Dinosaurs extinction More than 65 million years later, scientists obtained a piece of amber with prehistoric mosquitoes and extracted the dinosaur genes from the blood of mosquitoes, thus resurrecting the huge prehistoric creatures and making the entire Nubura a paradise for dinosaurs.
" Jurassic Park " tells such a story. This film is still among the top ten movie box offices in the world. The technological principle contained in it is very simple: DNA stores dinosaur biological information, and technology allows it to be re-expressed.
The data generation in the current information age has grown explosively, with a speed exceeding the bearing capacity of current storage technology. DNA storage technology using artificially synthesized DNA DNA (DNA) as storage medium has become a new idea to solve the "data crisis".
Life itself is a highly complex and orderly dissipative structural system. It faces various external and internal stimuli at every moment, accepts various signals, and conducts efficient processing, making reactions and behaviors that are beneficial to the survival and continuation of individuals and populations. The process of input information, processing, and output instructions of biological organisms is essentially consistent with the architecture of von Neumann , which inspired biological organisms to calculate .
As people's understanding of the operating mechanism of organisms gradually deepens, they obtain design inspiration from biological phenomena, use the ability and high parallelism characteristics of specific effects between biological molecules, simulates the intelligence of smart organisms, imitates the behavior of biological groups, and empowers computing technology. has brought new possibilities for innovative exploration.
Inspiration and empowerment: The dawn of biologically inspired computing is coming
Since the discovery of the double helix structure of DNA in 1953, Molecular biology has been developed for nearly 70 years; the computer field has been proposed since the idea of Turing machine . Compared with these two more mature fields where scientific research results are intensively emerging, the research on biologically inspired computing is in its infancy.
A series of technologies developed in the study of biologically inspired computing also have broad prospects in industrial applications.
such as DNA logic gate, DNA artificial neural network , and DNA nanoprocessing technology can manufacture biosensor and processors at the micro-nano scale, feel the micro environment in the human body and make corresponding behaviors, efficiently integrate the steps of extracting key disease molecular information, computing and analysis, interpretation and reporting, etc., and perform related molecular recognition and calculation like an integrated circuit. It can be used in the fields of drug delivery, precision diagnosis and treatment of precision medicine, and has great prospects.
In the context that the country will promote bioeconomy to become the new engine of economic development , the rapid development of life science research and biotechnology can generate huge value for the cross-field and the inter-field.
's leading technology and talent layout in the field of biologically inspired computing will also become a powerful means to break the dilemma of Moore's Law in the future.
In order to focus on the "trend players" in the intelligent computing industry, DeepTech officially launched the nomination collection of "2022 China Intelligent Computing Technology Innovation Figures".
This selection aims to explore and select the people behind bringing technological innovation, realizing technology implementation, and generating practical value, so that these young scholars can go from behind the scenes to the forefront, show the latest academic research results and technological breakthroughs in the field of intelligent computing, and promote the progress of intelligent computing science and technology.
We have always been advocates and witnesses of technological innovation, and are committed to paying attention to technological breakthroughs and innovation. We welcome young scholars, scientific researchers, inventors, science and technology entrepreneurs in the field of "bioinspired computing" and under 45 years old (including Chinese currently overseas) to sign up for the election.
Currently, research on biologically inspired computing includes and is not limited to (the key points are as follows):
- simulates DNA molecular level DNA calculation and DNA storage;
- simulates DNA Annealing algorithm for molecular annealing phenomenon;
- simulating the principle of gene expression in cells, genetic circuit design, gene logic gate, protein line design, cell computing and other computation-related synthetic biology technologies;
- simulating the membrane calculation of multi-level structure of cells;
- simulating the immune system artificial immune algorithm;
- simulating the immune system backpropagation of the nervous system neural network , feedback neural network , convolutional neural network algorithm, etc.;
- simulates the brain, brain-like calculation with Turing completeness;
- simulates the population self-organized migration algorithm, brainstorm optimization algorithm, cultural algorithm, etc.;
- simulates biological population ant colony algorithm, particle swarm algorithm, and bee swarm algorithm;
- simulates biological population ant colony algorithm, particle swarm algorithm, and bee swarm algorithm;
- simulates biological evolution genetic algorithm, etc.
From these biologically inspired calculations at different levels, DeepTech believes that 3DNA calculation , DNA storage, membrane calculation and synthetic biology related to calculations are several subdivided technical fields , uses biological molecules carbon-based material rather than traditional silicon-based materials as carriers to simulate Turing machines for calculations, which is obviously different from simulations at other levels - algorithm research based on electronic computers. Therefore, it can be called biologically inspired calculation based on carbon-based materials. It is essentially innovative in technology and is the area of focus for this talent selection.
We have always been advocates and witnesses of technological innovation, and are committed to paying attention to technological breakthroughs and innovation. We welcome young scholars, scientific researchers, inventors, science and technology entrepreneurs, etc. to sign up for elections aged 45 and under 45 (including Chinese currently overseas).
Age: candidates must be less than or just 45 years old on January 1, 2022 (i.e., the date of birth is not earlier than January 1, 1977 ) The age on the ID card or passport file shall prevail;
Education: This selection does not have special requirements for academic qualifications;
Major: Applicants should be professionals engaged in the intelligent computing industry, technical researchers of scientific research institutions/research institutions/enterprises, or enterprise managers; related discipline backgrounds include but are not limited to artificial intelligence , microelectronics, communications, software, biology, etc. related to intelligent computing.
- Basic theory of intelligence and computing
- Intelligent computing architecture
- Hardware design of intelligent computing
- Intelligent algorithm and software
- Large-scale Cooperative computing
- Intelligent computing in complex systems
- Advanced computing paradigm ( quantum computing , photon computing, biologically inspired computing, brain-like computing, cognitive computing, etc.)
- Machine learning (active learning, causal reasoning, evolutionary learning, swarm intelligence, swarm intelligence, etc.)
- AI for Science/Artificial intelligence enables scientific discovery (intelligent computing materials, intelligent computing physics, intelligent computing biology, intelligent computing astronomy, etc.)
- paper publishing: paper influence, has research value to promote major progress in related fields;
- major topics: development of major topics and corresponding scientific, commercial and social value influence.
- Technical achievements: R&D investment, patent layout , technical advantages, etc.; the team may lead the team to achieve key R&D results, and achieve important technological breakthroughs, and have specific and verifiable technology/product innovation.
- Industry benchmark: has created an innovative business model, or has innovative implementation scenarios and cases, and has a certain influence on the industry in the Chinese market;
- Industry linkage: drives upstream and downstream enterprises in the industrial chain to jointly expand their influence in intelligent computing;
- Personal reputation: popularity and reputation coexist, have a strong sense of social responsibility and positive social influence; or have a foothold with a distinctive technology and product, with a new influence.
DeepTech will select technical researchers and industry personnel who have made outstanding contributions to scientific and technological research, technology promotion, business transformation, etc. or have a significant promotion role in the Chinese market (In China, For China).
organizers set three major selection dimensions to evaluate nominated candidates. The final selection will also combine the review suggestions of experts and peers to select industry technological innovation figures with practical spirit of scientific research, technological innovation capabilities, and industrial innovation capabilities.
A scientific researcher who adheres to scientific research pragmatism
is committed to researching intelligent computing-related technologies, bravely climbing to the top of data technology, and breaking through the existing research map and technical bottlenecks. They have made outstanding scientific research achievements and made significant contributions in a certain technical field.
Technical transformation - an industry figure who has technological innovation capabilities
has set off a wave of technological transformation in the intelligent computing industry, achieved major technological breakthroughs, and has made great achievements in engineering practice and industry implementation.
Reconstructing the Ecology - an industry figure who has achieved a new situation in the industry
uses intelligent computing technology to deeply lead industrial transformation, link the upstream and downstream of the industry, and establish a new industry ecosystem. They have created a new industry look with new scenarios and new applications.
Open time: October 13, 2022
Deadline: December 31, 23:59 (Beijing time)
Enrollment channel: Please enter the reporting system https://iclist.mittrchina.com/ Make an online application (requires on the web).
applicants must submit their information through official channels, and we will ensure the security of your submission. If you encounter any questions related to your application or selection, please contact [email protected] and we will reply you in time after receiving the email.
Selected candidates have the opportunity to show their personal technical capabilities and project results to professionals in intelligent computing and related fields. His personal deeds, technical strength, etc. will also have the opportunity to publish them on DeepTech's deep technology-related channels https://www.mittrchina.com/, and will also have the opportunity to be invited to participate in forums organized by the initiator.
