field of biomedical development.
In the future, it is not yet known who will take control of AI and the human brain, and it is entirely feasible to use AI to strengthen the human brain today. The progress of the human brain has gone through two important stages today, from reptiles to mammals, breastfeeding to higher primate animals, and a huge cerebral cortex. What are these two evolutions? Professor Hong Bo from Tsinghua University School of Medicine said, "Maybe we need brains and artificial intelligence systems to connect, and our evolution is no longer limited by life."
Left: Professor Hong Bo, Tsinghua University School of Medicine
Zhong: Xue Gui, Chief Scientist, 985, Institute of Brain and Cognitive Sciences, Beijing Normal University, Beijing Normal University
Right: Li Yuanqing, Dean of the School of Automation Science and Engineering, South China University of Technology
From Afan to Hawking, brain-like intelligence research breaks the ills!
In the movie "Avatar", not only connects the human brain with the computer, but also connects the brain of one person with the brain of another living body. It is a science fiction, but it is also an exciting idea. Entering such a machine, his brain is scanned to communicate with distant Naimei and even direct his actions. There are many ways in which there are no ways to achieve this today. For example, the recording of neural holography and the transmission of the remote, including our neural decoding of various aspects of motion and cognition, have not been fully realized, but this shows us a very exciting future.
"The interaction of brain-computer interaction in "Avatar" has been carried out in reality, and its contribution to clinical medicine is very considerable." Professor Hong Bo of Tsinghua University Medical School said that at least a disabled person such as Hawking can get a neural interface. Such an interface can work stably for a long time, and can directly interpret the language. A great idea like Hawking can pass what he wants to say through the neural interface to everyone on this podium.
Brain-computer interaction challenge - master control
One of the hardest things in brain-computer interconnection is how the brain controls it.
Professor Li Yuanqing, dean of the School of Automation Science and Engineering at South China University of Technology, said that the brain-computer interface is mainly concerned with two problems. The first question is how to use the brain to do more free control. It is very difficult for the brain to do more free control. Things like, for example, have several control signals to control different degrees of freedom. The second is how to improve the shape of the brain-computer interface and achieve more freedom of control. For example: acceleration, deceleration, direction control, as well as stop, start, forward, and retreat can all be achieved, which is typical multi-free control. Prosthetics are generally very complex and multi-free controls.
Brain-computer interaction crisis - AI defeats humans?
Today, interpersonal interactions can be used to help people with disabilities, help inconvenient people, and help people in need, but if this efficiency is further improved beyond the scope of what the human brain can handle now, the brain-computer interface is compensated for improvement. The thoughts and changes brought about by the process are unimaginable. Professor Xue Gui, chief scientist of the 985 Institute of Brain and Cognitive Sciences, Beijing Normal University, for example, said: South Africa has a disabled person who can install prosthetics to participate in the Paralympic Games. Now it does not seem to pose a threat to healthy people. But what if his prosthetic limbs run faster than Bolt?
It is predicted that by 2020, the speed of brain-computer interface transmission may be the same as the speed of speech, and by 2025 it has exceeded the current transmission speed. "The increase in the efficiency of inter-brain interaction will bring ethical issues, which is what we need to think deeply now," he said.
Postscript: The battle between human brain and AI, who will win the future
Today, the ability to interact with brains is still very limited, and only a few actions can be decoded. With the improvement of brain-computer interaction ability, your smile can be controlled and copied. Is it very exciting? Several professors believe that instead of being controlled, it is better to take the initiative to attack, preemptively, and use AI to strengthen the human brain's ability to take advantage of the future battle between human brain and AI.
High quality product originates from innovative breakthrough in product design. Based on continuous tracking of advanced technology developments at home and abroad, Securing by independent R & D products and designing with the highest quality product, Longxc Smelted the industry's first professional dental Medical Power Supply, first medical adapter with LED, first slim ultra small 90W adapter and so on.
Breast Pump Adapter,Biochemical Power Supply,Biochemical Adapter,Medical Atomizer Adapter
Shenzhen Longxc Power Supply Co., Ltd , https://www.longxcpower.com