Introducing the Shinkai 6500! The video introduced here is titled "'Shinkai 6500' A Voyage Around the World｜QUELLE 2013 Digest," created by "jamstec channel." The Shinkai 6500, shown in the video, conducted a survey of the deep-sea in the southern hemisphere in 2013. The videos summarize the deep-sea life captured during the voyage, as well as various scientific discoveries, valuable documents, and data. In this article, we'll introduce the Shinkai 6500. Be sure to follow along with the video! What is the Shinkai 6500? Source :YouTube screenshot The Shinkai 6500 is the second deepest diving research ship in the world. In the video, you can see the Shinkai 6500 being unloaded from the support vessel "Yokosuka" at 0:38. The Shinkai 6500 was launched in 1989 at the Mitsubishi Heavy Industries Kobe Shipyard. In 2002, the Shinkai 2000 was decommissioned, and the Shinkai 6500 became Japan's only manned research vessel submersible to great depths. At present, the idea of developing a Shinkai 12000 as a successor model is underway. As the name suggests, the Shinkai 6500 owned by the Japan Agency for Marine-Earth Science and Technology is capable of submersible research up to 6500 meters below the water's surface. They are currently researching earthquakes, tectonic plates, deep-sea organisms' ecosystems and evolution, and deep-sea biological resources. The video also introduces a number of unusual creatures living in the deep sea, as well as experiments performed on the submarine at 1:03. The operation of the Shinkai 6500 requires the cooperation of the support mother ship, Yokosuka. The Route of the Shinkai 6500! Source :YouTube screenshot The video details the route that the Shinkai 6500 sailed as well. From 1:03 in the video, we see the Solitaire and Dodo hydrothermal fields of the Central Indian Ridge. This is followed at 1:45 by footage from the Rio Grande Rise and São Paulo Ridge, the São Paulo Ridge off the coast of Brazil, the Cayman Rise in the central Caribbean, the Tonga Trench and Kermadec Island Arc in the South Pacific, and the Louisville Ridge​. The Performance of the Shinkai 6500 and Its Time at Sea Source :YouTube screenshot The hull of the Shinkai 6500 is elliptical in shape and about 9.7 meters long. The propulsive force of the hull (screw) allows for diving. Lithium-ion batteries are currently used as the main power source. The Shinkai 6500, which is equipped with research equipment, does not have a dedicated mechanic, but rather, a pilot and other crew members who double as mechanics. You can see the Shinkai 6500 entering the maintenance area after completing its survey at 6:21 in the video. There is no toilet on board, so they must bring a portable toilet with them. Information on the Shinkai 6500 - Exhibits and Goods! Source :YouTube screenshot Plastic models, paper crafts, figurines and models made by LEGO and Bandai are very popular with Shinkai 6500 fans. A full-scale model of the Shinkai 6500 is also open to the public at the Marine Science Museum in Yokosuka. There are exhibits of deep-sea creatures and displays of research results, so be sure to check it out! Summary of the Shinkai 6500 This article introduced the Shinkai 6500, a submarine that investigates the mysteries of the deep sea. The Shinkai 6500 has an important mission- to explore the mystery of life. By watching this video, you'll feel like you're on a submarine adventure through an undersea world you never knew existed! 【Official Website】Manned Diving Research Ship "Shinkai 6500 https://www.jamstec.go.jp/shinkai6500/

Japanese Wagyu Beef This video, titled "Wagyu Beef Sales in Australia!," Was created by JETRO. In recent years, the ban on the importation of Japanese Wagyu beef into European and Asian countries has been lifted, and since 2018 the exportation of Wagyu beef from Japan to Australia has become possible. That being said, is there really a demand for Japanese Wagyu beef in Australia, the number one producer and exporter of "Aussie Beef"? What Breeds of Cattle Are Being Raised in Australia and Japan? Source :YouTube screenshot When you think of Wagyu beef, the native Japanese species Hidagyu (飛騨牛), Kagoshima Wagyu (鹿児島和牛), and Omigyu (近江牛) probably come to mind (or not). There are four types of cattle in Japan raised for Wagyu beef production: Japanese Black (黒毛和種, kurogewashu), Japanese Brown (褐毛和種, akagewashu), Japanese Shorthorn (日本短角種, nihontankakushu), and Japanese Polled (無角和種, mukakuwashu). Independent rules in Australia state that only beef from cattle with a 50% or higher Wagyu lineage may be classified as Wagyu beef. From 9:20 in the video, Australia's Wagyu farming representative, David Blackmore, explains that Japanese and Australian cattle are being cross-bred to produce Australian Wagyu beef. More About Japanese Cuisine, Food Products, and Business Dealings in Australia Source :YouTube screenshot Since the ban on the importation of Japanese Wagyu beef was lifted, Japanese agriculture, business negotiations regarding marine and food products have been held in Sydney. Various companies, organisations, distributors and buyers such as Osawa Enterprises (大沢エンタープライズ, oosawa enta-puraizu) and Kirishima Ranch (霧島ランチ) have taken part in the business meetings. Japanese restaurants in Australia are using imported Japanese Wagyu beef to attract customers to their restaurants. From 2:08 in the video, you can see Japanese Wagyu beef being sold at 3-5 times the price of Australian beef at the store Tokyo Mart (東京マート, toukyouma-to). Even at such a high price, Japanese Wagyu beef continues to sell well. The Key to Increasing Exportation of Japanese Wagyu Beef? Photo：Sukiyaki Japanese cuisine holds the key to increasing the exportation of Japanese Wagyu beef in Australia. From 1:29 in the video, we're introduced to the Japanese restaurant Masuya (鱒屋). High quality Japanese Wagyu beef can be best enjoyed not only as steak, but also in traditional Japanese dishes such as Sukiyaki and Shabu Shabu. The high quality products, manufacturing techniques, and food culture of Japan is gaining popularity worldwide. Summary of the Exportation of Japanese Wagyu Beef As you can see from the video, Australia is currently one of the top exporters of beef in the world. However, recently there is growing demand for tender and delicious Japanese beef such as Wagyu or Kuroge. Since the ban was lifted on the importation of Japanese Wagyu beef, distribution has spread worldwide and the superb taste of Wagyu beef is attracting attention from foodies overseas. It will be interesting to see what the future holds for Wagyu beef!

The Cutting-Edge Robotics Company, FANUC This video, titled "FANUC Product Introduction (Full Version) 2020" (ファナック 商品紹介（フルバージョン） 2020), was uploaded by "FANUC CORPORATION." Have you heard of the robotics company FANUC? FANUC is a Japanese electrical equipment manufacturer that ranks first in the world in sales of robots and peripheral machine products for factory automation equipment. They're located in Oshinomura(忍野村,Oshinomura), Minamitsuru Ward(南都留郡,Minamitsurugun), Yamanashi Prefecture(山梨県,Yamanashiken). FANUC was the first manufacturer to successfully develop Japan's first numerical control device (NC) in 1956, and since then has continued to supply CNC equipment and robots for machine tools worldwide. The name FANUC has grown into an international brand thanks to its advanced technology and service. In this article, we'll introduce a number of exciting and futuristic factory automation products that FANUC will release in 2020! FANUC's CNC Series Source :YouTube screenshot FANUC’s CNC series is a vital product group that serves as the core of its FA products. The world-class CNC series, that increases productivity in manufacturing, uses an interface called iHMI, shown at 1:09 in the video, which is equipped with a high-quality AI that allows users to intuitively manipulate high-level production functions and simultaneous sharing of information regarding maintenance through networking. The FANUC servo motor offers a diverse lineup of motors that meet the needs of a wide range of customers, from small to large, and provides a comfortable manufacturing environment with excellent operability and easy maintenance. The Manufacturing Functions of FANUC Source :YouTube screenshot FANUC's products, which can be seen at 1:40 have earned a worldwide reputation for their machining performance. Even flat surface machining and shaping of complex shaped molds can be done at high speed and with high precision. AI servo tuning uses AI to automate the technology that skilled craftsmen have developed through experience. You can see the AI feed-forward tuning in progress at 3:03 in the video. In addition, the combination of CNC, servo motors, and robots makes it easy to perform complex laser engraving, metal cutting, and welding processes. About the FANUC robots introduced in the video Source :YouTube screenshot FANUC has a wide range of robots in its robot lineup, ranging from a 500 gram payload robot to a large robot with a payload of over 2.3 tons. These can be seen at 4:52 in the video. Cumulative production of FANUC robots has exceeded 640,000 units, making it the world's top producer of robots. Robomachines, its bestselling product so far, is yellow, FANUC’s brand color, but its new series, shown at 6:57, features a green color scheme and is a cooperative robot that stops moving when touched by a person. The Collaborative Robot provides a barrier-free environment for humans and robots to work together, helping to significantly improve workflow. Machines such as spot welding robots, arc welding robots, SCARA robots, handling robots, and Robodrills that incorporate high-precision vision sensors shown at 7:33 and force sensors shown at 7:51, can learn and manufacture products at higher speeds and with greater precision through the introduction of AI functionality. Summary of the Advanced Robotics Company, FANUC Although people tend to think of FA machines and robots as products for large factories, FANUC provides FA products for small and medium-sized companies as well. Its products can be operated via a tablet terminal interface and can be moved by AGVs and dollies. FANUC prides itself on its safe design, and its collaborative robots boast a safety design that does not require protective measures even in small work spaces, as they stop safely when touched by a person. The Japanese manufacturing industry is comprised of nearly 90% small and medium-sized enterprises. FANUC’s FA machines such as its small production processing machine, Roboshot and Robonano are bringing an industrial revolution to modern machining. 【Official Homepage】FANUC CORPORATION https://www.fanuc.co.jp/eindex.html

Video introduction of Arai-yu, a public bathhouse in Sumida-ku, Tokyo This 4 minute long video titled “Arai-Yu Sento - Tokyo（Arai-Yu Sento - Tokyo - 荒井湯 - 4K Ultra HD）“ features what the sento, “Arai-yu” in Sumida-ku (墨田区：Sumida ward) near the Tokyo Sky Tree is. While there are many natural hot springs and super sento in Japan, traditional public baths where you can enjoy Japan's unique bathing culture are also very popular. Watch the video and experience the feeling of being healed in a traditional Japanese public bath. The History of Japanese Sento Source :YouTube screenshot Sento is a paid public bath with a boiler and the beginning of its history dates back to the Heian period (794 to 1185 ). Public bathhouses have long been popular with the public, and from the Edo period (1603 to 1863) onward, they flourished as a social gathering place for the common people. There used to be more than 100 public bathhouses in Sumida, but the number of these bathhouses has been decreasing in recent years. What Is Araiyu? Source :YouTube screenshot Araiyu, a public bathhouse in Asakusa, has the same traditional architectural style as Japanese shrines, and is characterized by its tall chimney. You can see this traditional architecture in the footage from 0:09. The interior is decorated with paint and tile designs by bathhouse painters. The murals of Hokusai Katsushika, "The Great Wave Off Kanagawa" in the men's bath, and "36 Views of Mount Fuji" in the women's bath, are a must-see. You can also see these magnificent paintings in the bathrooms by watching the footage from 3:50. Let’s Visit a Traditional Japanese Sento! Source :YouTube screenshot Almost all Japanese feel nostalgic when they visit a sento. Recently, some bathing facilities have English-speaking receptionists for foreign tourists visiting a sento. There are Germanium baths, jet baths, ultrasonic baths, medicinal baths and more, so you'll never get bored of them. Some sento offer a sauna as well if you're into that. The Rules and Manners of Japan's Sento Source :YouTube screenshot There are important rules or manners for public baths, as they're used by many people. ・Before entering a bath, wash your body. ・Keep your hair up. ・Do not wash your body in the baths. ・Do not take a towel into a bathtub. ・The baths are shared use. ・If you sweat, wash off your sweat before entering a bathtub. Please make sure to follow these rules and manners and enjoy your time. Summary of Japan's Sento Source :YouTube screenshot After checking out this video of the atmosphere of Sumida's Araiyu, you'll definitely want to give it a visit. It's a great place to relax. Some of Japan's public baths are open 24 hours, but it's a good idea to check the days and hours of operation, as well as prices before visiting. ◆Araiyu◆ 【Address】2-8-7 Honjo Sumida 130-0004 【Access】10 minutes walking from “Honjo Azuma-bashi” station off the Toei Asakusa line 【Entrance fee】Adults (12+) 470 yen (* As of November, 2019) 【Hours】15:30 to 24:00 【Telephone No】03-3622-0740 【Tripadvisor】Araiyu https://www.tripadvisor.com/Attraction_Review-g1066459-d8008153-Reviews-Araiyu-Sumida_Tokyo_Tokyo_Prefecture_Kanto.html

Traditional Japanese "Osechi Cuisine"! There's a lot of Japanese food that attracts the attention of foreign tourists in Japan, but nothing compares to the beautiful Osechi cuisine. Today, we have a video introducing Japanese osechi cuisine, titled "Japanese New Year's Dish, (Osechi Cuisine) An Introduction to Japan’s Osechi Cuisine" (Japanese New Year dish. (OSETI cuisine)日本のおせち料理紹介), produced by "Ordinary life channel." In Japan, the first three days of the New Year, starting on January 1st, are special days referred to as "San ga nichi." To celebrate the festive New Year, there is a custom in Japan to eat Osechi cuisine as shown in the video. What Kind of Food Is Osechi Cuisine? Photo：Osechi cuisine In ancient Japan, Osechi cuisine was prepared for New Year's festivities and seasonal festivals. Since New Year' was the most important day of the year, Osechi cuisine came to refer to New Year's dishes. It is said that by the Yayoi period, osechi cuisine had already become rooted in the culture. In the Edo period, Osechi cuisine came to be called "Horai Kazari" in Kansai, "Kuitsumi" in Kanto, and "Horaidai/Tekakemori" in Kyushu. Each of them have the meaning of offering food to the gods and praying for happiness. Varieties of Osechi and the Meanings of the Dishes Photo：Osechi cuisine You can see the osechi dishes at 0:33 in the video. Dishes, such as herring roe, tazukuri, fried sardine, black beans, burdock root, kamaboko, datemaki (egg), kurikinton (chestnuts), konbumaki (kelp), tai (red snapper), renkon (lotus root), shrimp, and arrowhead introduced in the video are all festive and suitable for New Year. Each ingredient is associated with meaning, including wishes for long life, good health, and more. How to Arrange Osechi Cuisine Photo：Osechi cuisine The ingredients for Osechi dishes are packed in a "kumiju" (multi-layered food box). Originally, it is said to have been a five-tiered box, but nowadays, four-tiered boxes are generally used. There is also a method for preparing the dishes called "Juzume." It's important to organize the food, including iwaizakana-sanshu (herring roe, tazukuri, and black beans), kuchitori (appetizer assort), vinegared dishes, grilled dishes, stewed vegetables, etc., in a beautiful arrangement. You can see a beautifully arranged set of Osechi dishes at the beginning of the video. Summary of Osechi Cuisine The Japanese Osechi cuisine shown in the video is also made and sold at restaurants all over Japan. Many people pre-order Osechi dishes from famous restaurants by ordering online. You can also make osechi cuisine at home. Use the recipe site as a guide to prepare the ingredients and arrange them beautifully over a bed of rice to enjoy the Japanese New Year.

Let's Try on a Traditional Japanese Yukata! This video "Yukata and Obi (帯) belt fitting tutorial by hataori（自分でできる浴衣の着付けと帯結び by hataori）" was created by Official Hataori and shows you in detailed steps how to put on a yukata and obi belt. Yukata are traditional garments that have been worn and loved by Japanese people for centuries. There are several occasions when one can wear a yukata, such as during summer festivals when women dress in gorgeous, colorful yukata or at hot springs or public baths where men tend to wear more plain and simply decorated yukata. However, as they aren't worn very often, there aren't many people who know the correct way to put on a yukata by themselves. This video will teach you in detail how to correctly put on a yukata. Hopefully this video comes in handy the next time you have the opportunity to wear a yukata! The History of Japan's Yukata Photo：Women wearing yukata It is thought that over 1200 years ago, during the Heian Period (794-1185AD), yukata were worn as bathrobes called Yukatabira (湯帷子). Aristocrats at the time would have worn them as they bathed. During the Muromachi Period (1336-1573AD) and Edo Period (1603-1868 AD) lightweight, cotton versions of these bathrobes were worn not during, but after bathing. During the latter half of the Edo Period, it became common for people to wear yukata as more casual clothing such as when taking short trips. Tips on How to Wear a Yukata Source :YouTube screenshot From 0:22 in the video you can see how to put on a yukata. There are many small items that are essential for women when putting on a yukata, such as a Datejime (伊達締), Obiita (帯板), Obi, Obihimo (帯紐), Geta (下駄) or Zori (草履). It helps to have clips or belts to help hold things in place when putting on your yukata and also helps prevent the yukata from falling out of place. One very important item when putting on your yukata is a Koshihimo (腰紐), a cord tied around the waist that helps adjust the length of your yukata. The most elegant way to wear a yukata is to adjust the length so that the yukata is just covering the ankles. Please refer to 0:55 in the video to see how to tie a Koshihimo. When wearing a kimono, an extra layer of clothing called a Hadajuban (肌襦袢) is worn underneath the kimono. However, this is unnecessary when wearing a yukata. Source :YouTube screenshot From 3:00 in the video, you can see how to put on a Munehimo (cord wrapped around the chest area). Once the yukata is in place, it's time to wrap the Obi belt. You can see this from 5:59 in the video. For more detailed information on how to tie an obi belt, please refer to the instructions in the video. We recommended wearing your hair in a refreshing up-do when wearing a yukata. A handheld Japanese fan, such as a Sensu (扇子) or Uchiwa (団扇), also looks great with a yukata. How to Tie an Obi Belt Photo：Kimono belt There are a variety of ways to tie an obi belt. For women who are wearing a colorful yukata in the summer to a special event such as a fireworks display, we recommended tying the obi in a ribbon shape using the Bunko musubi (文庫結び) or Chou musubi (蝶結び). Once you are used to tying an obi belt, you can attempt the more difficult Hana musubi (花結び). The Kakuobi musubi (角帯結び) style of obi is typically worn by men. Yukata Fitting Summary Photo：Women wearing yukata In summer, you will find many stores selling yukata sets and there are also places where you can rent a yukata for the day. If you choose to rent a yukata, there may be someone who can help you get dressed into it, so please take advantage of this opportunity. Taking a walk outside wearing a yukata, especially one you managed to put on yourself, is sure to be a great feeling! Please make sure to use this video the next time you decide to wear a yukata! Just watching the video we're sure you'll learn something new!

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/

Check out the Introduction Video of the Super Smart Society "society5.0" "Super Smart Society: Opening the Future Society 5.0（超スマート社会　未来を開くSociety 5.0）" produced by jstsciencechannel is a video about "Society5.0". Society5.0 is a super smart society based on the Science and Technology Master Plan recommended by the Ministry of Education, Culture, Sports, Science and Technology and Japan Business Federation. The government has stated that it will begin efforts to realize a super-smart society led by science, and innovation, following the hunting, agricultural, industrial, and information society. Ultra-Smart Society "society5.0" Initiative 1: Smart Factories Source :YouTube screenshot The Internet connection of things, which is used in all aspects of industry and life, is called IoT. It is expected that new values will be created one after another by integrating the real world and cyberspace through communication. For example, in the industrial field, smart production systems (smart factories) that connect artificial intelligence sensors and big data on production lines, like the 4th Industrial Revolution recommended in Germany, are attracting attention. This can be seen at 0:30 in the video. Ultra-Smart Society "society5.0" Initiative 2: Ultra-Compact Mobility Source :YouTube screenshot Intelligent transportation system is one of the initiatives of Society5.0. At Asuka Village in Nara Prefecture, they are conducting a demonstration test of the “MICHIMO” rental service of “micro-miniature mobility” for tourists. You can watch a video of a commentary on the ruins of the Ishibutai Tomb being checked on a terminal mounted on an electric vehicle. In addition, the management of electric vehicles can be easily performed with the “Charging/Authentication System”. In addition, experiments on the uniform automatic driving of buses and trucks are already underway. The aim is to improve the efficiency of road transport and reduce traffic accidents. This can be seen from 1:18 in the video. Ultra-Smart Society "society5.0" Initiative 3: Community-Based Comprehensive Care System Source :YouTube screenshot The super-smart society "Society5.0" is also useful for medical care and health management. Innovative systems that can be used in medicine are being developed one after another, such as a cuffless blood pressure measurement using a chair, and a system that can take electrocardiogram measurements while sleeping with an electrode device sewn in pajamas or a bed cover. Data can be sent in real time to physicians at remote locations, and while currently patients currently need to visit hospitals for a checkup, with this system, they are protected by the network and can be informed that something is wrong before they even know it. This can be seen from 2:49 in the video. Summary of "society5.0" Source :YouTube screenshot In addition to being introduced in the video, Society 5.0 is expected to be used in artificial energy and for mass data in the fields of energy and disaster prevention, as well as in education and corporate sites. Through the efforts of the Cabinet Office and the Japan Business Federation, “Society5.0” will lead to new that will continue to be developed society. Are you looking forward to seeing what kind of technology will be created in the coming years?

Video introduction of the shoemaker at MARQUESS, a shoe workshop in Ginza, Chuo-ku, Tokyo "Meet the Japanese shoemaker who doesn't want his shoes to stand out | Remarkable Living" is a video that introduces shoe making craftsmanship by a shoemaker in Tokyo. Shoji Kawaguchi, a bespoke shoemaker from the shoe studio "MARQUESS" in Ginza, Tokyo, makes luxury shoes like those seen in the video. Shoji Kawaguchi studied abroad at a shoe vocational school in Northampton, England, and studied the skills of handmade British shoes under Paul Wilson. He was fascinated by the classic British shoes he had seen during his time there and later became an independent shoe making professional. Hand Made Shoes Source :YouTube screenshot From 1:30 on the video, the process of making handmade shoes by shoemaker Shoji Kawaguchi is introduced. The shoemaker first designs a shoe pattern and makes a paper pattern. He then make a wooden pattern according to the shape of the shoe. Next, he cuts the leather and other materials, sews them, and attaches the soles. All the work of MARQUESS shoe specialists is done by hand. As you can see in the video, Shoji Kawaguchi's shoe store has numerous shoe fitters. This is proof that the shoes were made according to the shape of each client's foot. The craftsmanship cultivated through many long years of training and work is indispensable in creating a classic shoe that fits snugly. The Commitment of MARQUESS' Shoemaker, Shoji Kawaguchi Source :YouTube screenshot All of MARQUESS' shoes are bespoke shoes. Tailor-made shoes are made according to the customer's preferences, after careful consideration of the type of leather and design requirements. MARQUESS checks not only the size of the feet but also the fashion of customers' suits and clothes, and proposes the best shoes to suit each individual. The reason why Shoji Kawaguchi makes classic shoes is introduced at 0:15 in the video. He says he wants to do a variety of shoe designs, but he wants to do this after mastering classic shoes because classic shoes are the basis for everything. When he first saw the shoes, all handmade in Northampton, England, he was inspired and felt compelled to pursue the craft. In addition, Shoji Kawaguchi feels that the most beautiful shoes are bespoke shoes from the 1930s to the 1940s, and says that he is studies daily to make shoes closer to the originals. In addition, Shoji Kawaguchi's commitment to shoes is discussed throughout this 6-minute video. Summary of Bespoke Shoemakers Source :YouTube screenshot In these videos, you can see the meticulous and high quality craftsmanship that only expert shoe makers posses! In the video, you'll see a world you never knew existed. Bespoke shoes are a little more expensive than regular shoes because all processes are done by hand. The appeal of these shoes is that you can get a pair that you can cherish and that will last you a long time. I bet you'll want your own pair of bespoke shoes after watching the video. 【Official Website】Marquess https://marquess-bespoke.blogspot.com/

The CSR Activities of Japan Airlines (JAL)! This video titled “【Promotional Video】Japan Airlines _ CSR Activity Promotional Video,” produced by “Video Marketing Agency- PROOX Co., Ltd” (動画制作・映像制作の株式会社プルークス), is a promotional video that introduces JAL’s CSR activities. CSR stands for "corporate social responsibility," and refers to the social responsibility of a company to voluntarily engage in environmental protection activities from an ethical perspective. As introduced in the video, JAL, as a global company, continues to make various social contributions to reduce carbon emissions. This video introduces JAL’s CSR initiatives in a very clear and easy-to-understand way. We hope that by watching this video you'll get interested in environmental conservation as well! JAL’s Environmental Initiatives Source :YouTube screenshot It can be said that economic activity leads to the emission of large amounts of CO2 which in turn affects global warming. As introduced at 0:35 in the video, JAL’s CSR activities include the installation of equipment that lowers the air resistance of airplanes to increase fuel efficiency, cooperation with the atmospheric observation project “CONTRAIL”, and airplane engine cleaning for improved fuel efficiency. Examples of JAL's Bio-Jet Fuel Utilization Source :YouTube screenshot Japan Airlines (JAL) plans to introduce Bio-jet fuel into airplanes to further reduce CO2. Bio-jet fuel is an earth-friendly fuel made from wood and trash. From 2:36 in the video, a charter flight using fuel made from cotton clothing is also introduced. The recycling of garbage, wood and used clothes eliminates the need for mining new fossil fuels, which would lead to a cleaner, recycling based society. Eco-Friendly Flights by JAL Source :YouTube screenshot JAL conducted a demonstration flight of an airplane using Bio-jet fuel in 2009, and a test flight equipped with Bio-jet fuel from Chicago O’Hare International Airport to Narita International Airport in 2017. In addition, in 2019, they received a supply of Bio-jet fuel from Showa Shell Co, Ltd. and operated a flight to San Francisco International Airport. They are planning a charter flight with an airplane using Bio-jet fuel again in 2020. Summary of Japan Airlines' CSR Activity Source :YouTube screenshot In this video, the environmental conservation activities of Japan Airlines are explained in an easy-to-understand animation. The introduction of Bio-jet fuel for airplanes is an initiative for the “SDGs” adopted at the United Nations Summit. Everyone is focused on Japan Airlines' CSR activities as it continues to make various contributions to safety, environmental protection and local communities. 【Official website】CSR Information | JAL Corporate Website – Japan Airlines https://www.jal.com/en/

The Cashier "Pepper" by "Pepper" This video, titled "Pepper for Biz [Cashier for Pepper] Feature Introductory Video" (Pepper for Biz 「レジ for Pepper」 機能紹介ムービー), introduces the functions of "Cashier for Pepper" of "Pepper for Biz." The video was released by SoftBank. The video shows how Pepper is used to automate tasks, such as customer service, product ordering and accounting in the store. "Cashier for Pepper" is a solution in which all customer service is handled by a service robot. What Kind of Robot Is Pepper? Source :YouTube screenshot Some of you may have seen Pepper or had conversations with him at smartphone shops or restaurants in Japan. Pepper is a humanoid robot developed in 2014 that can recognize emotion. The emotion-recognizing personal robot is powered by an emotion engine and cloud AI, which allows it to make flexible decisions based on the situation. Pepper performs a series of necessary operations, such as customer service and accounting at stores. Features of "Cashier for Pepper" Source :YouTube screenshot "Cashier for Pepper," shown in the video, is a full-scale, self-checkout system, that performs a series of operations related to product purchases. Pepper is a service robot that can attract customers, recommend products (with a recommended "Plus One" feature"), select menus, and print order sheets on a tablet all at in one. Some of these features can be seen at 1:13 in the video. As shown at 1:31 in the video, Pepper also has the ability to select a payment method, allowing customers to pay with an IC card. Pepper's payment terminal is linked to the POS system, so it can handle a wide range of payment types, including QR payments and electronic money payments. "Cashier for Pepper" also includes a customer registration with Pepper's facial recognition system, order history check, and inbound functions in Japanese, English, and Chinese. This is explained at 2:45 in the video. Summary of "Cashier for Pepper" Source :YouTube screenshot In recent years, due to a decline in the number of workers, the shortage of cashiers has become a major problem in Japan. "Cashier for Pepper" has the potential to be the cashier of the future. If you'd like to implement "Cashier for Pepper" as a staff member to reinvent your store, you can start by checking out Pepper's features and pricing on their website.

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 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/

A New, Super Heat Resistant Alloy That Has Improved Fuel Efficiency in Airplanes! This video "World-Record Super Heat-Resistant Alloy That Has Improved the Fuel Efficiency of Aircrafts!" (ジェット機の燃費向上を実現した世界記録の超耐熱合金), created by "nimspr," introduces the amazing processing technology of a Japanese research institution. Burning at higher temperatures reduces fuel consumption. To combat this, aircrafts, jets, and automobile makers are required to develop special material. NIMS, introduced in the video, has developed a super heat resistant alloy that can resist extremely high temperatures and currently holds the world record for super heat-resistant alloys. How Is the Superalloy Used? Photo：Airplane NIMS’ superalloy is used in the latest Boeing 787, shown at 0:21 in the video. As you can see from 0:45 in the video, ordinary metals are poly-crystalline when made in a mold, but the superalloy shown in the video is mono-crystalline with no grains, making it resistant to heat. This super heat-resistant alloy is used in turbine blades- the hottest part on all aircraft parts. By using the superalloy, it's possible to save 100 million yen per year, per aircraft. The heat resistant titanium alloy by NIMS is also highly resistant to rust. On top of that, it is incredibly light, making it a highly valued material. A Look at the New Superalloy Source :YouTube screenshot In addition to titanium, which is shown in the video, there are other kinds of materials, such as iron, cobalt, nickel, aluminum, tantalum, chromium, molybdenum and tungsten. Research institutions across japan have spent a long time researching how to combine these materials to create the perfect metal. The experimental data collected by NIMS over several decades was used to create superalloys. Summary of the New Superalloy Source :YouTube screenshot NIMS Materials Strength Standard and Technology Group conducts research on high fatigue tests which check creep properties and fatigue characteristics for superalloys. They also focus on the recycling of materials, the design of end mills for cutting superalloys, as well as promoting low-cost, high-performance development through the establishment of material design methods. This can be seen at 1:53 in the video. It'll be exciting to see what Japan's research institutes will come up with in the future!

An Introduction to 5G "[Image Movie] Connect Future- A World Connected by 5G-3-minute ver（イメージムービー】Connect future ～5Gでつながる世界～（3 min. ver））", is a published video released by the Ministry of Internal Affairs and Communications video channel that introduces the 5G communication line network. The new communication system is expected to change the future. In the video, you can see a doctor make a remote diagnosis, see a self-driving taxi, and other languages being translated in real time. It also introduces many other things that will change the world in the future. In this article we'll introduce 5G and talk about how it could change life as we know it. What Is 5g? Source :YouTube screenshot 5G is short for "5th generation" mobile communication system, and it is what all major mobile carriers are starting to promote. It is the next generation mobile communication that will replace the 4G line currently in mainstream use throughout Japan. As a next-generation communication system, the frequency band uses the 3.6-6 GHz to 28 GHz band, and is adapted to the IoT (Internet of Things) that will carry the future era with functions such as "high speed", "enormous capacity", "simultaneous multi-connection", and "ultra low delay". With the spread of 5G, you can watch sports on your sunglasses (seen in the beginning of the video), self-driving cars, remote farming with drones like 0:23 in the video, and even tele-medicine. The unmanned shopping scene that can be seen from 1:03 in the video is the future world that 5G aims for. What is IoT? Source :YouTube screenshot IoT is a mechanism called the "Internet of Things". It is a collective term for all things, such as houses, buildings, cars, and home appliances that connect to the Internet to communicate and share information. As the IoT advances, a lot of data can be collected efficiently and various things can be done via the Internet with the rapid development of AI. By combining IoT with the high-speed communication and ultra-low delay of 5G, you can enjoy the scenery of a video in real time as shown at 2:09 in the video. It is also possible to have a session with people in different places and use 3D images like from 2:50. You can truly see the future of technology. Summary of 5g Photo： We briefly introduced the 5G line that will start to become mainstream in the coming era. Overseas, 5G communication lines are already in use. In Japan, services are scheduled to start sequentially from NTT DOCOMO and au from spring 2020, and compatible smartphones will be sold sequentially. With the rapid spread of 5G as a communication line and the use of VR and AI in the future, an age of "smart cities" is closer to reality than ever before. With the arrival of this 5G communication line, it is expected that both life and business will be transformed. We hope this video has sparked your interest in the future of technology.

A Video Comparing Past and Present Tokyo! This video, titled "[Tokyo Tokyo Concept Video] Old meets New - Full version," was released by "Tokyo Tokyo." The video introduces and compares the past and present culture of Tokyo in a comical manner. The one-minute video is packed with many elements, including the historical culture of Japan, current pop culture, and subculture. If you're interested in Japanese culture, be sure to check out this video to compare past and present of Tokyo. Look Out for Information on the History and Culture of the Edo Period! Photo：Image of 36 Views of Mount Fuji In Tokyo, where the shogunate was established during the Edo period (1603-1868), Japan's unique culture continuously flourished. Kimono and traditional crafts, Kabuki and Noh, and traditional performing arts such as ikebana and tea ceremony have been loved for hundreds of years. In addition, Japanese food, such as sushi, developed greatly as a historical gourmet food favored by the common people in the Edo period. Ukiyo-e and Japanese paintings are the art of the Edo period. Japanese paintings drawn with a unique touch are still attracting attention from many history and art fans. The Contemporary Culture of Tokyo Introduced in the Video Photo：Cosplay Over many years new Japanese cultures continue to be born one after another in present day Tokyo. Particularly noteworthy is Japan's pop culture and subcultures, which have developed mainly among young people. The interesting culture unique to Tokyo, such as video games, special effects movies, idols and cosplay events, etc., is attracting a lot of attention not only from within Japan but also from abroad. In the video, there's Kendo and modern video games shown from 0:12, Maneki Neko and Hello Kitty from 0:24, and things like kaiju and Giant Robots, Ukiyo-e and Hatsune Miku, Noh and Kyari Pamyu Pamyu, etc. are compared with the past and introduced as contemporary culture. The video also introduces recommended gourmet foods to eat in present-day Tokyo. From 0:10 in the video, rice balls and the cute Kyaraben (character bentos), soba and tsukemen, and sushi and other Japanese cuisine is shown. There are many famous restaurants in Tokyo where you can enjoy mouthwatering ramen, so we recommend finding your favorite restaurant. Besides that, we recommend checking out popular foods like cotton candy and tapioca drinks that can be eaten at sightseeing spots, such as Harajuku. Summary of the Past and Present Tokyo Shown in the Video Photo：Downtown Tokyo from above This article introduced an interesting video that unravels the history of Tokyo. Lifestyles and cultures have changed drastically in Japan and unique cultures that were unthinkable a decade ago continue to be born. Suffice it to say, culture evolves alongside history. In the future, new cultures will continue to flourish in Tokyo.

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/

iPS Cells: The World's Leading Regenerative Medicine This is a video released in 2018 by the "Hitachi Brand Channel" that introduces the efforts of Japanese company Hitachi Kobe Lab, in Regenerative Medicine using iPS cells. Speaking of regenerative medicine, the 3D iPS cell culture method invented by Professor Shinya Yamanaka of Kyoto University's Institute for iPS Cell Research and Development won the Nobel Prize in 2012, and it has become a hot topic of conversation. So what is this regenerative medicine? We'll give you a rundown. Photo：Research Regenerative Medicine is a technique that reanimates cells in areas damaged (or lost) by illness or injury. This has made it possible to treat incurable diseases that are difficult to treat with current medicine. Professor Yamanaka had been studying regenerative medicine for some time, but in contrast to the conventional method which required the use of fertilized eggs, human iPS cells, which can be cultured from a sterile egg, solved the ethical issues and attracted attention as a new dawn in medical technology. However, iPS cells have weaknesses. It is difficult to stabilize the quality of iPS cells and to mass-produce them. Maintaining the sterility of the lab was a critical challenge for culturing stable, quality iPS cells, especially since they are less resistant to bacteria. The Future of Hitachi's Regenerative Medicine, Opened up by Open Innovation Source :YouTube screenshot Due to the difficulty of culturing iPS cells, Hitachi began development of Automated Cell Culture Equipment for iPS cells through joint research with Dainippon Sumitomo Pharma. Currently, Hitachi, Ltd. and Hitachi Chemical are also participating in the research and have been successful in producing reputable induced pluripotent stem cells (iPS). The greatest benefit of open innovation is that, rather than a single company monopolizing research, specialists in each field, with their own specialties, can come together to conduct research and development without being bound by interests. The services and products, created through the combined strength of the Hitachi Group's technology and Japan's top minds, will continue to lead the world's medical infrastructure in the future. The Automated Cell Culture Equipment for iPS cells is one such development. The Regenerative Medicine that Hitachi is currently working on is said to be second-generation, but if it can incorporate AI technology and achieve more stable iPS cell culturing, it's possible to break through to third-generation regenerative medicine technology and raise hopes in the future, as it could be applied to the treatment of other incurable diseases. Summary of Hitachi Kobe Lab's Regenerative Medicine Research

Japan’s Cutting-Edge AI Technologies Contribute to an Aging Society This video is titled "A New Aging Society Led by Japanese Technology" (日本のテクノロジーが導く新しい高齢化社会). It introduces Japan's response to an aging society using cutting-edge technology. It was released by the“Foreign Ministry / MOFA”. Currently, Japan is said to be one of the most aging societies in the world. However, an aging society is not an issue unique to Japan, but a problem growing worldwide. Living a long, healthy life and increasing opportunities to participate in society is a very important theme when faced with an aging society. In this article, we'll introduce some cutting-edge technologies in Japan that the public and private sectors are developing together. NEC the WISE: An AI Technology Adapting to an Aging Society Source :YouTube screenshot The AI technology shown in the video at 0:32 is called “NEC the WISE.” In the video, NEC Director Fellow Katsumi Emura says “the problem is not the aging society itself, but how to adapt to an aging society, so that people can live long, healthy, fulfilling lives.” In light of the global trend toward an aging society, NEC is focused on developing and providing solutions that can be used to predict and prevent various diseases. That's what the AI technology, “NEC the WISE,” is all about. If we can prevent people from getting sick as they get older, it means that people will still be able to participate in society in good health as they age. In today's society where we are told that we have 100 years to live, "retirement in our 60s" is too early. If it becomes the norm for people to remain healthy and active past 60, we will no longer be able to call it an "aging society." HAL Lumbar Support: An AI Technology That Addresses the Declining Birthrate and Aging Population Source :YouTube screenshot With Japan's declining birthrate and aging population, the age of caregivers, whose job it is to care for the sick and elderly, is increasing every year. The "HAL Lumber Support" project, which can be seen at 1:02 in the video, is a project to introduce nursing care robots to reduce the physical burden on caregivers in the nursing care industry. The video introduces AI technology that places an assistive robot suit on a caregiver's waist and receives biopotential signals emitted by the brain and transmits them to the power-assist suit to reduce the strain on the back and lower body. This is an AI technology that can be applied patient side as well. In addition, because HAL is an artificial intelligence (AI) equipped support robot, repeated use of the robot helps it learn how neurotransmission works and can assist in walking more efficiently. It's not just a robot that moves according to commands, it's an autonomous machine that learns on its own, meaning that the cyborg robots you see in science fiction movies are already a reality. These mechanized technologies are collectively referred to as Hybrid Assistive Limb” (HAL). Summary of Japan's Cutting-Edge AI Technology and Measures for an Aging Society As seen at the end of the video from 1:30, Japan’s cutting-edge technology “HAL” is already being applied to medical technology in Malaysia. It is believed that increased social participation opportunities for the elderly with the help of autonomous robots will increase the well-being of society. It'll be interesting to see what Japan, the superpower of robots, has to offer in the future. 【Official Website】Cutting-Edge AI Technologies – NEC the WISE - : Solution/ Service | NEC https://www.nec.com/

This video, titled "[Learning Sunday] Robots by Kawasaki Heavy Industries｜July 30, 2017 Broadcast" (【モノ知りサンデー】2017年7月30日放送「ロボット」川崎重工業), was released by "Sun Television" (サンテレビ). It introduces the Kawasaki Museum, a corporate museum of Kawasaki Heavy Industries in Kobe, Hyogo Prefecture, and the robots inside the manufacturing plant. The museum displays motorcycles, bullet trains, and manufacturing robots. High-tech robots are used by equipment manufacturers both in Japan and abroad, including in medical and nursing care settings. The manufacturing process of robots is divided into various processes, with detailed work being done by skilled employees and robots making robots. Watch the video to see how the robots are made!

This video, titled "Japan Exchange: A DAY IN SCHOOL WITH ME Pt 1 | Euodias," was released by "Euodias." This video starts with a classroom in a Japanese high school. Being back in a classroom again might feel a bit nostalgic for some of us... During their physical education class, children gather in the schoolyard to play soccer and tennis. During their lunch break, they break out their lunchboxes and enjoy their lunch time in groups. Watching these videos will remind you of your own youth... If you want to learn more about high school in Japan, be sure to check it out!

This video, titled "Japan's Science and Technology Connecting the World - For a Sustainable Future" (世界をつなぐ日本の科学技術—持続可能な未来のために), was released by Japan's Ministry of Foreign Affairs. This video features interviews with Japanese engineers who are active in the fields of both medicine and engineering. Starting with the IPS cells introduced by Professor Shinya Yamanaka, a surgeon, to AI-powered robots, chemistry is essential for enriching life and living. It is not an exaggeration to say that Japan is a good place to live today because of the many scientists in addition to those featured in this video. In this video, you can hear the thoughts of these scientists, so I highly recommend you to watch it.

This video, "School Lunch in Japan - It's Not Just About Eating!," was released by "CafCu Media." In the video, they visit an elementary school with 682 students in grade 6 in Saitama Prefecture. It begins with the children going to school, shows how meals are prepared at the food service center, introduces the utensils used to eat the meals, and shows how the meals are prepared, eaten, and cleaned up. School lunch in Japan is not just a time to eat lunch, but also an important time to learn through "food." The children say "Itadakimasu" before eating, and "gochisosama" when finished, which are phrases to thank the person who made the meal, as well as those who grew the ingredients. Students prepare their own food and clean up after themselves. Japanese people learn the importance of food and the proper way to eat from an early age through school lunches.

This video, titled "光を灯す/future with bright lights," was released by KANDENKO CO., LTD. ((株)関電工). This video was created with the theme of "future and hope" by the artist YeYe and others, and depicts the company message of KANDENKO, which is "Each one of us lights the way to the future." When the line is draw with AgIC, an circuit marker, the ink is charged with electricity and lights are turned on. With the soothing music playing, the beautiful cityscape with its three-dimensional towers and buildings appearing one after another will naturally give you hope for the future.