U.S. Application Period: Fall ~ Winter

Mexico Application Period: Fall

Since 2004, The Kyoto Symposium Organization (KSO) has offered its scholarships to college-bound students from public and private high schools in both San Diego and Mexico.

In partnership with local universities, KSO has provided over $5 million in scholarships to the San Diego and Baja California region.

For U.S. inquiries please contact The San Diego Foundation or Bryan Lusby at KSOBryan@outlook.com.

For Mexico inquiries please contact Fundacion Interncional de la Comunidad or Concha Valladolid at c_valldolid@hotmail.com.

Scholarship recipients presenting at the annual Kyoto Prize Symposium Gala

Scholarship recipients meeting the Kyoto Prize Laureates

 

Every year three $10,000 scholarships are offered in San Diego, and three MXN-100,000 scholarships are offered in Tijuana. We partner with the San Diego Foundation and the Fundacion Internacional de la Comunidad to select and award these extraordinary students.

Mexico Scholarship Winners

“The Kyoto Scholarships create stronger
relationships and understanding between the U.S., Japan and Mexico. By rallying our community around this worthy cause, I believe the Kyoto Prize Symposium will become an enduring
legacy for our region.”

— Malin Burnham, Founding Chair, Kyoto Symposium Organization

Applications are available through the San Diego Foundation (for U.S.) and Fundacion Internacional de la Comunidad (for Mexico). Please visit their websites to apply. As part of the application process, students will write two personal statement essays and one essay on the below prompt.

Please select one of the three 2026 Kyoto Prize Laureates

What inspires you most about his/her life achievements, work and contributions to society?

 

Advanced Technology

Tsutomu Miyasaka has created next-generation photovoltaic technologies, including perovskite solar cells, opening a new frontier in high-efficiency photovoltaic energy conversion through solution-based coating processes. His innovation contrasts sharply with traditional silicon solar cells, the global standard for more than half a century. While today’s rigid silicon solar cells require a silicon layer about 100 microns thick, Miyasaka’s flexible perovskite-based solar cells function with a perovskite layer of just a few microns in thickness, or even less.

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Basic Sciences

Farooq Azam elucidated the “microbial loop,” which has influenced our understanding of the ocean’s role in sustaining life and regulating the planet. Azam proposed the microbial loop concept in 1983 based on his findings that dissolved organic carbon, previously assumed to be lost from the marine food web, is instead recycled by bacteria and protists.  Since then, the microbial loop has revealed the vital role of microorganisms in global biogeochemical cycles, especially the carbon cycle, leading to significant advancements in marine ecology and biogeochemistry.

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Arts and Philosophy

Laurie Anderson merged her narrative voice, physical presence, and inventive electronic media. Anderson found her voice as a performance artist in the 1970s, under the influence of New York City’s contemporary art and music scenes. Her unexpected 1981 hit, “O Superman,” led to her 1982 album Big Science, bringing her into the pop sphere, while she continued creating ambitious multimedia works such as the eight-hour United States I-IV.

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