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Enriching population diversity in neuroscience
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作者 Ziteng Han Guoyuan Yang +3 位作者 Tiantian Liu Shintaro Funahashi Xi-Nian Zuo Tianyi Yan 《Science Bulletin》 2025年第16期2560-2564,共5页
We have entered an era of rapid advances in neuroscience.The integration of innovative imaging technology,validated behavioral measures,and state-of-the-art algorithms is gradually unraveling the fundamental rules tha... We have entered an era of rapid advances in neuroscience.The integration of innovative imaging technology,validated behavioral measures,and state-of-the-art algorithms is gradually unraveling the fundamental rules that link the nervous system and complex behaviors,subsequently guiding diagnostics and therapeutics.However,there is a long history of an explicit lack of population diversity in neuroscience research.Although most influential studies in our field aim to elucidate universal and objective truths,it is disconcerting that the Western,educated,industrialized,rich,and democratic(WEIRD)populations are overrepresented[1]. 展开更多
关键词 algorithms DIAGNOSTICS imaging technologyvalidated behavioral measuresand population diversity imaging technology behavioral measures NEUROSCIENCE unraveling fundamental rules link nervous system complex behaviorssubsequently
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Ruled Real Hypersurfaces of A Complex Space Form
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《Acta Mathematica Sinica,English Series》 SCIE CSCD 1994年第4期401-409,共9页
The purpose of this paper is to define a ruled real hypersurface of a complex space form M_n(c),c≠0,and to give characterizations of this hypersurface by the infinitesimal affine transformation of the structure vecto... The purpose of this paper is to define a ruled real hypersurface of a complex space form M_n(c),c≠0,and to give characterizations of this hypersurface by the infinitesimal affine transformation of the structure vector field induced on the hypersurface. 展开更多
关键词 MATH REAL ruled Real Hypersurfaces of A Complex Space Form
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