Celebratio Mathematica

M. F. Atiyah and F. Hirzebruch: “Riemann–Roch theorems for differentiable manifolds,” Bull. Amer. Math. Soc. 65 : 4 (1959), pp. 276–281. MR 0110106 Zbl 0142.40901 article

The Riemann–Roch Theorem for an algebraic variety \( Y \) (see [Hirzebruch 1956]) led to certain divisibility conditions for the Chern classes of \( Y \). It was natural to ask whether these conditions held more generally for any compact almost complex manifold. This question, and various generalizations of it, were raised in [Hirzebruch 1954] and most of these have since been answered in the affirmative in [Borel and Hirzebruch 1958; Milnor 1960].

More recently Grothendieck [Borel and Serre 1958] has obtained a more general Riemann–Roch Theorem for a map \( R: Y \rightarrow X \) of algebraic varieties. This reduces to the previous Riemann–Roch Theorem on taking \( X \) to be a point. Grothendieck’s Theorem implies many conditions on characteristic classes, and again it is natural to ask if these conditions hold more generally for almost complex or even differentiable manifolds. The purpose of this note is to enunciate certain differentiable analogues of Grothendieck’s Theorem. These “differentiable Riemann–Roch Theorems” yield, as special cases, the divisibility conditions mentioned above and also certain new homotopy invariance properties of Pontrjagin classes. As an application of the latter we get a new proof (and slight improvement) of the result of Kervaire–Milnor [1958] on the stable \( J \)-homomorphism.

M. F. Atiyah and F. Hirzebruch: “Quelques théorèmes de non-plongement pour les variétés différentiables” [Some theorems of non-immersion for differentiable manifolds], Bull. Soc. Math. France 87 (1959), pp. 383–396. See also Colloques Int. Centre Nat. Rech. Sci. 89 (1960). MR 0114231 article

Nous avons montré dans [Atiyah and Hirzebruch 1959] que le théorème de Riemann–Roch [Borel and Serre 1958] a des analogues différentiables. Un exposé de ces résultats a été fait par l’un des auteurs au Séminaire Bourbaki [Hirzebruch 1958/59]. Les théorèmes de Riemann–Roch différentiables fournissent comme cas particulier certaines conditions de divisibilité pour les classes caractéristiques d’une variété différentiable que l’on peut considérer comme des analogues différentiables du théorème de Riemann–Roch de [Hirzebruch 1956].

La plupart de ces conditions de divisibilité ont été prouvées précédement dans [Borel and Hirzebruch 1958], [Borel and Hirzebruch 1960] et [Milnor 1960]. Dans ce qui suit nous démontrons à l’aide des méthodes de [Atiyah and Hirzebruch 1959] que les classes caractéristiques d’une variété différentiable compacte orientée de dimension \( d \) satisfont aux conditions de divisibilité supplémentaires si la variété peut être différentiablement plongée dans un espace euclidien (ou ce qui est équivalent, une sphère) de dimension \( 2d - q \). Ces conditions de divisibilité «non stables» nous permettent de prouver des théorèmes de non-plongement qui semblent beaucoup plus forts que ceux qui étaient connus avant (3.6). L’outil essentiel est encore le théorème de Bott [Borel and Hirzebruch 1958/59; Bott 1958] qui dit que la \( n \)-ième classe de Chern d’un fibré vectoriel complexe sur la sphère \( S_{2n} \) est divisible par \( (n-1)! \).

M. F. Atiyah and F. Hirzebruch: “Quelques théoremes de non-plongement pour les variétés différentiables” [Some non-embedding theorems for differentiable manifolds], Colloques Int. Centre Nat. Rech. Sci. 89 (1960), pp. 383–396. See also Bull. Soc. Math. France 87 (1959). Zbl 0108.18202 article

Nous avons montré dans [Atiyah and Hirzebruch 1959] que le théorème de Riemann–Roch [Borel and Serre 1958] a des analogues différentiables. Un exposé de ces résultats a été fait par l’un des auteurs au Séminaire Bourbaki [Hirzebruch, 1958/59]. Les théorèmes de Riemann–Roch différentiables fournissent comme cas particulier certaines conditions de divisibilité pour les classes caractéristiques d’une variété différentiable que l’on peut considérer comme des analogues différentiables du théorème de Riemann–Roch de [Hirzebruch 1956].

La plupart de ces conditions de divisibilité ont été prouvées précédement dans [Borel and Hirzebruch 1958; 1960] et [Milnor 1960]. Dans ce qui suit nous démontrons à l’aide des méthodes de [Atiyah and Hirzebruch 1959] que les classes caractéristiques d’une variété différentiable compacte orientée de dimension \( d \) satisfont aux conditions de divisibilité supplémentaires si la variété peut être différentiablement plongée dans un espance euclidien (ou ce qui est équivalent, une spère) de dimension \( 2d - q \). Ces conditions de divisibilité «non stables» nous permettent de prouver des théorèmes de non-plongement qui semblent beaucoup plus forts que ceux qui ’\etaient connus avant (3.6). L’outil essentiel est encore le théorème de Bott ([Borel and Hirzebruch, 1958/59] et [Bott 1958]) qui dit que la \( n \)-ième classe de Chern d’un fibré vectoriel complexe sur la sphère \( S_{2n} \) est divisible par \( (n-1)! \).

M. F. Atiyah and F. Hirzebruch: “Vector bundles and homogeneous spaces,” pp. 7–38 in Differential geometry. Edited by C. B. Allendoerfer. Proceedings of Symposia in Pure Mathematics 3. American Mathematical Society (Providence, RI), 1961. MR 0139181 Zbl 0108.17705 incollection

F. Hirzebruch	Related	Volume
Carl Barnett Allendoerfer	Related

M. F. Atiyah and F. Hirzebruch: “Cohomologie-Operationen und charakteristische Klassen,” Math. Z. 77 : 1 (1961), pp. 149–187. MR 0156361 Zbl 0109.16002 article

M. F. Atiyah and F. Hirzebruch: “Bott periodicity and the parallelizability of the spheres,” Proc. Cambridge Philos. Soc. 57 (1961), pp. 223–226. MR 0126282 Zbl 0108.35902 article

M. F. Atiyah and F. Hirzebruch: “Charakteristische Klassen und Anwendungen,” Enseignement Math. (2) 7 (1961), pp. 188–213. MR 0154294 Zbl 0104.39801 article

M. F. Atiyah and F. Hirzebruch: “The Riemann–Roch theorem for analytic embeddings,” Topology 1 : 2 (1962), pp. 151–166. MR 0148084 Zbl 0108.36402 article

In [Borel and Serre 1958] Grothendieck formulated and proved a generalization of the Riemann–Roch theorem which we shall refer to as GRR. This theorem is concerned with a proper morphism \( f:Y \rightarrow X \) of algebraic manifolds (any ground field) and reduces to the version (HRR) given in [Hirzebruch 1956] when \( X \) is a point (and the ground field is \( \mathbb{C} \)). It is not known whether GRR or even HRR holds for arbitrary complex manifolds. However, the proof of GRR given in [Borel and Serre 1958] breaks up into two separate cases:

\( f \) is an embedding,
\( f \) is a projection of \( X \times P_N \rightarrow X \), where \( P_N \) is a projective space,

and the main purpose of this paper is to give a proof of GRR in case (i) for arbitrary complex manifolds. This proof is quite different from, and in many ways simpler than, that of [Borel and Serre 1958] and, for the complex algebraic case, it gives a new proof of GRR.

M. F. Atiyah and F. Hirzebruch: “Analytic cycles on complex manifolds,” Topology 1 (1962), pp. 25–45. MR 0145560 Zbl 0108.36401 article

Let \( X \) be a complex manifold, \( Y \) a closed irreducible \( k \)-dimensional complex analytic subspace of \( X \). Then \( Y \) defines or “carries” a \( 2k \)-dimensional integral homology class \( y \) of \( X \), although the precise definition of \( y \) presents technical difficulties. A finite formal linear combination \( \sum n_i Y_i \) with \( n_i \) integers and \( Y_i \) as above is called a complex analytic cycle, and the corresponding homology class \( \sum n_i y_i \) is called a complex analytic homology class. If an integral cohomology class \( u \) corresponds under Poincaré duality to a complex analytic homology class we shall say that \( u \) is a complex analytic cohomology class. The purpose of this paper is to show that a complex analytic cohomology class \( u \) satisfies certain topological conditions, independent of the complex structure of \( X \). These conditions are that certain cohomology operations should vanish on \( u \), for example \( \mathrm{Sq}^3u = 0 \): they are all torsion conditions. We also produce examples to show that these conditions are not vacuous even in the restricted classes of (a) Stein manifolds and (b) projective algebraic manifolds.

M. Atiyah and F. Hirzebruch: “Spin-manifolds and group actions,” pp. 18–28 in Essays on topology and related topics: Mémoires dédiés à Georges de Rham. Edited by A. Haefliger and R. Narasimhan. Springer (New York), 1970. MR 0278334 Zbl 0193.52401 incollection

F. Hirzebruch	Related	Volume
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M. Atiyah: “Eigenvalues of the Dirac operator,” pp. 251–260 in Arbeitstagung Bonn 1984 (Max-Planck-Institut für Mathematik, Bonn, 15–22 June 1984). Edited by F. Hirzebruch, J. Schwermer, and S. Suter. Lecture Notes in Mathematics 1111. Springer (Berlin), 1985. MR 797424 Zbl 0568.53022 incollection

F. Hirzebruch	Related	Volume
Joachim Schwermer	Related
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M. Atiyah: “Commentary on the article of Manin,” pp. 103–109 in Arbeitstagung Bonn 1984 (Max-Planck-Institut für Mathematik, Bonn, 15–22 June 1984). Edited by F. Hirzebruch, J. Schwermer, and S. Suter. Lecture Notes in Mathematics 1111. Springer (Berlin), 1985. The article is Yu. I. Manin, “New dimensions in geometry,” from the same volume. MR 797417 Zbl 0595.53071 incollection

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Silke Suter	Related
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M. Atiyah: “The European Mathematical Society,” pp. 1–5 in Miscellanea mathematica. Edited by P. J. Hilton, F. Hirzebruch, and R. Remmert. Springer (Berlin), 1991. MR 1131114 incollection

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Reinhold Remmert	Related
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M. Atiyah: “Friedrich Hirzebruch: An appreciation,” pp. 1–5 in Proceedings of the Hirzebruch 65 conference on algebraic geometry (Bar-Ilan University, Ramat Gan, Israel, 2–7 May 1993). Edited by M. Teicher. Israel Mathematical Conference Proceedings 9. Bar-Ilan University (Ramat Gan, Israel), 1996. MR 1360493 Zbl 0834.01012 incollection

F. Hirzebruch	Related	Volume
Mina Teicher	Related

M. Atiyah: “Physics and geometry: A look at the last twenty years,” pp. 1–8 in Algebraic geometry: Hirzebruch 70 (Warsaw, 11–16 May 1998). Edited by P. Pragacz, M. Szurek, and J. Wiśniewski. Contemporary Mathematics 241. American Mathematical Society (Providence, RI), 1999. MR 1718133 Zbl 0945.14026 incollection

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Michał Szurek	Related
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M. Atiyah: “\( K \)-theory past and present,” pp. 411–417 in Sitzungsberichte der Berliner Mathematischen Gesellschaft, 1997–2000. Berliner Mathematischen Gesellschaft, 2001. MR 2091892 Zbl 1061.19500 ArXiv math/0012213 incollection

M. F. Atiyah: “A personal history,” pp. 5–15 in The founders of index theory: Reminiscences of and about Sir Michael Atiyah, Raoul Bott, Friedrich Hirzebruch, and I. M. Singer, 2nd edition. Edited by S.-T. Yau. International Press (Somerville, MA), 2009. Republished in Atiyah’s Collected works, vol. 6. incollection

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