おお K Takegoshi 著 · 1981がヒット https://www.jstage.jst.go.jp/article/kyotoms1969/17/2/17_2_723/_pdf A Vanishing Theorem for on Weakly 1 -Complete Manifolds J-Stage K Takegoshi 著 · 1981 · 被引用数: 8 — Girbau's work [4], O. Abdelkader [1] proved the following. Theorem 1. Let X be a weakly \-complete Kahler manifold and let B be a semi-positive
2023か、新しい文献を見ておくことは大事だね https://academic.oup.com/imrn/article-abstract/2023/16/13501/6650269 Vanishing Theorems for Sheaves of Logarithmic Differential ... Oxford Academic C Huang 著 · 2023 · 被引用数: 2 — ... theorems, including Norimatsu's vanishing theorem, Girbau's vanishing theorem, Le Potier's vanishing theorem, and a version of the Kawamata–
これは、ご当人のJ Girbau 氏 https://link.springer.com/article/10.1007/BF02761365 Vanishing cohomology theorems and stability of complex ... Springer J Girbau 著 · 1981 · 被引用数: 1 — Girbau,Sur le théorème de stabilité de feuilletages de Hamilton, Epstein et Rosenberg, C. R. Acad. Sci. Paris291 (1980), A-41-44. J. Girbau and M. 0010132人目の素数さん2024/01/11(木) 12:18:13.44ID:1SR0Rq8E 中身を見てないが、メモ貼りますね
おお S Nakano 著 · 1974 "Kobayashi, S. and Ochiai, T" Kobayashi, S 小林 昭七 Ochiai, T 落合卓四郎 かな (”Kobayashi-Ochiai vanishing theorem”にヒットしているか不明ですが)
https://www.kurims.kyoto-u.ac.jp/~kyodo/kokyuroku/contents/pdf/0819-14.pdf Iitaka's conjecture based on Severi's theorem. ness if $X$ RIMS, Kyoto University K MAEHARA 著 · 1993 — Socond, Kobayashi-Ochiai ([KO])proved finiteness of the set of the generically ... Iitaka's conjecture based on Severi's theorem. Is the set fnite2. Thanks to ...
https://www.mathsoc.jp/assets/pdf/publications/pubmsj/Vol15.pdf DIFFERENTIAL GEOMETRY OF COMPLEX VECTOR ... 日本数学会 2011/03/04 — In retrospect, we need mostly vanishing theorems for holomorphic sections for the purpose of this book 0011132人目の素数さん2024/01/11(木) 13:06:31.80ID:1SR0Rq8E 885 名前:132人目の素数さん[sage] 投稿日:2023/12/31(日) 15:50:49.09 ID:xhhv+g7J [1/2] m/n=log(π) m、nは互いに素な正の整数 ↔ e^{m/n}=π ↔ e^m=π^n e<π<e^2 から e<n<2e ∴∃i=1,…,m-1 m=n+i ∴e^i=(π/e)^n<(1+(π-e)/e)^n <(1+(3.2-2.7)/(2.7))^n=(1+(32-27)/(27))^n=(1+1/(27/5))^n <(1+1/5)^n <(1+1/π)^π <lim_{x→+∞}(1+1/x)^x=e ∴矛盾 ∴log(π) は無理数
886 名前:132人目の素数さん[sage] 投稿日:2023/12/31(日) 15:58:44.87 ID:xhhv+g7J [2/2] e<π<e^2 から 不要 end 0012132人目の素数さん2024/01/11(木) 14:11:11.62ID:1SR0Rq8E Malgrange (6 July 1928 – 5 January 2024) ”Malgrange died on 5 January 2024, at the age of 95.[2]” 知らなかったな。”His advisor was Laurent Schwartz”か。そうでしたね ”Malgrange vanishing”は、中身見てないが貼ります (参考) https://en.wikipedia.org/wiki/Bernard_Malgrange Bernard Malgrange (6 July 1928 – 5 January 2024) was a French mathematician who worked on differential equations and singularity theory. He proved the Ehrenpreis–Malgrange theorem and the Malgrange preparation theorem, essential for the classification theorem of the elementary catastrophes of René Thom. He received his Ph.D. from Université Henri Poincaré (Nancy 1) in 1955. His advisor was Laurent Schwartz. He was elected to the Académie des sciences in 1988. In 2012 he gave the Łojasiewicz Lecture (on "Differential algebraic groups") at the Jagiellonian University in Kraków.[1] Malgrange died on 5 January 2024, at the age of 95.[2] https://www-fourier.ujf-grenoble.fr/sites/default/files/ref_404.pdf the malgrange vanishing theorem with support conditions Institut Fourier THE MALGRANGE VANISHING. THEOREM WITH SUPPORT CONDITIONS. C. Laurent-Thibebaut and J. Leiterer. 0 . Introduction. Let X be a complex manifold of dimension n ... https://www.cambridge.org/core/journals/nagoya-mathematical-journal/article/malgranges-vanishing-theorem-in-1concave-cr-manifolds/18CAEE1E99E7956EAFCAF15218364EFE Malgrange's vanishing theorem in 1-concave CR manifolds Cambridge University Press & Assessment C Laurent-Thiébaut 著 · 2000 · 被引用数: 12 — We prove a vanishing theorem for the -cohomology in top degree on 1-concave CR generic manifolds. https://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/25395/1/1367-16.pdf Vanishing Theorems in Hyperasymptotic Kyoto University Research Information Repositorycase in asymptoticanalysis and, Malgrange and Deligne showed that it was usefull to study the ... 0013132人目の素数さん2024/01/13(土) 08:17:27.54ID:xmwcWr1S ようやく読了。ガチだった。。 「素数の出現法則」、ついに発見される! https://prtimes.jp/main/html/rd/p/000000002.000107904.html0014132人目の素数さん2024/01/13(土) 08:28:21.69ID:PytsAYdN Bogomolov-ommese vanishing 0015132人目の素数さん2024/01/13(土) 10:56:36.07ID:PytsAYdN 訂正 Bogomolov-ommese ---> Bogomolov-Sommese 0016イナ ◆/7jUdUKiSM 2024/01/18(木) 06:47:16.55ID:DtZT9tQe 皆目見当がつかない答えが微分するとたちどころに判明する。 微分を発明したライプニッツって凄いね。 いくつかのそういうそれはテンションを上げる。 0017132人目の素数さん2024/01/19(金) 22:56:41.80ID:5wD4O50v FACやGAGAではテンションが上がったが EGAでは下がった 0018132人目の素数さん2024/01/24(水) 00:55:21.83ID:1i9Un+hN visualはテンションが上がりにくいような気がする 0019イナ ◆/7jUdUKiSM 2024/01/26(金) 21:31:24.14ID:Zt4eElrF 前>>16 differential (ディファレンシャル) 微分はテンション上がる。 0020イナ ◆/7jUdUKiSM 2024/01/26(金) 21:31:24.14ID:Zt4eElrF 前>>16 differential (ディファレンシャル) 微分はテンション上がる。