Latest news with #UniversityofTsukuba
India Gazette
09-07-2025
- Sport
- India Gazette
SAI official awarded Japan's MEXT Scholarship
New Delhi [India], July 9 (ANI): Sachin K, Deputy Director at the Sports Authority of India (SAI) and currently serving as Incharge of the National Boxing Academy in Rohtak, has been awarded the prestigious MEXT Scholarship (Ministry of Education, Culture, Sports, Science and Technology) by the Government of Japan. Under the University Recommendation category, Sachin will pursue a two-year Master's Program in Sport and Olympic Studies at the globally acclaimed University of Tsukuba, beginning in September 2025. A native of Shivamogga district in Karnataka, Sachin joins an elite group of Indian sports administrators who have previously received this honour, including Manikant, Regional Centre Director, SAI Gandhinagar, and Dhandapani, Director, SAI LNCPE, Thiruvananthapuram. With over eight years at SAI, Sachin has led key initiatives like the Khelo India Talent Development Scheme, focusing on talent identification and academy support. He served on the General Technical Committee for the Khelo India Games, including the Winter Games. As Senior Development Officer for TOPS, he managed elite athlete support for stars like Neeraj Chopra and Bajrang Punia, coordinating with NSFs on training and exposure. He also served as secretariat for a ministerial committee reviewing India's Tokyo 2020 Olympic preparations. 'I am honoured to receive the MEXT Scholarship. This academic opportunity will deepen my understanding of international sports systems and Olympic governance, allowing me to contribute even more effectively to the development of Indian sports,' said Sachin. The University of Tsukuba is globally recognised for its excellence in sport and Olympic studies, offering specialised training in sport policy, Olympic history, international collaboration, and athlete development. Sachin's selection highlights India's growing presence in global sports administration and reaffirms SAI's commitment to building internationally trained professionals within its ranks. (ANI)
Yahoo
29-06-2025
- Science
- Yahoo
Researchers discover incredible new method to squeeze water out of crystals: 'Presents a new approach'
Scientists in Japan are excited about a new process that can deliver clean water. In a study published in the Journal of Materials Chemistry A, University of Tsukuba researchers discussed a new water production possibility involving the application of pressure to copper-chromium Prussian blue analog, a kind of crystalline compound. Since the material is full of pores, the scientists discovered that applying pressure — much like you would a wet sponge — can expel the water retained inside. To exert pressure, the researchers experimented with infrared spectroscopy, X-ray absorption, and fluorescence spectroscopy in order to alter the electrical state of the water and the copper within the crystal. Due to the resulting pressure, the crystalline pores became hydrophobic, thereby making them capable of releasing stored water. According to the study, 1 kilogram of the crystal could yield about 240 grams of water in the form of droplets. "[The research] presents a new approach to water production, which is an important step towards the further development of the water environmental improvement technology," the team explained. With planetary temperatures on the rise, water pollution at an all-time high, and water shortages on the horizon for the coming decades, developing new means to source water is becoming increasingly essential, both for human civilizations and for the environment as a whole. An estimated 4.4 billion individuals now lack adequate access to safe drinking water across 135 low- and middle-income nations, based on a 2024 report published in the journal Science. Implementing new potable water generation options can help ensure the health and safety of entire populations who may be struggling in more arid or water-deficient environments, in addition to cutting down on water bills for consumers everywhere. How often do you worry about the quality of your drinking water? Never Sometimes Often Always Click your choice to see results and speak your mind. The University detailed that the achievement can lead to the "advancement of pressure-induced onsite water production technologies" to use in harsh environments, and offer a new insight into water resource processes. Meanwhile, circulating water back into nature can work wonders for our planetary health, helping to nurture ecosystems and boost biodiversity. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.
Yomiuri Shimbun
10-06-2025
- Science
- Yomiuri Shimbun
Japan Research Team to Set Up Country's 1st Radio Telescope in Antarctica; Test Observations of Milky Way Galaxy to Begin in FY26
The Yomiuri Shimbun A small radio telescope developed by a team from the University of Tsukuba and others entities A small radio telescope that is 30 centimeters in diameter will be set up in Antarctica by a team from the University of Tsukuba and other entities. The team will begin conducting test observations next fiscal year. It will be the first time that a Japanese radio telescope will be installed on the continent. A radio telescope captures radio waves from space in order to observe areas of the universe that are invisible in visible light. The team also plans to build an international observation base equipped with a large radio telescope in Antarctica, where the clear air provides excellent observation conditions. The team is led by the University of Tsukuba and includes researchers from the National Institute of Polar Research and Hokkaido University. The radio telescope is set to be located about 1,000 kilometers inland from Japan's Showa Station on the coast of Antarctica. The Japanese observation team already installed the telescope mount and power generation equipment in fiscal 2024. The telescope will be transported to Antarctica by the icebreaker Shirase this fiscal year. The radio telescope will be set up as high as 3,800 meters above sea level. As the average temperature can be as low as minus 50 C, the air contains virtually no water vapor, which can interfere with radio waves from space. It is usually sunny and clear most of the time in that area, making it an optimal location for conducting observations. However, as the maximum temperature is only minus 20 C in the summer, the telescope's electronics might be affected. The team plans to cover the telescope with insulation material and install a heater inside. The team will conduct test observations of the Milky Way Galaxy, where Earth is located, starting in fiscal 2026 to determine the distribution of gases, as stars are formed when gases clump together. The United States is currently operating a large radio telescope, which is 10 meters in diameter, in Antarctica, but it is located at the pole where the sky is generally not clear, resulting in poor observation conditions. The team from the University of Tsukuba will refine observation techniques for low-temperature environments and plans to build an observation base – equipped with a large telescope that will be 12 meters in diameter – in the future. The team aims to have researchers from all over the world stay at the base and observe galaxies that have yet to be discovered. 'We would like to gain more observation experience to realize an international observation base,' said Nario Kuno, professor of radio astronomy at the University of Tsukuba.
The Star
14-05-2025
- Business
- The Star
Educating students to solve real-world problems
The UTMy campus at Wisma R&D, Universiti Malaya, is strategically located in the Bangsar area — just steps away from the LRT Kerinchi Station. THE University of Tsukuba, one of Japan's top universities, opened its doors in Malaysia in September 2024, becoming the first overseas Japanese campus to award a bachelor's degree recognised in both Japan and Malaysia. 'We're pleased to be able to offer this programme at the University of Tsukuba, Malaysia (UTMy) which is attracting attention in both Malaysia and Japan,' said UTMy dean Prof Maki Tsujimura. UTMy, strategically located in the Bangsar area of Kuala Lumpur near the expansive campus of Universiti Malaya, is currently accepting applications by Malaysian students for the 2025-2026 academic year, starting in September 2025. UTMy offers a four-year bachelor's programme through its "School of Transdisciplinary Science and Design," with an annual enrolment cap of 40 students. The programme is conducted in English and Japanese and all the courses can be done in Malaysia. The programme aims to develop global talent capable of addressing complex global challenges by providing a broad education in both the humanities and sciences, with a special focus on data science, the key skill of today's society. To achieve this goal, UTMy has a unique structure comprising outstanding Japanese professors from various disciplines, enabling the implementation of its innovative educational programmes. UTMy students with former Prime Minister Tun Dr Mahathir Mohamad celebrating the opening of UTMy in September 2024. Problem-based learning and design thinking UTMy's curriculum is centred on problem-based learning (PBL). PBL is an active learning method in which students take the initiative in tackling diverse problems. At UTMy, PBL courses are conducted continuously throughout the four years of the programme and account for 30% of the required credits. From the first year, the students tackle wide actual problems such as water pollution or human rights. These courses are extremely useful for acquiring problem-solving skills, which are valuable in today's global world. UTMy's distinctive curriculum is based on 'design thinking' for problem solving. This is why the word 'design' is included in the course name. In a complex and rapidly changing society, the ability to identify and define problems based on design thinking is crucial. Consequently, problem-solving ability is the ultimate goal and various academic disciplines are used as tools. "Learning with a wealth of originality can open up our future," said Ryusei Yoshida, a first-year student of UTMy. The "Bachelor of Arts and Science" degree awarded to students at the successful completion of their four-year course of study is a Japanese degree equivalent to that from the University of Tsukuba in Japan. Recognised worldwide, this degree will open doors to many careers in diverse fields. The "Arts and Science" designation signifies the acquisition of technologies and knowledge in many academic fields and features attainment of problem-solving ability itself. UTMy faculty members from diverse fields prioritise collaboration with universities and companies in Japan and Malaysia, enabling students to build a wide network of connections. This is highly beneficial for future career development. While UTMy currently only offers an undergraduate course, all faculty members are also affiliated with graduate schools in Japan, allowing students to pursue postgraduate studies in Japanese graduate programmes. UTMy's 'late specialisation' curriculum, encouraging students to take time to discover their area of expertise, is a pioneering approach which is highly suitable as an educational programme to respond to today's rapidly changing global world. "Transdisciplinarity is attractive. Many universities will follow us," said Ong Khai Sern, a student of UTMy. Applications for the 2025-26 school year are being accepted online until June 16 for (Malaysian) students who do not require a student visa. For more details, refer to the application guidelines on the university's website or contact UTMy directly via email.
Japan Today
13-05-2025
- Health
- Japan Today
Pokemon Sleep's sleep-promoting eats step into the real world with Japanese nutritionist recipes
By Casey Baseel, SoraNews24 The title of "Pokemon Sleep" is simultaneously highly accurate and slightly misleading. Part video game and part wellness app, "Pokemon Sleep" wants to promote healthy sleep habits, which is why players are given a Snorlax, the sleepiest Pokemon species to take care of. But even Snorlax doesn't sleep for 24 hours a day, and during its waking moments it makes friends with other Pocket Monsters and eats meals that you prepare for it. Now there's a way to bring the dishes of "Pokemon Sleep" to your own real-world table, thanks to a partnership between the game, the makers of Japanese nutrition planning app Asken, and the University of Tsukuba. Research conducted by the group determined that insufficient intakes of protein, carbohydrates, and fiber can all negatively impact your quality of sleep, and so they've developed real-world recipes for dishes from "Pokemon Sleep" to give you the balanced diet necessary for a good night's sleep. Four in-game dishes were selected, starting with the above-pictured Dream Eater Butter Curry. To make the rice, you'll need… ● Rice: 180 milliliters ● Turmeric powder: 1/2 teaspoon ● Salted butter : 10 grams …and to make the roux and toppings the ingredients are… ● Skinless chicken thigh: 180 grams chopped into bite-sized pieces ● Yogurt: 100 grams ● Grated ginger: 1 teaspoon ● Grated garlic: 1/2 teaspoon ● Curry powder: 2 tablespoons ● Onion: 100 grams, minced ● Carrots: 40 grams, chopped ● Potatoes: 150 grams, chopped ● Salted butter: 15 grams ● Milk: 4 tablespoons ● 2 pieces of dark chocolate (6 grams), one piece to be minced as decoration ● Boiled sliced canned tomatoes: 400 grams ● Water: 50 milliliters ● Chicken soup stock: 1 teaspoon ● Salt: 1/2 teaspoon ● Pepper: A small amount ● Milk: 1 teaspoon ● Baby leaf: 10 grams ● Cherry tomato: 1/4 slice Those amounts are enough for two servings, and once you've got them all assembled, here's what you need to do: 1. Soak the rice, then add the turmeric and butter and cook them together in a rice cooker. 2. Place the chicken ginger, garlic, and curry powder in a plastic bag and let sit for 20 minutes. 3. Put 15 grams of butter in a pot and heat with a medium flame, then add the onions and cook until tender. Add the carrots and potatoes and cook until they are completely coated with oil. 4. Mix the tomatoes, water, chicken stock, salt, and pepper into the pot. Once the mixture comes to a boil cover and simmer on low heat for 15 minutes. Turn off heat and add dark chocolate, stirring until it melts in. Cook again on low heat for roughly 20 minutes to reduce amount of liquid. Stir in 4 tablespoons milk. 5. Place finished turmeric rice and curry on plate. Artfully add baby leaf, cherry tomato, milk, and dark chocolate. In addition to being rich in sleep-promoting protein and carbohydrates, Asken says the Dream Eater Butter Curry's tomatoes serve as a source of potassium which helps with sodium excretion, adding another healthy aspect to the meal. Asken also has recipes for Pokemon Sleep's Limber Corn Stew… …Mimosa Salad… …and Yogurt Salad… …all of which can be found through their website here. Source: PR Times, Asken Insert images: PR Times, Asken Read more stories from SoraNews24. -- Pokémon Sleep gameplay finally revealed in video, pre-registration opens【Video】 -- Pokémon Sleep camping suite and guestrooms coming to Tokyo Hyatt along with giant Snorlax burgers -- Pokémon Sleep x Family Mart collaboration brings us new drinks and goods for a limited time External Link © SoraNews24
