What are the advanced technologies and what are the new technologies .

At present, the science and technology with more promising development prospects are mainly in the fields of life science, nanoscience, space science, new energy science, and information science.

Biotechnology: bioengineering, genetically engineered drugs, vaccines, and genetics**.

Protein Engineering, Biomimicry, Microbial Engineering, Biochemical Engineering.

Electronic information technology: intelligent computer systems, optoelectronic devices and optoelectronics, microelectronic system integration.

Technology. Information acquisition and processing technology, communication technology.

Automation Technologies: Computer Integrated Manufacturing Systems (CIMS), Artificial Intelligence & Robotics.

Marine Science: Marine Exploration and Surveillance Technology, Marine Biotechnology, Marine Resources Development Technology.

Marine science is a field of earth sciences).

New material technology: electronic information materials, new energy materials, nanomaterials, advanced composite materials, advanced ceramic materials, ecological environment materials, new functional materials (including high-temperature superconducting materials, magnetic materials.

Diamond films, functional polymer materials, etc.), biomedical materials, high-performance structural materials, smart materials, new buildings and new chemical materials.

Aerospace technology: aerospace and air vehicles, space flight, space exploration, space development, space science research.

Energy technology: solar, wind, biomass.

microbial energy), geothermal energy, tidal energy, nuclear energy (third and fourth generation nuclear energy.

i.e. fusion and annihilation), combustible ice.

Hydrogen energy, coal-fired ferrofluid power generation.

Laser technology: laser ranging technology, laser communication technology, laser guidance technology, strong laser technology, laser simulation training technology, laser processing technology.

Recognize the structure and properties of matter under extreme conditions.

Quantum structure and quantum information.

Nano, cluster structure and traits.

Structure and properties of ultra-high pressure substances.

Structure and properties of substances with super magnetic field.

Structure and properties of extremely low temperature substances.

Molecular design, tailoring, and assembly.

Ultra-fast process. Plasma physics.

Astrophysics (antimatter.

Dark matter, black holes....)

Life sciences have become a hot field, and major breakthroughs are brewing.

Information Biosciences.

Genome. and Functional Genomic Sciences.

Protein Science.

Theoretical biophysics, structure and function of biological macromolecules.

Stem Cell Science.

Molecular Developmental Biological Sciences.

Molecular Ecological Science.

Coevolutionary Science of Molecular Biology.

Interdisciplinary and complex scientific issues often become new frontiers.

Science of Complex Systems.

Particle Physics and the Manifestation of the Universe.

Brain Science. Environmental science.

physical and chemical problems.

Molecular Etiology and Epidemiology.

Cutting-edge problems in mathematics, applied mathematics and computational mathematics.

Biomimicry of micro/nano systems.

It represents a high level of technology in a historical period and plays a leading role in social and economic development. This is an epochal and relative concept. What was considered advanced technology in the previous period will be eliminated by more advanced technology in the future and become backward technology.

Advanced technology generally refers to the technology that is in the leading position in the world, and sometimes it also refers to the technology that occupies a leading position in the production of an enterprise, a region, or a country. Some people understand advanced technology as technology with a high level of automation and mechanization, some people understand advanced technology as high, refined, and cutting-edge technology, and some people understand advanced technology as "capital-intensive", "technology-intensive", "energy-intensive" technology, and so on.

Artificial Intelligence, Smart Cities.

Title: Jinlingdu (Zhang Hu), Hello Qu (Liu Caichun), Longxi Xing (Chen Tao).

The new technologies are:

1. MeshforTeams: Metaverse.

in hybrid work.

The metaverse has been a hotly discussed topic in the past year, and hybrid work is an office model that more and more enterprises have started in the process of effectively controlling the epidemic and fully resuming work and production. MeshforTeams, on the other hand, is an advanced landing solution that combines the two.

MeshForTeams is mixed reality combined with Microsoft Mesh.

A product that allows colleagues in different locations to join and collaborate through the productivity tool Teams to hold meetings, send messages, work on shared documents, etc., and share a holographic experience.

2. AzureArc: Cloudy.

Management has become a new wind vane.

If we say, mesh satisfies people's poetry and distance for the metaverse.

The coexistence of multiple architectures such as edge computing is a practical problem.

In a multi-cloud environment, it is necessary to unify multiple IT infrastructures and services at the same time.

First, it is not easy to be efficient, flexible and safe in management. AzureArc can.

3. Azure OpenAI &Synapse: AI on the cloud focuses on security and efficiency.

Previously, Microsoft.

The ultra-large-scale GPT-3 model created by our partner OpenAI has been talked about by the artificial intelligence community for its excellent performance, and it is used to train and implement cloud services for natural language understanding and generation.

The Azure OpenAI service has been opened in limited preview.

What is unique is that through this service, you can access OpenAI's powerful GPT-3 model, and enjoy enterprise-grade security, reliability, compliance, data privacy protection, and relevant tools provided by Microsoft to ensure that the output of the model meets the customer's business needs.

4. Azure SpringCloud: Cloud native.

In the low **.

While accelerating the transformation and upgrading of traditional IT and data services, low-quality and cloud-native have become the inevitable choice of software services in the future. Gartner will deploy 95% of work tasks on cloud-native platforms by 2025, and low-level development can significantly lower the threshold for application development innovation, which is a "rocket booster" to accelerate the digital transformation of small and medium-sized enterprises.

5. Microsoft Global Engine: "Joint Innovation" in China and Overseas Markets

If it is a trend to develop and run business systems and services on Microsoft's intelligent cloud with the help of a globally consistent Microsoft technology architecture, and to migrate and deploy them quickly, efficiently and securely to all parts of the world, then the concept of "joint innovation" is a cognitive upgrade for developers.

China has made major technological breakthroughs and progress in many fields of Xu Zhengshou, and here are a few of them:

1.5G technology: China is a leader in the field of 5G, and its technology is used in a wide range of fields, including wireless communications, smart manufacturing, smart cities, smart healthcare, and so on.

2.Space technology: China has become the third country in the world to have independent launch capabilities, and its satellite technology and space exploration technology have reached the world's first-class level.

3.Supercomputer: China's supercomputer Tianhe-2 has been the world's fastest supercomputer for many years in a row. China is also developing more advanced supercomputers to improve the country's scientific research capabilities and technological level.

4.Artificial intelligence: China has also made important achievements in research and application in the field of artificial intelligence. For example, Alibaba's AI system has been applied in a variety of fields, such as speech recognition, natural language processing, and intelligent recommendation.

5.New Energy Vehicles: China is also a world leader in technology research and development and market application in the field of new energy vehicles. China has become the world's largest market for new energy vehicles, and its new energy vehicle technology is constantly improving and innovating.

In short, China has become a leader and innovator in many fields, and the application and development of these technologies will have a significant impact on the economy, society and environment in China and around the world.