[16a-K306-1~11] FS.1 Focused Session "AI Electronics"

9:15 AM - 9:30 AM JST(12:15 AM - 12:30 AM UTC)Presentation by Applicant for JSAP Young Scientists Presentation Award

[16a-K306-2] Differences between human and mouse neurons and their implementation in generative AIs

〇Shunya Yamaguchi¹, Rino Saiga¹, Chie Inomoto¹, Hiroshi Kajiwara¹, Naoya Nakamura¹, Yu Kakimoto¹, Yoshiro Yamamoto¹, Masahiro Yasutake², Masayuki Uesugi², Akihisa Takeuchi², Kentaro Uesugi², Yasuko Terada², Yoshio Suzuki³, Viktor Nikitin⁴, De Carlo Francesco⁴, Yuichi Yamashita⁵, Masanari Itokawa⁶, Soichiro Ide⁶, Kazutaka Ikeda^5,6, Ryuta Mizutani^1,7 (1.Tokai Univ, 2.JASRI, 3.KEK, 4.ANL, 5.NCNP, 6.Tokyo Met Inst Medical Sci, 7.RIKEN)

Keywords:

generative AI,brain,nano-CT

We analyzed three-dimensional structures of human and mouse neurons and found that the neuronal processes in mice are thinner and more tortuous than in humans. These results indicate that the connections between neurons are restricted in mice. We implemented these findings in generative AIs to produce fake photos of cat faces, human faces, cheese, and birds. The mouse-mimetic AI outperformed the standard AI for the cat face and cheese photos, while the standard AI outperformed for the human face and birds. These results should be ascribable to the connection restriction in the mouse mimetic AIs.