Koichi Wakata: The First Japanese Captain of the ISS This video "Koichi Wakata: Proud to Be the First Japanese Captain of the ISS! (14/03/10)" (日本人初！若田さんISS船長に「和の心を大切に」(14/03/10))" is brought to you by ANNnewsCH. It introduces Dr. Koichi Wakata, who has become the first Japanese captain of the International Space Station (ISS). JAXA astronaut Koichi Wakata has accomplished the spectacular feat of becoming the 39th captain of the ISS. A special ceremony was held in the Japanese Experiment Module (日本実験棟, nipponjikkentou) "Kibo" (きぼう). The ceremony is normally held in the American Experiment Module, however as this is the first time a Japanese astronaut has assumed the position of captain, on this occasion the ceremony was held in the Japanese Experiment Module. You can watch the ceremony in the video from 0:23. During the ceremony, Koichi Wakata talks of how he is proud to be the first Japanese captain of the ISS and is looking forward to working with everyone. The right to command was passed on to Koichi Wakata from the previous captain of the ISS Oleg Kotov. Koichi Wakata was captain of the ISS for a total of 2 months until his return home to Japan. More About Koichi Wakata: The First Japanese Captain of the ISS Source :YouTube screenshot Koichi Wakata was born in Omiya city, Saitama prefecture and is an astronaut working for JAXA (Japanese Aerospace Exploration Agency). He has a Doctorates in Engineering and has been awarded the Kikuchi Kan Prize (菊池寛賞, kikuchikanshou). He graduated from Kyushu University (九州大学大学院, kyuushuudaigaku daigakuin) in March, 1989 and proceeded to work for Japan Airlines, also known as JAL. He was selected for the position of mission specialist for the National Space Development Agency of Japan (NASDA) in April 1992 and in January 1996 was the first Japanese mission specialist to take part in the STS-72 mission of the Space Shuttle Endevour. He mastered the difficult task of learning to control a robotic arm and succeeded in the retrieval of the SFU (Space Flyer Unit). He has completed four missions in space to date, including flights in American NASA space shuttles and Russian Roscosmos spacecraft. Koichi Wakata also made news after broadcasting videos of fun experiments performed in space, inviting viewers to send in their experiment ideas. In an effort to get children more interested in space, he performed various actions inside the space station such as folding clothes or arm wrestling the other astronauts. More About Koichi Wakata's Role Aboard the ISS Source :YouTube screenshot Below are a list of the tasks performed by Koichi Wakata as commander of the ISS: 1. Manage the crew and lead them to success in their missions. 2. Handle any emergencies that may arise such as fires or gas leaks and give directions as the leader of the crew. 3. Have a good grasp of the crew members' health conditions and work situations. 4. Summarizing adjustments to the work schedule with ground control. Not only does the job require good management skills but a high level of interpersonal skills are also necessary. Summary of Koichi Wakata Koichi Wakata currently works as the director of JAXA and is busy holding lectures and other events across the country. We hope you enjoyed learning more about the first Japanese captain of the ISS, Koichi Wakata. We look forward to hearing about more of his endeavors in the future! 【Official Website】Jaxa Astronaut Koichi Wakata, Space Station, Kibo, Information Center https://iss.jaxa.jp/en/astro/biographies/wakata/index.html

The Asteroid Surveying Spacecraft "Hayabusa 2" This video, titled "「Hayabusa 2」CG Conceptual Video of Touchdown/"Hayabusa2" CG Animation"（「はやぶさ2」タッチダウン想像図CG/"Hayabusa2" CG Animation), was released by "Jaxa | Japan Aerospace Exploration Agency." “Hayabusa 2,” introduced in the video, is an asteroid surveying spacecraft developed by the Japan Aerospace Exploration Agency JAXA as a successor to the spacecraft “Hayabusa.” This video introduces JAXA’s CG video of Hayabusa 2 touching down on the asteroid Ryugu and retrieving a surface sample. It's only a conceptual video; however, the plan of Hayabusa 2’s touchdown is visualized in an easy-to-understand manner. The basic settings and touchdown methods of the “Hayabusa 2” are the same as its predecessor, Hayabusa; however, the spacecraft has been significantly improved and the ion engine and antenna surroundings have been greatly augmented. The news that this groundbreaking mission was successful also attracted a lot of attention around the world. Incidentally, “Hayabusa” is also used as the project name for JAXA’s asteroid survey project. The Touchdown of Hayabusa 2 Source :YouTube screenshot The first “Hayabusa” mission’s goal was to bring back rock samples from asteroids for the first time ever. The mission succeeded, and the return of “Hayabusa” received praise from all around the world; in Japan, it received so much attention that it was made into a movie. Whereas the first Hayabusa was an experimental machine, Hayabusa 2, shown in the footage, collected samples from the surface of an asteroid which has organic matter and water on it. And the developmental process differs from its predecessor in that it was designed to collect surface samples from an asteroid with organic matter and water to obtain clues about the existence of rare metals and the mystery of the birth of life. The survey plan of the “Hayabusa 2” was also carefully scheduled. The “Hayabusa 2” was launched from the Tanegashima Space Center Large Rocket Launch Site in 2014 to coincide with the timing of when the asteroid Ryugu would be closest to the Earth. Source :YouTube screenshot As you can see from 1:09 in the video, once the spacecraft has come into the closest proximity with the asteroid Ryugu, they first launch an impactor command with the goal of creating a crater on the surface of Ryugyu to make it easier for Hayabusa 2 to land. This impactor command was named "Explorer" after the world’s first satellite series. Hayabusa 2 will attempt to touch down after taking rock samples scattered in the vicinity during the second Explorer launch. A small rover was also placed on the asteroid Ryugu, which collected as many surface samples as possible after touchdown and returned to Earth by fully autonomous operation. Summary of Hayabusa 2's Touchdown Mission Source :YouTube screenshot The Ryugu project was featured on NHK as a special program and was also broadcast overseas. It was very well received abroad, and managed to attract attention from all over the world. The success of Hayabusa 2's touchdown mission is said to be an incredible feat. You can see the details on JAXA’s official website. 【Official Website】JAXA Hayabusa 2 Project http://www.hayabusa2.jaxa.jp/en/

The Japanese Experiment Module “Kibo,” the Largest on the International Space Station The video "2019-2020 JAXA Manned Space Activities - "Kibo" and Beyond" (2019-2020 JAXA 有人宇宙活動~「きぼう」その先へ) uploaded by “JAXA,” introduces the Japanese experiment module “Kibo” of the International Space Station. The area known as Low Earth Orbit (LFO) (less than 2,000 km from the Earth), is said to be the gateway to space, and is where various satellites fly. As you can see from 0:33 in the video, Kibo, one of the largest space experiment facilities, was completed in 2009 on the International Space Station. It orbits at an altitude of about 400 kilometers. In terms of size, it is approximately 108.5 meter x 72.8 meters, weighs 420 tons, and flies at speed of about 27,000 km/h (~16,777 Mph). “Kounotori,” the cargo transporter, was also successfully launched, and Kounotori 8 has achieved a 100% mission success rate. Experiments Involving Kibo Source :YouTube screenshot The Japanese Experiment Module “Kibo” is “doing things for society that can only be done in space.” At Cell Biology Experiment Facility (CBEF), they are researching the effects of gravity on living things. This is shown at 1:37 in the video. In the fall of 2019, CBEF-L, which can equip larger devices, was also added. The Electrostatic Levitation Furnace (ELF) is a material testing device that melts materials by making them float, and can examine materials that are difficult to examine on the ground, such as glass and ceramics. The J-SSOD is a mechanism that releases small satellites using Kibo's airlock and robotic arm. The Small Optical Link for International Space Station (SOLISS), developed in collaboration with a private company, conducts experiments using optical disk technology to enable future inter-satellite and space-to-ground high-capacity communications. Beyond Low Earth Orbit Photo：Mars We're currently entering an era where exploring the moon and mars is possible. Environmental Control and Life Support System (ECLSS) technology is a system for purifying water and air. A water reclamation system based on Japan's outstanding water treatment technology is also being put to the test. The new H-II Transfer Vehicle (HTV-X) is Japan's original spacecraft that will improve Kounotori's transportation capability, and will allow for in-orbit missions that the Japanese sector is aiming for, with the goal of launching by 2021. The Astronauts of Kibo Source :YouTube screenshot There are Japanese astronauts working on the Japanese Experiment Module as well. Noguchi Soichi has maintained the Japanese Experiment Module Kibo and has conducted various experiments. He is responsible for operating the Inter-orbit Communication System (ICS), communicating with the ground through HD images, and preparing for spacecrafts and supply vehicles that visit the ISS. He also interacts with the ground by posting information, pictures, and videos on social media sites, such as Twitter. Doi Takao was in charge of installing and maintaining a storage module for “Kibo.” He organized cargo transfer between the space shuttle and the ISS as a loadmaster (cargo transfer supervisor). Hoshide Akihiko was selected for a long duration mission to the ISS in 2020 and he will lead as a captain at the end on the mission. Summary Photo：Satellite The Japanese Experiment Module "Kibo" is a key facility of the ISS. We are proud to say that Japanese technology is at the forefront of space activities. Let's think back to the Japanese engineers and astronauts who continue to play an active role in space, through this video! 【Official Website】JAXA https://global.jaxa.jp/projects/iss_human/kibo/

The Introductory Video of HTV “Kounotori” 8 This video, released by JAXA, is titled "H-2 Transfer Vehicle: Kounotori 8 (HTV 8) Mission Summary." The H-2 transfer vehicle Kounotori 8 (HTV 8), featured in the video, is an unmanned vehicle developed in Japan that delivers supplies to the International Space Station (ISS). It has a 100 percent mission success rate and boasts one of the world's largest resupply capacities. This article will tell you everythign you need to know about Kounotori 8! Kounotori 8 Source :YouTube screenshot HTV Kounotori 8 started its demonstration tests for the development of the new Space Station Replenisher (HTV-X) in order to expand space utilization and to transport equipment to test future space exploration technologies. As you can see from 0:58 in the video, the H-IIB rocket was launched from the Tanegashima Space Center in September 2019, approaching the ISS that orbits the earth at an altitude of 400 meters above ground and a speed of about 8 kilometers per second. The attitude control sensor of the former HTV "Kounotori 6" controlled its attitude using the earth as its axis. The Kounotori 8, on the other hand, uses a star tracker (stellar sensor), controlling its attitude based on stars’ positions. You can see how it works from 1:46 in this video. In the technical verification, the loading capacity was increased by about 30 percent through the use of a new supply rack to enhance the transport capacity of the vessel. The Resupply Mission of Kounotori 8 Source :YouTube screenshot As seen at 2:29 in the video, Kounotori 8 is captured by the robotic arm of the ISS and begins it's 34-day resupply mission. It carries not only food but also transportation equipment for the ISS’s planetary exploration, such as new batteries and SOLISS, (Small Optical Link for International Space Station). From 3:35, you can see a video of the global camera equipped with SOLISS. Moreover, Kounotori 8 was also equipped with CBEF-L (Cell Biology Experiment Facility-Left), a device to study biological cultures in space, and "Hourglass" a gravity dependency investigating device. A microsatellite was also injected into orbit at the Japanese Experiment Module "Kibo." Summary of Kounotori 8 Source :YouTube screenshot From 5:11 in the video, you can see Kounotori 8 completing its 34-day mission and re-entering the earth's atmosphere. Kounotori's resupply mission to the ISS was a success thanks to Japan's high-precision space technology! 【Official Website】 HTV "Kounotori" 8 Fun! Fun! JAXA! https://fanfun.jaxa.jp/countdown/htv8/

More Than 60 Years of Space Development at JAXA The video this time is titled "JAXA - The History of Japanese Space Exploration" (JAXA－日本の宇宙開発史ハイライト－), released by "JAXA | Japan Aerospace Exploration Agency." By looking up at the starry sky, many people ponder their own thoughts... we've been gazing up at the sky as a source of wisdom since ancient times. There was a time in Japan, too, when Onmyodo (the way of Yin and Yang) played an active role in politics by reading the movements of the stars and predicting good fortune. There's truly an inseparable link between humans and the cosmos. It is often misunderstood that Japan lags behind Europe and the United States in space development, but in fact, Japan has devoted more than 60 years to space development and is now one of the most successful countries in the world. JAXA plays a central role in Japan's space development. In this article, we’ll introduce the history of JAXA's space development. Be sure to follow along with the video! The History of Jaxa's Space Development Photo：Moon landing JAXA is the core organization for space development in Japan. It was established at the Tanegashima Space Center (TNSC) in 2003 through a merger between the Institute of Space and Astronautical Science (ISAS), the National Aerospace Laboratory (NAL), and the National Space Development Agency of Japan (NASDA). The three predecessor organizations were all privately funded space development agencies, but after being reborn as JAXA, they became the core organization supporting the Japanese government's space development research. The latest Japanese space probes have the world's leading technology. Here are some of JAXA's accomplishments that have left their mark on history. ・In 2007, the world's first high-definition image of the moon by the Lunar Explorer KAGUYA. (Video: 0:47〜) ・In 2009, the Japanese Experiment Module "Kibo" was completed. (Video: 0:53〜) ・In 2010, the planetary probe "Hayabusa" returned to Earth after successfully collecting surface samples from an asteroid. (Video: 0:58〜) ・In 2019, "Hayabusa2," an observation rocket, successfully touched down on the asteroid Ryugu. (Video : 1:00〜) JAXA has accomplished many great feats in the 17 years since it was founded. Japan's Space Development Before the Birth of JAXA Source :YouTube screenshot Japan's space development began in 1955 with the development of the Pencil Rocket, a very small rocket, as introduced in the beginning of the video. Just ten years after the war, Japan had already begun its domestic reconstruction and space development. In 1970, Japan's first satellite, "OHSUMI," was successfully launched. In 1985, Halley's comet was observed by "Suisei," in 1992, Mamoru Mohri became the first Japanese person to fly in space aboard a space shuttle, and in 1994, the Japan-made H-II rocket was successfully launched. Japan has a long history of great achievements even before the birth of JAXA. Summary of JAXA and Japan's Space Development Photo：Rocket It is said that Japan's space development had been attracting a great deal of attention after its Pencil launch test in 1955. The Pencil Rocket was nicknamed the "baby rocket" because of its extremely small size, with three types being developed: the S-type, T-type and R-type. At that time, the Pencil Rocket was already moving at close to the speed of sound, and the orbital data was utilized for the later Kappa Rockets. Back then it was thought to be impossible for Japan to develop a sounding rocket that could operate at an altitude of more than 100 km, but Japan succeeded in doing so using domestic technology alone. Although the U.S. and the Soviet Union have been the major space powers, Japan's technological prowess has been adopted by other countries for their rocket development. In particular, the latest engine technology of "Hayabusa" and remote-control technology will be a great asset to the history of space development to come. 【Official Website】JAXA｜Japan Aerospace Exploration Agency https://global.jaxa.jp/

This video, titled "The Japan Aerospace Exploration Agency (JAXA)｜Promoting the Practical Application of Electric Planes. It was released by "ikinamo Japan." In this video, the Japan Aerospace Exploration Agency (JAXA) introduces an electric propulsion system for an aircraft that they have on display. As electric vehicles are becoming more commonplace, they are aiming for the practical application of electric planes, as there is a demand for emission-free. Electric planes, which use electric motors and are good for resources and the environment, are attracting attention from around the world for their practical use. This video introduces the benefits of electric planes and the future of electric planes with video footage, so if you're interested in learning more, be sure to check it out.

Introducing a beautiful video packed with the charms of Chofu City, Tokyo. This video, titled "「Feel Short Ver.」The Promotion Video of Chofu City, Tokyo" (「Feel short ver.」東京都調布市のプロモーション映像 The promotion video of Chofu City, Tokyo), was uploaded by "Chofu City Video Library - ChofuCity" (調布市動画ライブラリーChofuCity). Chofu is conveniently located about 15 minutes by train from Shinjuku, a popular shopping and entertainment district, yet it is known as a city rich in nature. There are many spots where visitors can enjoy natural beauty, such as rows of cherry blossom trees, autumn foliage, and rose gardens. This promotional video is packed with popular attractions and photo spots in Chofu. Chofu - Rows of Cherry Trees, Dazzling Fireworks, and Many More Attractive Events Photo：Cherry blossoms along the Nogawa River, Chofu, Tokyo Chofu has beautiful seasonal scenery and popular events that attract many visitors from both inside and outside the city. Along both banks of the Nogawa River, which runs from the northwest to the southeast of the city, there is a bicycle path where visitors can see beautiful rows of cherry trees in spring; although cancelled from 2020 to 2022, there is an annual one-night-only event where the cherry trees are lit up at night, creating a magical scene. The city is also known as "Eiga no Machi Chofu" (映画のまち調布, 'Chofu, the City of Movies'), as there are two major film studios and more than 40 film production companies gathered in Chofu. The Chofu City Fireworks Festival held on the banks of the Tama River is a popular summer event. [Video] 0:12 - Chofu City Fireworks Festival Autumn Leaves and a Daruma Market at Jindaiji Temple. Enjoy Sightseeing Around Chofu Photo：Cherry blossoms at Jindaiji Temple, Chofu, Tokyo The "Yakuyoke Ganzan Daishi Festival" (厄除元三大師大祭) is the biggest event at Jindaiji Temple, and is held on March 3 and 4 every year. [Video] 0:12 - Scenes from the Yakuyoke Ganzan Daishi Festival The Jindaiji Temple Daruma Doll Market, held in conjunction with the Daishi Festival, is one of the three major daruma markets in Japan. About 300 Daruma stores, with dolls of all sizes, are displayed in various locations. The Jindaiji Summer Evening Party (深大寺夕涼みの会, Jindaiji Yusuzumi no Kai ) is a summer event where visitors can stroll around Jindaiji Temple in yukata (light cotton kimono), play traditional games, experience zazen (zen meditation), and enjoy a variety of stalls (canceled in 2020 and 2021). [Video] 0:09 - Jindaiji Summer Evening Party The famous "Jindaiji Soba" is a popular food in this area with 400-years of history. It's said that the name "Jindaiji Soba" originated when soba noodles made from the rich spring water were served at the temple, and many soba restaurants line the streets around the temple. In the fall, beautiful autumn leaves can be seen at Jindaiji Temple and the adjacent Jindai Botanical Gardens, and many people come to enjoy the autumn foliage in Tokyo. [Video] 0:16 - Autumn Foliage at Jindai Botanical Gardens Enjoy the Beauty of Nature at Jindai Botanical Gardens and Saneatsu Park Photo：A rose garden at Jindai Botanical Gardens, Chofu, Tokyo The Rose Garden at the Jindai Botanical Gardens was awarded the World Rose Convention's "Award of Garden Excellence" in 2009. The best time to see the roses is in spring and fall. It is one of the largest botanical parks in Tokyo, covering an area of about 480,000m2. The spacious park is home to 100,000 plants of approximately 4,800 species, allowing visitors to enjoy a variety of plants, trees, and flowers throughout Japan's four seasons. [Video] 0:06 - The Rose Garden at Jindai Botanical Gardens Saneatsu Park is a park on the site of Saneatsu Mushanokoji's house. The 5,000m2 park is filled with lush greenery, and carp and wild birds can be viewed in the pond. [Video] 0:24 - Saneatsu Park In addition, there's Fudatenjin Shrine, which has the oldest koma-inu (guardian lion-dogs) in Chofu and a 500-year-old sacred tree, and Kokuryo Shrine, which has a large 400~500-year-old wisteria tree. The area offers picturesque views of nature for visitors to enjoy. Unique Spots for Tours and Hands-on Experiences At the Chofu Aerospace Center, where JAXA's research and development facilities are located, visitors can tour exhibition rooms in the three zones: aviation, space, and fundamental technology, and experience a simulated flight in a futuristic spaceplane. Also, at Mayo Terrace, a Kewpie Mayonnaise facility where visitors can enjoy learning about various information and topics related to mayonnaise, and even try making mayonnaise by hand. There are also a variety of sports-related facilities in the area. The Musashino Forest Sport Plaza, adjacent to Tokyo Stadium, has a gymnasium that can accommodate up to 10,000 people. Top-level competitions, concerts, and other events are held here. Summary of the Attractions of Chofu, a City Where You Can Also Meet the Characters From GeGeGe no Kitaro Photo：Kitaro Teahouse, Jindaiji Temple, Chofu, Tokyo Shigeru Mizuki, the creator of "GeGeGe no Kitaro" is an honorary citizen of Chofu. Kitaro's characters can be seen throughout the city and are popular among instagrammers. Kitaro Square, located between Chofu Station and Nishi-Chofu Station, and the Tenjin-dori shopping street near Chofu Station, known as Kitaro Road, are also lined with monuments of the various characters. In addition, visitors can enjoy the world of "GeGeGe no Kitaro" at the Kitaro Teahouse in front of the Jindaiji Temple gate, where there is a cafe and store. Chofu is only a 15-minute train ride from Shinjuku, and despite its proximity to the city center, it's rich in nature, making it a comfortable place to live. The city offers a wide variety of sightseeing attractions and unique facilities where you can casually stop by to enjoy the seasonal expressions, tasteful temples and shrines, and characters of GeGeGe no Kitaro that can be seen throughout the city. The beauty of Chofu, including its atmospheric scenery, events, and various other attractions, can be viewed in this short video. Be sure to check it out! 【Official Website】Chofu, Tokyo - City Hall Website https://www.city.chofu.tokyo.jp/ 【TripAdvisor】Chofu https://www.tripadvisor.com/Tourism-g1060905-Chofu_Tokyo_Prefecture_Kanto-Vacations.html