Special memorial limited issue RMB 100 currency note for Aerospace development of China.
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A review of the new generation of small launch vehicle developed by CALT:A new small launcher from CALT...
China completed production of a satellite for probing dark matter in a laboratory in Shanghai on Monday.
The satellite passed a stringent inspection process conducted by experts and will be delivered to the rocket launch site in northwest China City Jiuquan on Saturday, and then being launched into the space in the mid-half of December.
The payload of this satellite consists of four particles detectors, weighing 1.4 tons. All of those four detectors are combined together to determine the energy, direction and charge of high-energy particles, so as to detect dark matter particles
The satellite is tasked with studying dark matter, an elusive hypothetical matter that is unable to be observed by telescopes.The first of its kind in China, the satellite has the widest observation spectrum of other similar satellite probes around the world.
"The world has sent two or three such satellites into orbit. Compared with them, this satellite has a wider observation range, a greater energy spectrum and is more capable," said Li Huawang, chief designer of the satellite system, Dark Matter Probe Project.
The satellite's design features a streamlined and integrated structure in order to lower its weight and size for cost saving purposes, according to Li. With an operational working duration of three years, the satellite will search dark matter by observing and categorizing high-energy particles and gamma rays in space
The jointly-developed China-Brazil Earth Resources Satellite 4 (CBERS-4) has been put into service, the State Administration of Science, Technology and Industry for National Defense announced.
The CBERS-4 has been improved in breadth and resolution. It can capture 5m panchromatic/10m multi-spectral images, and meet the needs to keep providing stable moderate resolution data.
"Its wide breadth and wide range of spectrum have make it efficient to observe large-scale basins like thee Amazon Basin," said Tian Yulong, secretary-general of the China National Space Administration (CNSA).
Its wide breadth enables the satellite to capture images covering China's entire land territory within 26 days. And the satellite can be used for monitoring, planning and managing land, forestry, water conservation, environmental protection and agriculture.
According to Tian, the CBERS has been held as a prime example of international cooperation. "The China-Brazil satellites are a prime model of South-South cooperation. Now the two countries have worked out a ten-year space program that specifies the follow-up series, especially researches on the CBERS-04A that has been already launched. For both countries, we share our technical achievements, as well as technical applications," said Tian.
According to Tian, China is now constructing its space infrastructure for civilian use and a system has been formed. "By 2020, our space infrastructure construction will be completed, and it can be widely used in survey and monitoring for disaster reduction and prevention and other missions. It will be turned into an operational application from a research program," said Tian.
The CBERS was initiated in 1988. Such satellites are mainly used for the monitoring, planning and management of land, forestry, water conservation, environmental protection and agriculture.
The first satellite of the program, CBERS-1, was launched in 1999 with the second and third, CBERS-2 and CBERS-2B, launched in 2003 and 2007. CBERS-3 was launched last December from Taiyuan but failed to enter orbit after the rocket malfunctioned.
The Chinese and Brazilian space mission authorities also signed a letter of intent for following satellite cooperation Tuesday. The two nations agreed to build CBERS-4A, which is expected to be launched around 2017.
China unveils new space robot that happens to look suspiciously like Iron Man
Earlier this month at the 17th China International Industry Fair in Shanghai, China’s space agency proudly showed off a model of its home grown , including an orbiter and a landing rover. Elsewhere at the fair those present were also privileged to witness the unveiling of a brand-new space robot that , the Marvel superhero played by Robert Downey Jr in the ever profitable movie franchise.
Following in the footsteps of other , this one is called Xiaotian, meaning “little sky" and has been developed by state-owned China Aerospace Science and Technology Corp., the nation’s main space contractor.
Xiaotian is described as a new type of robot that can cope with a variety of harsh space environments including zero gravity, radiation and extreme temperatures. Developers were ambitious, envisaging that the robot can work on space stations, lunar landings and unmanned space probes, eventually replacing humans on such space missions.
The robot does have flexible arms and hands that enable it to do anything human hands can do, from picking up a pen to replacing an electrical connector.
Xiaotian unfortunately, if quite unsurprisingly, won’t be tagging along on the Mars mission in 2020, he also lacks an .
While the goals of the Chinese unmanned Mars mission don’t include Xiaotian, they do include comprehensive remote sensing and even a landing on the surface, , a satellite scientist with the Shanghai Academy of Spaceflight Technology.
China has been working hard on an , although the last attempt at reaching Mars was in 2011 and on that occasion the probe failed to even leave Earth’s orbit.
By Daniel Paul
It doesn't help that the logo on it's chest happens to look like the Avengers "A". This reminds me of Robonaut 2 Which was also a Robotic Torso