Today, international relations in science and technology is both cooperative and competitive, so in essence, international cooperation is a manifestation of international integration, targeting the following objectives: Development of science and technology: This requires countries, organizations and individuals to cooperate and collaborate to conduct joint research to mobilize more resources, shorten time, reduce costs; Strengthening role and influence: International and regional organizations implementing S & T policy not only help developing countries but also through it to enhance the role and influence of Myself; Expand production, expand markets and increase profits: Developed countries, transnational companies expand cooperation to maintain, enhance their monopoly position, to expand production, expand Market and increase profits; Improving Competitiveness: Foreign investors must train science and technology staff, skilled workers and technology transfer to their home country. Developing countries must prepare resources, strengthen material and technical foundations for research and training, improve information and communication infrastructure, and regulate regulatory requirements. this target.

The tendency for the establishment of forms of international cooperation in science and technology is becoming more widespread with the participation of many companies and countries in fields such as electronics, informatics and telecommunications, Transportation, marine, environmental and other high-tech areas. The above cooperation is often assessed through key indicators such as the growth of incoming and outgoing traffic Of foreign direct investment; Number of laboratories, R & D centers invested or joint ventured; Mergers, joint ventures, and joint ventures between some large companies of international scale have confirmed the trend of increasing cooperation and internationalization in the manufacturing sector. Scientific research and technological development aimed at improving the capacity and competitiveness in the international market.

For developing countries, international integration in science and technology is a driving force for domestic scientific and technological activities in order to effectively exploit the world's science and technology achievements. To attract foreign resources and technology to raise and develop the level of S & T in the country, contributing to the achievement of socio-economic development strategy objectives and step by step integrating into the knowledge economy of the country. world.

In our country, the Prime Minister has approved the project of international integration in science and technology to 2020 with the aim of making Vietnam a strong country in a number of science and technology fields by 2020.

Many celestial bodies in the Solar System are thought to have life. In the list below, three of the five celestial bodies are satellites, and are thought to contain liquid in the ground, where life can be like the deep sea. Venus - the second planet from the sun - Carbonyl sulfide, the basis for life has just been found in the Venusian atmosphere. Mars - the fourth planet from the Sun - has liquid water that has existed in the past and remains liquid beneath the surface. Recently, methane has been found in Martian atmospheres. View Main Post: Mars. Titan - Saturn's largest satellite, the only satellite has a remarkable atmosphere. Recent discoveries indicate that there is no sea covered but that there may be seasonal hydrarachers. Europa - the fourth largest satellite of Jupiter - seems to have a sea of ​​salt under the thin ice cover. If this satellite had any life, much hope could find the same form of life as in volcanic craters on Earth. Furthermore, cosmologists are hoping to find anaerobic life under the sea by stirring up the lunar surface. Enceladus, Saturn's sixth-largest satellite, observed geologic activity along with liquid water and water circuits at the south pole. Many other celestial bodies are also thought to have signs of microbial life. Examples are hypotheses that there is life in the atmosphere of Venus or that there may be life on comets, just like some of the germs on Earth survived successfully as a study of the Moon. In many years. However, there is little hope that complex multicellular organisms can survive under these conditions.