#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #May2024 | the newest detach- attachable #CSST  #ChinaSurveySpaceTelescope #SpaceTelescope of the #ChinaSpaceStation #Tiangong #SpaceStation Featuring the #SkySurveyOpticalModule Ready for #Year2026

Currently中国空间站 Previously on 14 May 2024 CNSAChina National Space Administration   on a working meeting conference in Hangzhou, Ultra Mega City, China, People’s Republic of China , Revealed the latest development progress of the survey space telescope and the timing of subsequent major plans, showing that the survey space telescope will be ready for launch on December 21, 2026.​​​ In which is called the Xuntian巡天Chinese Space Station telescope CSST  巡天空间望远镜 with a mission duration of ten years plus on will be launched on the Chang Zheng –Long March 5B Carrier Rocket ….

Currently one of the latest installations towards the Tiangong China Space Station –   the latest is the Sky Survey Space Telescope stands up to 3 stories high……. China’s Sky Survey Space Telescope is in the initial stage of development. The telescope will be launched after the completion of the China Space Station. It is expected to be put into scientific operation around 2024 and will become a flagship space astronomy facility for exploring the sea of ​​stars. It is about the size of a bus and stands 3 stories high, just like a mobile space observatory, which will fly independently with the space station in co-orbit….

The latest news of the Sky Survey Space Telescope, which is in the preliminary development stage……With the construction of the Chinese space station, the development of the Sky Survey Space Telescope for co-orbit flight with it is also progressing in an orderly manner. The reporter learned from the Changchun Institute of Optics, Fine Mechanics and Physics of the Chinese Academy of Sciences that at present, new progress has been made in the development of the first prototype of the sky survey optical facility. The telescope is expected to be launched after the completion of the Chinese space station, and will become a flagship space astronomy facility for exploring the sea of ​​stars.


As the optical module of the Chinese space station, the Sky Survey Space Telescope will be equipped with an optical system with a diameter of 2 meters and a series of state-of-the-art detectors. The size of the telescope is equivalent to a bus, standing three stories high and weighing more than ten tons.


On the Sky Survey Space Telescope, the first-generation instrument contains a total of 5 observation equipment, including a sky survey module, a terahertz module, a multi-channel imager, an integral field of view spectrometer, and an exoplanet imaging coronagraph. Among them, the most important observation time is the sky survey module, which is a camera with an extremely wide field of view.


Xu Shuyan, researcher at the Changchun Institute of Optics and Mechanics, Chinese Academy of Sciences, chief designer of the sky survey optical facility: We are currently in the initial prototype development stage. At present, all subsystems, components and units of the identified product have been basically developed and are ready for integration testing and testing. After the completion of these tasks , we will move to the prototype development stage, carry out the development of flying parts, carry out joint tests with the integration of the sky survey platform, carry out the launch site test, and then launch at the right time.
Zhan Hu, researcher of the National Astronomical Observatory of the Chinese Academy of Sciences, responsible scientist of the Sky Survey Optical Facility: It co-orbits away from the space station during normal observation. They are in the same orbital plane. When it needs to be replenished or repaired and upgraded, the Sky Survey Space Telescope will actively dock with the space station , and then resupply, or through the operation of the astronauts, the rear-end instruments and some components of the front main optical system can be replaced and upgraded, or some of them can be transported to the experimental cabin for maintenance.
According to China’s manned spaceflight project plan, the Sky Survey Space Telescope is expected to be put into scientific operation around 2024. The planned mission life is 10 years, and the life can be continuously extended through maintenance.

China’s Sky Survey Space Telescope  The Sky Survey Space Telescope will operate in a low-Earth orbit at a height of about 400 kilometers, with a primary mirror diameter of 2 meters. Xu Shuyan, a researcher at the Changchun Institute of Optics and Mechanics of the Chinese Academy of Sciences, the chief designer of the survey optics facility: The characteristics of this space survey telescope are that it can see deeply, see widely, and see finely. On the basis of the same depth and precision, it is more than 300 times wider than the Hubble telescope. Under the same conditions, Hubble can see 1 star, and our space survey telescope can see 300 stars.
According to reports, the detectors of the Hubble Telescope Camera are the size of a palm, while the main focal plane of the China Space Station Telescope Sky Survey Module is made up of 30 detectors, each of which is larger than the Hubble detector. Among them, 18 detectors are equipped with different filters, which can obtain color images of cosmic objects in different wavelength bands; the other 12 detectors are used for seamless spectral observation, and on average, at least thousands of celestial objects can be obtained per exposure. Spectral…

The Sky Survey Space Telescope (CSST) is expected to launch no earlier now for 21st December 2026..  as drawn out on the work meeting in Hangzhou..

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #July2022 | #CMS #ChinaMannedSpace the newest detach- attachable #ChinaSpaceTelescope #SpaceTelescope of the #ChinaSpaceStation #Tiangong #SpaceStation Featuring the #SkySurveyOpticalModule #RemoteSensing #Satellite also helping to find #Exoplanets …

Currently中国空间站 Previously On 18th July 2022, the Belt and Road Initiative CNSA –China National Space Administration  Tiangong Space Station  CSS China Space Station in which on a six months setting up a new home of the first three Shenzhou 14 in which now readying for the newest module to be installed is the Wentian Experimental Module launching from a Chang Zheng – Long March 5B-Y3 Carrier Rocket at Wenchang Space Craft launch Center –Hainan Province – China – People’s Republic of China.. 

Currently one of the latest installations towards the Tiangong China Space Station –   the latest is the Sky Survey Space Telescope stands up to 3 stories high……. China’s Sky Survey Space Telescope is in the initial stage of development. The telescope will be launched after the completion of the China Space Station. It is expected to be put into scientific operation around 2024 and will become a flagship space astronomy facility for exploring the sea of ​​stars. It is about the size of a bus and stands 3 stories high, just like a mobile space observatory, which will fly independently with the space station in co-orbit….

The latest news of the Sky Survey Space Telescope, which is in the preliminary development stage……With the construction of the Chinese space station, the development of the Sky Survey Space Telescope for co-orbit flight with it is also progressing in an orderly manner. The reporter learned from the Changchun Institute of Optics, Fine Mechanics and Physics of the Chinese Academy of Sciences that at present, new progress has been made in the development of the first prototype of the sky survey optical facility. The telescope is expected to be launched after the completion of the Chinese space station, and will become a flagship space astronomy facility for exploring the sea of ​​stars.


As the optical module of the Chinese space station, the Sky Survey Space Telescope will be equipped with an optical system with a diameter of 2 meters and a series of state-of-the-art detectors. The size of the telescope is equivalent to a bus, standing three stories high and weighing more than ten tons.


On the Sky Survey Space Telescope, the first-generation instrument contains a total of 5 observation equipment, including a sky survey module, a terahertz module, a multi-channel imager, an integral field of view spectrometer, and an exoplanet imaging coronagraph. Among them, the most important observation time is the sky survey module, which is a camera with an extremely wide field of view.


Xu Shuyan, researcher at the Changchun Institute of Optics and Mechanics, Chinese Academy of Sciences, chief designer of the sky survey optical facility: We are currently in the initial prototype development stage. At present, all subsystems, components and units of the identified product have been basically developed and are ready for integration testing and testing. After the completion of these tasks , we will move to the prototype development stage, carry out the development of flying parts, carry out joint tests with the integration of the sky survey platform, carry out the launch site test, and then launch at the right time.


Zhan Hu, researcher of the National Astronomical Observatory of the Chinese Academy of Sciences, responsible scientist of the Sky Survey Optical Facility: It co-orbits away from the space station during normal observation. They are in the same orbital plane. When it needs to be replenished or repaired and upgraded, the Sky Survey Space Telescope will actively dock with the space station , and then resupply, or through the operation of the astronauts, the rear-end instruments and some components of the front main optical system can be replaced and upgraded, or some of them can be transported to the experimental cabin for maintenance.
According to China’s manned spaceflight project plan, the Sky Survey Space Telescope is expected to be put into scientific operation around 2024. The planned mission life is 10 years, and the life can be continuously extended through maintenance.

China’s Sky Survey Space Telescope  The Sky Survey Space Telescope will operate in a low-Earth orbit at a height of about 400 kilometers, with a primary mirror diameter of 2 meters. Xu Shuyan, a researcher at the Changchun Institute of Optics and Mechanics of the Chinese Academy of Sciences, the chief designer of the survey optics facility: The characteristics of this space survey telescope are that it can see deeply, see widely, and see finely. On the basis of the same depth and precision, it is more than 300 times wider than the Hubble telescope. Under the same conditions, Hubble can see 1 star, and our space survey telescope can see 300 stars.
According to reports, the detectors of the Hubble Telescope Camera are the size of a palm, while the main focal plane of the China Space Station Telescope Sky Survey Module is made up of 30 detectors, each of which is larger than the Hubble detector. Among them, 18 detectors are equipped with different filters, which can obtain color images of cosmic objects in different wavelength bands; the other 12 detectors are used for seamless spectral observation, and on average, at least thousands of celestial objects can be obtained per exposure. Spectral…

The Sky Survey Space Telescope (CSST) is expected to launch no earlier than the end of 2024, and is likely to be delayed until 2025.

Figure 1: CSST Optical Facilities Structure HD Rendering v1.1
Figure 2: Schematic diagram of CSST main optical system
Figure 4: Schematic diagram of CSST in Chang 5 B fairing
Figure 6: The overall structural model of the CSST sky survey module

Images and visuals are from their respectives.

#AlreadyTomorrowInHongKong #香港| #香港太空館 #HongKongSpaceMuseum #July2022 |香港天文設施導覽—可觀自然教育中心暨天文館 Tour of HK Astro Facilities – Ho Koon Nature Education Cum Astronomical Centre….

Located in the Heart of Hong Kong central of Victoria Harbour in which locate looking at the iconic Megatroplis HongKong Island city landscape from the opposite is the Hong Kong Space Museum  香港太空館 in which located at 10 Salisbury Road, Tsim Sha Tsui, Kowloon, Hong Kong SAR, China –People’s Republic of China..  in which is one of the most international iconic buildings architecturally due to its hemispheric round dome in which is iconic known as one of Hong Kong’s local most cherish bread pastries the Pineapple Bun – Bolo Bao due to the pineapple ceramic texturing tiles of the dome structure that resembles the delicious texturing of the Pineapple Bun .. In which on In June 2014, the Hong Kong Government listed the pineapple bun as a part of Hong Kong’s intangible cultural heritage. … Despite the name, it does not traditionally contain pineapple; rather, the name refers to the look of the characteristic topping (which resembles the texture of a pineapple)……

Those who are interested in astronomy or space science may have visited the  Hong Kong Space Museum, but in fact there are some other related education institutions in Hong Kong too. This time, we would like to introduce to you the Ho Koon Nature Education Cum Astronomical Centre located in 101 Route Twisk Tso Kung Tam Park, Tsuen Wan, Hong Kong SAR –China – People’s Republic of China…… Ho Koon Centre is a local school that actively promotes astronomy education, field study and environmental education. Its service mainly targets to students, but the Centre also organises public educational activities and conducts professional astronomical observation from time to time.

The Hong Kong Space Museum will guide you to the Centre, and to follow Ho Koon’s teachers to learn more about these local astronomical activities and equipment, including professional astronomical telescope. Audiences can also interact with the teachers at the end of the programme and ask any questions about the facilities or other topic related to astronomy or space science. Don’t miss it!

Speaker: Mr. CHIU Kam-hung (Assistant Curator) and Ms. KWAN Wing-ki (Museum Assistant) of the Hong Kong Space Museum, Tutors of Ho Koon Centre

 Date: 17.7.2022 (Sunday) Time: 3:00 – 4:00pm

 Langugae: Cantonese

Ho Koon Nature Education Cum Astronomical Centre located in 101 Route Twisk Tso Kung Tam Park, Tsuen Wan, Hong Kong SAR –China –
People’s Republic of China…

有興趣學習天文或航天科學的朋友相信一定曾到訪太空館,但其實香港也有其他相關的教育機構,今次我們將為大家介紹位於荃灣的可觀自然教育中心暨天文館。可觀中心是本地一個積極推廣天文教育、郊野研習及環境教育的學校,主要服務對象為學生,亦會經常舉辦公開的教育活動及進行專業的天文觀測項目

香港太空館的職員將帶你走進可觀中心,並跟隨可觀中心的導師認識更多本地天文活動及設備,包括本地少有的專業級天文望遠鏡。觀眾更可在節目尾段和中心導師即時互動,查詢你對中心感興趣的地方甚至是天文學或太空科學的知識,萬勿錯過!

講者:趙錦鴻先生 (香港太空館助理館長) 及 關詠琪小姐 (香港太空館博物館助理)、可觀自然教育中心暨天文館導師
日期:17.7.2022(星期日)

時間:下午 3:00 – 4:00

語言:粵語

Images and visuals are from the Hong Kong Space Museum –香港太空館 Hong Kong Space Museum –- 10 Salisbury Road, Tsim Sha Tsui, Kowloon, Hong Kong SAR- China- People’s Republic of China …..

#AlreadyTomorrowInHongKong #香港| #香港太空館 #HongKongSpaceMuseum #May2022 |凝望銀河中心-探索超級黑洞人馬座A*之秘 | Sagittarius A*: the Supermassive Black Hole at our Galactic Center – #EventHorizonTelescope #EHT…..

Located in the Heart of Hong Kong central of Victoria Harbour in which locate looking at the iconic Megatroplis HongKong Island city landscape from the opposite is the Hong Kong Space Museum  香港太空館 in which located at 10 Salisbury Road, Tsim Sha Tsui, Kowloon, Hong Kong SAR, China –People’s Republic of China..  in which is one of the most international iconic buildings architecturally due to its hemispheric round dome in which is iconic known as one of Hong Kong’s local most cherish bread pastries the Pineapple Bun – Bolo Bao due to the pineapple ceramic texturing tiles of the dome structure that resembles the delicious texturing of the Pineapple Bun .. In which on In June 2014, the Hong Kong Government listed the pineapple bun as a part of Hong Kong’s intangible cultural heritage. … Despite the name, it does not traditionally contain pineapple; rather, the name refers to the look of the characteristic topping (which resembles the texture of a pineapple)……

On 21st May 2022 Saturday at 12 midday Hong Kong SAR – Beijing Time ….  A two hour Lecture speaker was live stream from Hong Kong Space Museum Venue: Lecture Hall, Hong Kong Space Museum perform in the Cantonese Dialect on Regardingly On凝望銀河中心-探索超級黑洞人馬座A*之秘 | Sagittarius A*: the Supermassive Black Hole at our Galactic Center….

On 12 May, the Event Horizon Telescope (EHT) revealed the first image or shadow of the supermassive black hole Sagittarius A* (Sgr A*). It is also the second black hole ever to be “seen” in human history.

EHT started observing the two black holes lurking at the centre of the M87 galaxy and the Milky Way in 2017. Sgr A*, our nearest black hole neighbour in the heart of our galaxy, is about 27,000 light-years away from Earth. Being about 2,000 times closer to Earth than the M87 black hole, the Sgr A* black hole should be an easier target to observe. However, why would its image come three years after the first image of the distant M87 galaxy? What are the challenges and difficulties of discovering, observing, and analysing this mysterious supermassive black hole?

In this lecture, we are honoured to have Prof Chan Chi-kwan, a member of the EHT team from Hong Kong, and the Associate Professor from the University of Arizona to introduce the characteristics of Sgr A* black hole and explain how to render the black hole image from mammoth amounts of data. The lecture will be live-streamed on the Space Museum’s YouTube Channel too. Therefore, whether you stay home or come to our Museum, you can also get to know this astronomy breakthrough with us!

【太空館活動】凝望銀河中心-探索超級黑洞人馬座A*之秘

「事件視界望遠鏡」計劃 (Event Horizon Telescope, EHT) 喺5月12日公布超級黑洞人馬座A* (Sagittarius A*, Sgr A*) 嘅第一張剪影影像,亦都係是人類史上第二個「睇」到嘅黑洞。

早喺2017年,EHT已着手觀測M87星系同銀河系中心嘅黑洞。位於銀河系中心嘅人馬座A*黑洞係目前已知離我哋最近嘅超大質量黑洞,距離地球約27,000光年,比M87黑洞近約2000倍,理應更易觀測。但係點解佢嘅「面貌」會比M87黑洞遲三年先首度面世呢?從發現、到觀測同分析呢個神秘嘅超級黑洞又有咩困難同挑戰?

喺今次嘅講座,我哋有幸邀請到EHT團隊中嘅香港成員,美國亞利桑那大學副教授陳志均教授為我哋拆解人馬座A*嘅特性,同講解如何從大量數據重組黑洞影像。講座更會喺太空館嘅YouTube頻道同步直播,所以大家無論安在家中,抑或親身嚟到現場都可以一齊了解呢個天文學研究嘅重大突破!

日期:2022年5月21日(星期六)

時間:中午12時至下午2時

地點:香港太空館演講廳

講者:陳志均教授(美國亞利桑那大學副教授)

Images and visuals are from the Hong Kong Space Museum -香港太空館 Hong Kong Space Museum –- 10 Salisbury Road, Tsim Sha Tsui, Kowloon, Hong Kong SAR- China- People’s Republic of China …..

#MadeInChina #中國製造|#WFST #WideFeildSurveyTelescope April2022 | #UniversityofScienceandTechnologyofChina incredible #China- #PeoplesRepublicOfChina has built a new advance Next generation of #SkySurvey #Telescopes with a primary mirror diameter of 2.5 meters and 720 million pixels Scientific Imaging Detector Test Platform Completed”

On 14th April 2022 China – People’s Republic of China has incredibility  has built a new generation of sky survey telescopes with a primary mirror diameter of 2.5 meters and 720 million pixels with Another Chinese Tianyan opened? Qinghai Lenghu will build a survey telescope with a primary mirror diameter of 2.5 meters….  Which If you use a lens with a diameter of 2.5 meters and a photosensitive element with 720 million pixels to make a telescope, how far can it see? How clear will things be?

​​

China – People’s Republic of China is currently manufacturing such a telescope. It is co-operated by the University of Science and Technology of China and the Haixi Mongolian and Tibetan Autonomous Prefecture of Qinghai Province. One of the sites of the astronomical observatory), the Wide Field Survey Telescope, whose full name is the University of Science and Technology of China – Purple Mountain Observatory of the Chinese Academy of Sciences Large Field Survey Telescope, English name Wide Field Survey Telescope, referred to as WFST, it is China – People’s Republic of China The new generation of astronomical survey telescopes developed by the State, a major national astronomical observation infrastructure, will become the optical time-domain survey telescope with the strongest ability to survey the sky in the northern hemisphere after completion.

​According to the news from the University of Science and Technology of China on April 11, the research and development team composed of the university and the Purple Mountain Observatory of the Chinese Academy of Sciences has completed the development of the primary mirror CCD290 camera and CCD test system. The relevant results have been published in the world famous astronomical instrument. In the publication “Journal of Astronomical Telescope Instruments and Systems”, this innovative research result laid the foundation for the development of the main focus camera for the large field telescope.

The large-field survey telescope is a new generation of astronomical telescopes developed in my country. The diameter of its main mirror is 2.5 meters. The design adopts the international leading main focus optical mode, which can provide a large field of view, high precision and wide-band sky survey capabilities. , its photosensitive element is a large area array 720 million pixel splicing CCD detector, which is spliced ​​by 9 CCD290-99 chips, the imaging array reaches 9K x 9K, and the imaging area reaches 92.2 mm × 92.4 mm, with ultra-low noise readout capability , the readout noise can be less than 5 electrons at a readout rate of 500Kpix/s.

The center of the above picture is the main focus camera, and the right is the CCD290 camera

​The main focus camera with

​Some people call the large-field survey telescope “another Chinese sky eye”. It is true that both have strong sky survey and observation capabilities, but the two are very different. In terms of observation methods, the Chinese sky eye (FAST) It does not move, basically just patrols the night sky with the rotation of the earth. It is impossible to fix the viewing angle at a certain point in the night for detailed observation, but WFST can dynamically patrol the night sky and can fix a certain celestial object on the sky. long time observation.

Schematic diagram of WFST structure

The electromagnetic spectrum observed by the two

Chinese Sky Eye

​As the strongest large-field optical survey telescope in the northern hemisphere, WFST is a “three-in-one” powerful prime focus camera that integrates “scientific imaging, wavefront detection, and guide star sensing”. It can discover countless galaxies, quasars and stars in the huge cosmic space, and can also monitor large-scale celestial collisions, supernova explosions, stellar helium flashes, fast radio bursts and other transient sources in distant cosmic spaces, as well as the Milky Way and nearby galaxies. Appearing variable stars and other celestial bodies, small celestial bodies such as asteroids and comets in the Kuiper belt in the solar system and far away can also be seen. In addition, the structure and formation and evolution history of galaxies can be judged by observing the star stream in the Milky Way and nearby galaxies.

References :

The April 11 article in “Science China Journal” “The Large Field Survey Telescope Scientific Imaging Detector Test Platform Completed”

Images and visuals are from their respectives