Presentations

International Meeting                        

• ○ Kenyo U, Masanori Kameyama, Masaki Ogawa. Evolution of The Lunar Interior Caused by Migrating Magma in a Two-Dimensional Annular Mantle. Taiwan Space Union Mini-Moon Seminar, Online, 1/2023. (oral＆invited talk)

• ○ Kenyo U, Masanori Kameyama, Masaki Ogawa. A Two-Dimensional Annular Model of the Lunar Mantle Evolution Caused by  Convection, Magma Generation and Migration. AGU Fall meeting 2022, Chicago, 12/2022. (poster)

• ○ Kenyo U, Masaki Ogawa, Hiroki Hasumi. The thermal history of the Moon caused by transport of heat and heat producing elements by migrating magma. AGU Fall meeting 2021, Virtual conference, 12/2021. (poster)

• ○Kenyo U, Masaki Ogawa, Hiroki Hasumi. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon. 52nd Lunar and Planetary Science Conference, Virtual, 03/2021. (Poster)

• ○Kenyo U, Koji Kiyosugi, Yasuko Itoh, Yoshiyuki Tatsumi. Spatial variation of magma  compositions at the Abu Monogenetic Volcano Group, SW Japan. JpGU-AGU Joint Meeting 2020, Virtual, 07/2020. (Poster)

• ○Kenyo U. Calculations of Jupiter’s mass. Japan Super Science Fair 2015, Ritsumeikan High school, Kyoto, 11/2015. (Poster)

Domestic Conference and workshop                        

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. Numerical Study of the Lunar Volcanic Activity with "Fugaku". Basic Science Joint Symposium of "Accelerated Outcome with Fugaku ", University of Tsukuba at Tokyo, 12/2023 (Oral).

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. Migration of Magma from Deep Mantle in a Mantle Convection Model of the Moon. JSPS fall meeting, Hiroshima, 10/2023 (Oral).

• ○Kenyo U, Ren Ikeya, Gaku Nishiyama, Yuta Shimizu, Tomohiro Takemura. Report of a New Papers Seminar in Planetary Geology and the Importance of its Archiving: Towards Strengthening Collaboration among Young Researchers. JSPS fall meeting, Hiroshima, 10/2023 (Poster).

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. Evolution of the lunar interior ~Thermal and Compositional Evolution~, Earth & Planetary system comunity seminor, Online, 03/2023 (Oral).

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. On the internal model of the Moon and the thermal history expected from it, The 14th Lunar Crust Workshop, Aizu university, 03/2023 (Oral&Invited).

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. Finger-like magma upwelling in a lunar thermal history model caused by "magma generation and migration", SSBW2022, Online, 09/2022 (Oral).

• ○Kenyo U, Masanori Kameyama, Masaki Ogawa. Model of Lunar Evolution by 2-D Annular  Mantle Convection with Magma Generation and Migration, JSPS fall meeting, Ibaraki, 09/2022 (Oral and Poster).

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Evolution of the lunar interior caused by migrating magma. JpGU2022, Makuhari Messe, Chiba,  05/2022. (oral) 

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Evolution of the lunar interior caused by migrating magma. Space & Earth Workshop, The University of Tokyo at Komaba, 03/2022. (oral) 

• ○Kenyo U. Evolution of the lunar interior caused by migrating magma. Excellence Colloquium, Virtual, 02/2022. (Oral）

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Evolution of the Moon caused by migrating magma. SPS2022, Virtual, 02/2022. (Oral and Poster）

• ○Kenyo U. Student/PD-driven outreach activities in the field of space science and mutual communication with middle and high school students. Solar System Bodies Workshop for Youngers, 11/2021. (oral)

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. The evolution of the lunar interior due to effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma. Solar System Bodies Workshop for Youngers, 11/2021. (oral)

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon. Conference of "the Japanese Society for Planetary Sciences", 09/2021. (oral) 

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon. 51st Astrophysics / Astrophysics Summer School, Virtual, 08/2021. (Oral)

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon. JpGU2021, Virtual, 06/2021. (Oral)

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon. Young Researchers Study Meeting on Planetary System Formation, Virtual, 02/2021. (Oral)

• ○Kenyo U, Hiroki Hasumi, Masaki Ogawa. Effects of Magma-Generation and Transport of Heat and Heat Producing Elements by Migrating Magma on the Thermal History of the Moon.  SPS2021, Virtual, 02/2021. (Oral and Poster）

• ○Kenyo U Koji Kiyosugi, Yoshiyuki Tatsumi. Spatial variation of magma compositions at the Abu Monogenetic Volcano Group. The 10th Science Frontier Research Presentation, Kobe University, Hyogo, 10/2019. (Poster)

•  ○Kenyo U, Hironori Kawakata. Azimuth Estimation of KiK-net seismographs. JpGU2018, Makuhari Messe, Chiba, 05/2018. (Poster)

Hosted Outreach Project (See more detail from here, japanese cite)                    

• ○Kenyo U. For You Who Are in 10 Years ago, Kyoto Kougakuin high school, 3/2023. (Oral&Invited)

• ○Kenyo U. The formation of the Moon and the history of the lunar interior as understood by numerical simulation, Ritsumeikan high school, 11/2022. (Oral)

• ○Kenyo U. Numerical Simulation of the Lunar interior - Relationship with Exploration-.  Lunar Research and Society from NASA and JAXA's Lunar Exploration (Lunar Science Outreach Activity Group), Ritsumeikan high school, 5/2022. (Oral)

• ○Kenyo U. Reproduce the moon by computer - The evolution of the lunar interior-. Kyoto Kougakuin high school,  6/2022. (Oral)

• ○Kenyo U. Numerical Simulation of the Lunar interior - Relationship with Exploration-.  Lunar Research and Society from NASA and JAXA's Lunar Exploration (Lunar Science Outreach Activity Group), Ritsumeikan high school, 5/2022. (Oral)

• ○Kenyo U. Why the Moon's surface is black and white - until the lunar magma cools down -. Exchange Meeting for Earth Confusion Science High School Students and Graduate School Students, Tokyo Metropolitan Oizumi Junior & Senior High School, 12/2021. (Oral)

• ○Kenyo U. Information session of lunar science. Research Report Exchange Meeting for Graduate Students, Keisen Jogakuen Junior & Senior High School, 07/2021. (Oral)

• ○Kenyo U. What is Nearside and  Farside of the Moon. Graduate and high school students outreach workshop, virtual meeting, 05/2021. (Oral)

• ○Kenyo U. How to see farside of the Moon. Graduate and SSG high school students workshop, virtual meeting, 05/2021. (Oral)

 Other Outreach Project                                   

• ○Kenyo U. Tracing the Formation and Evolution of the Moon - Past and Future of Lunar Research,  Advanced Science Open Seminar, the University of Tokyo Komaba, 1/2023. (oral)

• ○Kenyo U. The origin of the Moon and its interior history as understood by numerical simulation,  WINGS-ABC Komaba Science Club, the University of Tokyo Komaba, 1/2023. (oral)

• ○Kenyo U Why the Moon's surface is black and white - until the lunar magma cools,  We'll tell you in 10 minutes! The Forefront of Research in the University of Tokyo, the University of Tokyo Komaba, 11/2022. (oral)

• ○Kenyo U. Planetary Interior Physics - Numerical Simulation of the Interior of the Moon,  We'll tell you in 10 minutes! The Forefront of Research in the University of Tokyo, the University of Tokyo Komaba, 5/2022. (oral)

Awards                                    

• FY2024 DC2 Research Fellowships, Japan Society for the Promotion of Science, 4/2024.

• JSPS Student Outstanding Presentation Award, The Japanese Society for Planetary Sciences, 9/2022.

• JpGU2022 Student Outstanding Presentation Award, JpGU2022, 6/2022.

• An Outstanding Graduate Student Award of department graduates, The University of Tokyo, 3/2022.

• The valedictorian of the department graduates, Kobe University, 3/2020.

Education                                    

Bachelor's Degree in Science, Department of Planetology, Kobe University (2020, the valedictorian of the department)

Master's Degree in Arts, Department of Earth Science and Astronomy, Graduate School of Arts and Sciences, The University of Tokyo (2022, Outstanding Graduate Student Award)

Now! ↓

Doctor's Degree in Arts, Department of Earth Science and Astronomy, Graduate School of Arts and Sciences, The University of Tokyo

Others

Remarkable Work Experience (Part-Time)                                          

• Research assistant of voyage. Kobe Ocean-Bottom Exploration Center, Kobe University, 02/2020 - 03/2020.

• Instructor of Terakoya. Department of Interdisciplinary Sciences, College of Arts and Sciences, The University of Tokyo, 09/2020 - 01/2021.

Activities                                                                     

•  Internship of “KYOCERA corporation Intellectual Property Dept.”, 9/2018.

• Certificate of “The University of Tokyo Future Faculty Program”, 3/2021.

• Certificate of “Field Study Type Policy Collaboration Program”, 3/2021.

Qualification                                                                  

• First category teacher's license for junior high school (Science), 3/2020.  

• First category teacher's license for high school (Science), 3/2020.

• Junior High School Specialized Teacher’s Certificate (Science), 3/2023.  

• High School Specialized Teacher’s Certificate (Science), 3/2023.  

Language                                                                     

Japanese(native), English(conversational), Chinese(introductory)