When will China be able to go to the moon to see Sister Chang e

In the future, but it is okay to go to the moon, but Chang'e cannot see it, because there is no Chang'e in the world.

Chang'e is a mythical character, so it's impossible to see Sister Chang'e.

In 2004, China officially launched a lunar exploration project and named it the "Chang'e Project". The Chang'e project is divided into three phases: "unmanned lunar exploration", "manned lunar landing" and "establishment of a lunar base". At 18:05 on October 24, 2007, Chang'e-1 was successfully launched, and after successfully completing various missions, it hit the moon in a controlled manner as planned in 2009.

At 18:57:57 on October 1, 2010, Chang'e-2 was successfully launched, and all the scheduled tasks have been successfully completed and exceeded. On September 19, 2012, Ouyang Ziyuan, chief scientist of the lunar exploration project, said that the lunar exploration project has completed the lunar surface survey mission of the Chang'e-3 satellite and the Yutu lunar rover. Chang'e-4 is the backup satellite of Chang'e-3.

The main scientific objectives of Chang'e-5 include the field investigation and analysis of the landing area, as well as the analysis and study of lunar samples after they are returned to Earth. The Chinese's lunar exploration project has made new contributions to the peaceful use of the moon by mankind.

At 4:30 a.m. on November 24, 2020, China successfully launched the Chang'e-5 probe of the lunar exploration project with a Long March 5 Yao-5 carrier rocket at the Wenchang Cosmodrome in China. On December 1, the Chang'e-5 probe successfully landed in a pre-selected landing area on the front side of the moon.

On December 17, 2020, the Chang'e-5 returner carried lunar samples, re-entered and returned by semi-ballistic jump, and landed safely in the predetermined area of Siziwangqi in Inner Mongolia.

As of June 2023, no Chinese astronaut has ever landed on the moon.

China's Chang'e project is divided into two phases: "unmanned lunar exploration" and "manned lunar landing". "Unmanned lunar exploration" is the first stage of the "Chang'e Project", which mainly solves the technical problems of unmanned lunar exploration, realizes the in-orbit operation of lunar exploration satellites, and completes the launch of the lunar exploration satellite "Chang'e-1".

The second phase of the "Chang'e Project" is mainly to solve the technical problems of manned lunar landing, realize the safe and smooth flight of astronauts to the moon, and return astronauts to the earth safely.

At present, China's space industry is developing relatively rapidly, but it still has not succeeded in landing on the moon. It is understood that the only country that has ever landed on the moon is the United States, which successfully landed on the moon 11 times between 1969 and 1972 and brought back lunar samples.

In short, Chinese astronauts have not yet landed on the moon, but our scientists and engineers are working hard to achieve a manned landing on the moon.

China's Lunar Landing Program:

The overall goal is to achieve the first landing of Chinese on the moon by 2030, carry out lunar scientific investigation and related technical experiments, make breakthroughs in mastering key technologies such as manned earth-moon round-trip, short-term stay on the lunar surface, and man-machine joint exploration, and complete multiple tasks such as "landing, patrolling, mining, research, and return".

The formation of an independent manned lunar exploration capability will promote the leapfrog development of manned space technology from near-earth to deep space, deepen mankind's understanding of the origin and evolution of the moon and the solar system, and contribute Chinese wisdom to the development of lunar science.

In response to this goal, the China Manned Space Engineering Office has comprehensively launched the deployment of research and development and construction work on the basis of key technical research and program demonstration in the early stage, including the development of a new generation of manned launch vehicles (Long March 10 launch vehicle), a new generation of manned spacecraft, lunar landers, lunar landing suits and other flight products, and the construction of new launch site related test and launch facilities.

The significance of Chang'e-4's successful landing on the far side of the moon in the history of China's aerospace is that the electromagnetic environment on the front and back sides of the moon is very different, and the electromagnetic environment on the back side of the moon is very clean, shielding the radio signal interference from the earth, and it is a place where astronomers dream of carrying out low-frequency radio research. Chang'e-4, equipped with a low-frequency radio spectrometer, can fill the gap in the field of radio astronomy in the low-frequency observation range, and will provide important data for the study of stellar origin and nebula evolution.

On January 3, 2019, the Chang'e-4 probe landed in the von Kármán crater, a pre-selected landing area on the far side of the moon. On the same day, the Yutu-2 rover separated from the lander, and the infrared imaging spectrometer carried on it successfully obtained high-quality spectral data from two detection points in the landing area. The Chang'e-4 probe achieved the first soft landing in the far side of the moon in human history, and the results of this research based on the exploration data have successfully revealed the material composition of the far side of the moon, confirmed the correctness of the inference that the lunar mantle is rich in olivine, and deepened the understanding of the formation and evolution of the moon.