
Gokasho, Japan

Gokasho, Japan

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Post Graduate Fees International Students
A stem cell researcher who pioneered induced pluripotent stem (iPS) cell technology, opening new frontiers in regenerati... View More
A stem cell researcher who pioneered induced pluripotent stem (iPS) cell technology, opening new frontiers in regenerative medicine and earning him the Nobel Prize in 2012. View Less
Nobel Laureate in Physiology/Medicine An immunologist whose discovery of PD-1 led to revolutionary cancer immunotherapi... View More
Nobel Laureate in Physiology/Medicine An immunologist whose discovery of PD-1 led to revolutionary cancer immunotherapies, saving countless lives and earning him the Nobel Prize in 2018. View Less
Nobel Laureate in Physics The first Japanese Nobel laureate, who predicted the existence of mesons, fundamentally advan... View More
Nobel Laureate in Physics The first Japanese Nobel laureate, who predicted the existence of mesons, fundamentally advancing the field of theoretical particle physics. View Less
Author and Researcher Known for his controversial and popular hypotheses that human consciousness can affect the molecu... View More
Author and Researcher Known for his controversial and popular hypotheses that human consciousness can affect the molecular structure of water, authoring several bestselling books. View Less
Nobel Laureate in Literature A celebrated author whose works, often dealing with political and social issues including ... View More
Nobel Laureate in Literature A celebrated author whose works, often dealing with political and social issues including nuclear disarmament and disability, earned him the Nobel Prize in Literature in 1994. View Less
The Gokasho Campus features a comprehensive and modern infrastructure designed to support world-leading research and a high quality of student life. Its architectural landscape integrates advanced research buildings with communal spaces and green areas. The campus is equipped with a high-capacity information network, central utility plants for stable energy and water supply, and advanced waste management systems. Accessibility is ensured through well-maintained roads, pedestrian walkways, and shuttle bus services connecting to key transportation hubs. Safety infrastructure includes earthquake-resistant construction, emergency communication systems, and clearly marked evacuation routes, creating a secure and efficient environment for academic pursuit.
Student life at Kyoto University's Gokasho Campus is a blend of rigorous academic pursuit and rich extracurricular engagement. While the campus atmosphere is focused on research, students actively participate in a variety of clubs and circles spanning sports, culture, and hobbies. The campus community is culturally diverse, with many international students and researchers, fostering a global environment. Seasonal events, university festivals, and department-sponsored social gatherings provide opportunities for relaxation and networking. The surrounding Uji area, famous for its green tea and historical sites like the Byodo-in Temple, offers a serene backdrop for student life outside the laboratory.


Kyoto University's Career Support Office delivers a robust program to guide students from all disciplines towards successful career paths. Services include one-on-one career counseling, comprehensive job-hunting (Shukatsu) preparation seminars covering everything from company research to interview etiquette, and practice tests for employment exams. The office organizes major job fairs on campus, attracting hundreds of companies, and maintains an extensive online job database exclusive to Kyoto University students. Specialized support is also available for those pursuing academic careers, international opportunities, or entrepreneurship, providing tailored advice, networking events, and internship programs to bridge the gap between academia and the professional world.
The below information is required while
completing the university application :
Admission is primarily through highly competitive national university entrance exams (Center Exam and Kyoto University's secondary exam). International students may apply via special admissions for privately financed international students, requiring EJU scores, language proficiency (Japanese/English), and academic transcripts.
Know more
Kyoto University's legacy is marked by extraordinary achievements, including the production of numerous Nobel laureates in Physics and Chemistry, such as Hideki Yukawa and Shin-ichiro Tomonaga. Its researchers have made seminal contributions across fields, from the discovery of the "Kyoto School" of philosophy to pioneering work in induced pluripotent stem (iPS) cells by Shinya Yamanaka. The university consistently secures competitive research grants and ranks highly for the number of scientific papers published and patents registered. These accomplishments underscore its role as a driving force in global academia and a key contributor to scientific and societal progress.


Isamu Akasaki, a Kyoto U alum and professor, shares the Nobel Prize in Physics for inventing the high-brightness blue LED, enabling white LED lights.
Shinya Yamanaka's discovery of induced pluripotent stem cells at Kyoto University opened a new era in ethical stem cell research and regenerative medicine.
The university's climate research provided critical scientific underpinning for this first major international treaty to combat global warming.
Fujio Masuoka's invention of flash memory while at Toshiba was built upon foundational semiconductor research at Kyoto University, revolutionizing data storage.
Researchers, including Tadao Tsubaki, identified organic mercury poisoning as the cause, a landmark in environmental epidemiology and public health.
Kyoto University is a powerhouse of innovation, with its research institutes on the Gokasho Campus leading developments in energy science, chemical research, and engineering. The Institute for Chemical Research is renowned for work on catalytic chemistry and materials science, while the Energy Science Hub focuses on next-generation solar cells, batteries, and sustainable energy systems. The campus fosters a "fusion of knowledge" environment, encouraging interdisciplinary teams to tackle issues like environmental sustainability, advanced materials, and biotechnology. This ecosystem is supported by platforms for open innovation, accelerating the journey from laboratory discovery to societal implementation and commercial application.
Shinya Yamanaka discovered a method to create induced pluripotent stem (iPS) cells from adult somatic cells by introducing specific genes, revolutionizing regenerative medicine and drug discovery by providing an ethical alternative to embryonic stem cells.
Named after the city where it was adopted, the protocol's scientific backbone was heavily supported by climate research from Kyoto University, setting binding international targets for reducing greenhouse gas emissions.
Tasuku Honjo discovered PD-1, a protein on immune cells, which later led to the development of groundbreaking immune checkpoint inhibitor drugs that have transformed the treatment of various cancers.
Ryoji Noyori developed highly efficient chiral catalysts for asymmetric hydrogenation, enabling the precise synthesis of specific molecular isomers crucial for producing pharmaceuticals and fine chemicals.
Hideki Yukawa predicted the existence of the meson, a subatomic particle responsible for holding the atomic nucleus together, forming the foundation of modern particle physics.

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