China starts another super project! The depth of deep space detection will be 100 times higher

According to the official website of high-energy physics research institute China news, March 2nd, Chinese Academy of Sciences launched a satellite of a new generation of Space Science in China -- enhanced X rays and polarization Space Observatory (English referred to as "eXTP") background project, held at the Chinese Academy of Sciences will start the National Space Science center. The space science satellite is expected to launch and run before and after 2025, and has become the world's leading flagship X - ray space observatory in the next 10 years.gay spa
China starts another super project! The deep space exploration capability will rise 100 times to start the meeting site (figure from the Institute of high energy physics, CAS)
Detectability surpasses the "eye" 100 times
CCTV news reports that the enhanced X ray time-varying and polarizing Space Observatory is the successor of the first space astronomical telescope "Hui man" satellite in China. The design life has increased from 4 years to 10 years.
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Due to the unique style, a collection of 4 groups with different X ray telescope observation capabilities, including the measurement of energy spectrum X X-ray telescope array (SFA), polarization measurement X Ray Telescope Array (PFA), a large area of X ray collimation telescope (LAD) and wide-angle monitor (WFM), the satellite has many the new parameters and the observation ability, comprehensive performance will also have an order of magnitude increase, beyond the ability to detect eye satellite 100 times.gay male massage 
Click to see the effect map of the eXTP Space Observatory (from the center of the Institute of high energy physics, CAS)
China starts another super project! The depth of deep space detection will be 100 times higher
EXTP is a major international cooperation space science project initiated and led by Chinese scientists. Its members are from more than 100 research units in more than 20 countries, regions and organizations, including China, Italy, Germany, Spain, the United Kingdom, France, Holland and Switzerland.
The Chinese Academy of Sciences Institute of high energy physics, space science website, the satellite is expected to launch in 2025 and is expected to promote China's space X ray astronomy into the international leading ranks, become in 2025-2035 years in the flagship X X-ray Space Observatory in the field of international leading.
According to the introduction, in 2007, the Chinese Academy of Sciences proposed the concept of X ray time-varying and polarization detection (XTP) satellite as the follow-up project of hard X ray Modulation Telescope (HXMT) satellite. In 2009, XTP tackled key technologies and won the support of the Chinese Academy of Sciences space science pre research project. In 2012, XTP was selected as the first phase of the Chinese Academy of Sciences space science pilot project. In 2017, eXTP was supported by the two phase pilot project of the CAS's space science.
The scientific objectives: "a strange star three extreme"
What will happen near a black hole? What is the state of a neutron star? These are the most advanced scientific hot spots in the field of space science at present. The answers to these questions will be found after the launch of the flagship X - ray space observatory at the eXTP level.gay sex massage
The aim of eXTP is "a strange star three extreme", which is based on the "black hole" of the strange phenomenon, and the observation of neutron stars and quark stars ", quantum electrodynamics is committed to extreme conditions of gravity under general relativity, extreme field conditions and extreme density conditions of quantum color dynamics theory.
According to a researcher at the Institute of high energy physics Zhang Shuangnan, neutron stars and black holes, the vacuum is important to seek new breakthroughs in physics, but the environment and the density of super strong magnetic field, strong gravitational field in the earth is difficult to simulate, by detecting the existence of these in the universe "celestial laboratory", not only can more in-depth understanding of the evolution of the universe, but also for the development of human society and provide new technology.