Abstract
In differentiable transformation groups, one mainly studies the geometric behavior of differentiable actions of compact Lie groups on certain given types of manifolds. Since the existence of some interesting differentiable action on a smooth manifold M is itself a non-trivial fact which is not universally enjoyed by general manifolds (i.e., not every manifold has interesting symmetries), it seems rather logical to consider firstly smooth actions on those manifolds with sufficiently rich natural symmetries, such as euclidean spaces, spheres, homogeneous spaces, etc. For manifolds with “natural actions”, a simple-minded but rather fruitful approach is to compare the behavoir of general differentiable actions with the behavior of “natural actions”. From the above viewpoint, it is quite fair to say that euclidean spaces, spheres and discs are among the best testing spaces for the study of differentiable transformation groups. For these testing spaces, linear actions are clearly the “natural actions” and the comparisons between general differentiable actions and linear actions consist of the following two complementary efforts. Namely, one tries to prove more and more resemblances between differentiable actions and linear actions on the one hand, and on the other hand one tries to construct more and more varieties of differentiable examples to see how differentiable actions may differ from linear actions.
Dedicated to Professor Deane Montgomery.
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References
Adams, F.: On the non-existence of elements of Hopf invariant one, Ann. Of Math. 72, 20–104 (1960).
Adams, F.: Vector fields on spheres, Ann. of Math. 75, 603–632 (1962).
Anderson, D., E. Brown, and F. Peterson: SU-cobordism, KO-characteristic numbers and the Kervaire invariant, Ann. of Math. 83, 54–67 (1966).
Bing, R.: A homeomorphism between the 3-sphere and the sum of two solid horned spheres, Ann. of Math. 56, 354–362 (1952).
Bochner, S.: Compact groups of differentiate transformations, Ann. of Math. 46, 372–381 (1945).
Bochner, S., and D. Montgomery: Groups of differentiable and real or complex analytic transformations, Ann. of Math. 46, 685–694 (1945).
Bochner, S. Locally compact groups of differentiable transformations, Ann. of Math. 47, 639–653 (1946).
Bochner, S. Groups on analytic manifolds, Ann. of Math. 48, 659–669 (1947).
Borel, A.: Les bouts des espaces homogènes des groupes de Lie, Ann. of Math. 58, 443–457 (1953).
Borel, A.: Le plan projectif de octaves et les sphères comme espaces homogènes, Comptes Rendue de l’Académie des Sciences, Paris 230, 1378–1383 (1960).
Borel, A.: Fixed points of elementary commutative groups, Bull, of A. M. S. 65, 322–326 (1959).
Borel, A., et. al.: Seminar on Transformation Groups, Ann. of Math. Studies 46, Princeton University Press (1961).
Borel, A., and F. Hirzebruch: Characteristic classes and homogeneous spaces I, Amer. J. of Math. 80, 485–538 (1958);
Borel, A., and F. Hirzebruch: Characteristic classes and homogeneous spaces II, Amer. J. of Math., 81, 351–382 (1959);
Borel, A., and F. Hirzebruch: Characteristic classes and homogeneous spaces III, Amer. J. of Math., 82, 491–504 (1960).
Borel, A., and J. de Siebenthal: Sur les sous-groupes fermés de rang maximum des groupes des Lie compacts connexés, Comm. Math. Helv. 23, 200–221 (1949).
Borel, A., and J. P. Serre: Sur certain sous-groupes de Lie compacts, Comm. Math. Helv. 27, 128–139(1953).
Bredon, G.: Transformation groups on spheres with two types of orbits, Topology 3, 115–122 (1965).
Bredon, G.: Examples of differentiable group actions, Topology 3, 103–113 (1965).
Bredon, G.: Exotic actions on spheres (these Proceedings).
Bredon, G.: On homogeneous cohomology spheres, Ann. of Math. 73, 556–565(1961).
Bredon, G.: On a certain class of transformation groups, Mich. Math. J. 9, 385–393 (1962).
Brieskorn, E.: Beispiele zur Differentialtopologie von Singularitäten, Inventiones Math. 2, 1–14 (1966).
Brieskorn, E.: Examples of singular normal complex spaces which are topological manifolds, Proc. Nat. Acad. Sci. USA 55, 1395–1397 (1966).
Browder, W.: Higher torsions in H-spaces, Trans. A. M. S. 108, 353–375 (1963).
Browder, W.: Homotopy type of differentiable manifolds, Colloquium on algebraic topology, Aarhus 1962, 42–46.
Browder, W.: The Kervaire invariant of framed manifolds and its generalization (mimeo. Priceton Univ.).
Chevalley, C.: Theory of Lie groups, Princeton Univ. Press 1946.
Chevalley, C.: The Betti numbers of exceptional simple Lie groups, Proc. of International Congress of Math. 2, 21–24 (1950), Cambridge, USA.
Conner, P.: Orbits of uniform dimension, Mich. J. of Math. 6, 25–32 (1959).
Conner, P., and E. Floyd: On the construction of periodic maps without fixed points, Proc. of A. M. S. 10, 354–360 (1959).
Conner, P.: Differentiable Periodic Maps. Berlin-Göttingen-Heidelberg-New York: Springer 1964.
Conner, P.: Orbit spaces of circle groups of transformations, Ann. of Math. 67, 90–98 (1958).
Dynkin, E.: Maximal subgroups of the classical groups, Trudy Moscow Matematicheschi Obschcesta, vol. 1, 39–166 (1952);
Dynkin, E.: Maximal subgroups of the classical groups, American Mathematical Society Translations, Ser. 2, vol. 6, 245–378 (1957).
Eisenhart, L. P.: Riemannian Geometry, Princeton University Press, Princeton, N. J. 1940
Eisenhart, L. P.: Continuous groups of transformations, Princeton University Press, 1933.
Floyd, E.: Examples of fixed point sets of periodic maps I, Ann. of Math. 55, 167–171 (1952);
Floyd, E.: Examples of fixed point sets of periodic maps II, Ann. of Math. 64, 396–398.
Floyd, E.: Fixed point sets of compact abelian Lie groups of transformations, Ann. of Math. 66, 30–35 (1957).
Floyd, E., and R. Richardson: An action of a finite group on an n-cell without stationary points, Bull. A. M. S. 65, 73–76 (1959).
Godement, R.: Théorie des faisceaux, Actualités Scientifiques et Industrielles, 1252. Paris, 1958, Hermann ed.
Haefliger, A.: Differentiable embeddings of S n in S n+q for q>2, Ann. of Math. vol. 83, 402–436 (1966).
Hirzebruch, F.: Singularities and exotic spheres, Seminaire Bourbaki 19 (1966/67).
Hirzebruch, F.: The topology of normal singularities of an algebraic surface (d’apres un article de D. Mumford) Seminaire Bourbaki 15 (1962/63).
Hsiang, W. C.: A note on free differentiable actions of S 1 and S 3 on homotopy spheres, Ann. of Math. 83, 266–272 (1966).
Hsiang, W. C., and W. Y. Hsiang: Classification of differentiable actions on S n R n and D n with S k as the principal orbit type, Ann. of Math. 82, 421–433 (1965).
Hsiang, W. C., Some differentiable actions of S 1 and S 3 on 7-spheres, Quarterly Journal of Math. (2), Oxford, vol. 15, 371–374 (1964).
Hsiang, W. C., On compact subgroups of diffeomorphism groups of Kervaire spheres, Ann. of Math. 85, 359–369 (1967).
Hsiang, W. C., Differentiable actions of compact connected classical groups I, Amer. J. Math. 89 (1967).
Hsiang, W. C., Differentiable actions of compact connected classical groups II (to appear).
Hsiang, W. C., Some results on differentiable actions, Bull. A. M. S. 72, 134–137 (1966).
Hsiang, W. C., and R. H. Szczarba: On the tangent bundle of a Grassmann manifold, Amer. J. Math. 86, 685–697 (1964).
Hsiang, W. Y.: On classification of differentiable SO(n) actions on simply connected π-manifolds, Amer. J. Math. 88, 137–153 (1966).
Hsiang, W. Y.: On the principal orbit type and P. A. Smith theory of SU(p) actions, Topology 6, 125–135 (1967).
Hsiang, W. Y.: On the bound of the dimensions of the isometry groups of all possible Riemannian metrics on an exotic sphere, Ann. of Math. 85, 351–358
Hsiang, W. Y.: The natural metric on SO(n)/SO(n-2) is the most symmetric metric, Bull, of Math. 73, 55–58 (1967).
Hsiang, W. Y.: Remarks on differentiable actions of non-compact semisimple Lie groups on euclidean spaces (to appear in Amer. J. Math.).
Hsiang, W. Y.: On compact homogeneous minimal submanifolds, Proc. of N. A. S. (USA) 56, 5–6 (1966).
Hsiang, W. Y., and J. C. Su: On the classification of transitive effective actions on classical homogeneous spaces (to appear in Trans. of A. M. S.).
Jänich, K.: Differenzierbare Mannigfaltigkeiten mit Rand als Orbiträume differenzierbarer G-Mannigfaltigkeiten ohne Rand, Topology 5, 301–320 (1966).
Jänich, K.: On the classification of O(n)-manifolds (to appear in these Proceedings).
Kervaire, M.: An interpretation of G. Whitehead’s generalization of the Hopf invariant, Ann. of Math. 69, 345–364 (1959).
Kervaire, M.: A manifold which does not admit any differentiable structure, Comment. Math. Helv. 34, 257–270 (1960).
Kervaire, M., and J. Milnor: Groups of homotopy spheres I, Ann. of Math. 77, 504–537 (1963).
Kramer, M.: Hauptisotropiegruppen bei endlich dimensionalen Darstellungen kompakter halbeinfacher Liegruppen (Diplomarbeit, Bonn 1966).
Milnor, J.: On manifolds homeomorphic to 7-spheres, Ann. of Math. 64, 399–405 (1956).
Milnor, J.: On isolated singularities of hypersurfaces (mimeo.), Princeton, 1966.
Montgomery, D.: Topological groups of differentiable transformations, Ann. of Math. 46, 382–387 (1945).
Montgomery, D.: Analytic parameters in three-dimensional groups, Ann. of Math. 49, 118–131(1948).
Montgomery, D.: Finite dimensional groups, Ann. of Math. 52, 591–605 (1950).
Montgomery, D., and H. Samelson: Transformation groups of spheres, Ann. of Math. 44, 454–470 (1943).
Montgomery, D.: Groups transitive on the n-dimensional torus, Bull. A. M. S. 49, 455–456 (1943).
Montgomery, D., and C. T. Yang: Exceptional orbits of highest dimension, Ann. of Math. 64, 131–141 (1956).
Montgomery, D., C. T. Yang, and L. Zippin: Singular points of compact transformation groups, Ann. of Math. 63, 1–9 (1956).
Montgomery, D., and C. T. Yang: The existence of a slice, Ann. of Math. 65, 108–116 (1957).
Montgomery, D., and C. T. Yang: Orbits of highest dimension, Trans. A. M. S. 87, 284–293 (1958).
Montgomery, D. Differentiable actions on homotopy 7-spheres, Trans. A. M. S. 122, 480–498 (1966).
Montgomery, D. Differentiable actions on homotopy 7-spheres II, III (these Proceedings; unpublished).
Montgomery, D., and L. Zippin: Topological Transformation Groups, New York Interscience (1955)
Montgomery, D. A class of transformation groups in E n, Amer. J. Math. 63, 1–8 (1941).
Montgomery, D. Existence of subgroups isomorphic to the real numbers, Ann. of Math. 53, 298–326(1951).
Montgomery, D. Small subgroups of finite-dimensional groups, Ann. of Math. 56, 213–241 (1952).
Montgomery, D. Topological transformation groups, Ann. of Math. 41, 778–791 (1940).
Montgomery, D. Theorem on Lie groups, Bull. A. M. S. 48, 448–452 (1942).
Mostert, P.: On compact Lie groups acting on a manifold, Ann. of Math. 65, 447–455 (1957).
Mostow, G. D.: A new proof of E. Cartan’s theorem on the topology of simple groups, Bull. A. M. S. 55, 969–980 (1949).
Mostow, G. D.: Equivariant embeddings in euclidean spaces, Ann. of Math. 65, 432–446 (1957).
Mostow, G. D.: On a conjecture of Montgomery, Ann. of Math. 65, 513–516 (1957).
Myers, S., and N. Steenrod: The group of isometries of a Riemannian manifold, Ann. of Math. 40, 400–416 (1939).
Oniscik, A.: Inclusion relations among transitive compact transformation groups, Trudy Moskov Mat. Obsc 11, 199–242 (1962). (Translated in AMS Transl. vol. 50, 2nd Series).
Oniscik, A.: Transitive compact transformation groups, Mat. Sb. 60 (102), 447–485 (1963). (Translated in AMS Transi. Vol. 55, Series 2).
Palais, R.: On the differentiability of isometries, Proc. A. M. S. 8, 805–807 (1957).
Palais, R.: Imbedding of compact differentiate transformation groups in orthogonal representations, J. of Math, and Mech. 6, 673–678 (1957).
Poncet, J.: Groupes de Lie compacts de transformations de l’espaces euclidean et les sphères comme espaces homogènes, Comment. Math. Helv. 33, 109–120 (1959).
Pontrjagin, L.: Topological Groups, Princeton University Press, 1946.
Richardson, R.: A rigidity theorem for subalgebras of Lie and associative algebras, III. J. Math. 11, 92–111 (1967).
Richardson, R.: Some stability theorems for Lie algebras (to appear).
Richardson, R.: On the variation of isotropy subalgebra (these Proceedings).
Samelson, H.: Topology of Lie groups, Bull. A. M. S. 58, 2–37 (1952).
Samelson, H.: Beiträge zur Topologie der Gruppenmannigfaltigkeiten, Ann. of Math 42, 1091–1137(1941).
Smale, S.: Generalized Poincaré conjecture in dimension greater than four, Ann. of Math. 74, 391–406 (1961).
Smale, S.: On gradient dynamical systems, Ann. of Math. 74, 199–206 (1961).
Smale, S.: Differentiable Dynamical Systems I (mimeo.), ISA Princeton, N. J.
Smith, P. A.: Fixed point theorems for periodic transformations, Amer. J. Math. 63, 1–8 (1941).
Smith, P. A.: The topology of transformation groups, Bull. A. M. S. 44, 497–514 (1938).
Smith, P. A.: Fixed points of periodic transformations, Appendix B in Lefschetz’s Algebraic Topology (1942).
Steenrod, N.: The Topology of Fibre Bundles, Princeton University Press 1951.
Wang, H. C.: Two-point homogeneous spaces, Ann. of Math. 55, 177–191 (1952).
Wang, H. C.: Homogeneous spaces with non-vanishing Euler characteristics, Ann. of Math. 50, 925–953 (1949).
Wang, H. C.: Closed manifolds with homogeneous complex structure, Amer. J. Math. 76, 1–32 (1954).
Wang, H. C.: Compact transformation groups of S n with an (n-1)-dimensional orbit, Amer. J. Math. 82, 698–748 (1960).
Weyl, H.: The Classical Groups, Princeton University Press 1939.
Weyl, H.: Theorie der Darstellung kontinuierlicher halbeinfacher Gruppen durch lineare Transformationen I, Math. Zeit. 23, 271–309 (1925);
Weyl, H.: Theorie der Darstellung kontinuierlicher halbeinfacher Gruppen durch lineare Transformationen II, Math. Zeit. 24, 328–395 (1926).
Yang, C. T.: The triangulability of the orbit space of a differentiable trans- formation group, Bull. A. M. S. 69, 405–408 (1963).
Montgomery, D., H. Samelson, and C. T. Yang: Groups on E n with (n-2)-dimensional orbits, Proc. A. M. S. 7, 719–728 (1956).
Montgomery, D., and C. T. Yang: Groups on S n with principal orbits of dimension n-3, I, II, III. J. of Math. 4, 507–517 (1960);
Montgomery, D., and C. T. Yang: Groups on S n with principal orbits of dimension n-3, I, II, III. J. of Math. 5, 206–211 (1961).
Kister, J.: Examples of periodic maps on euclidean spaces without fixed points, Bull. A. M. S. 67, 461–474 (1961).
Montgomery, D., and H. Samelson: Examples for differentiable group actions on spheres, Proc. N. S. A. (USA) 47, 1201–1205 (1961).
Hsiang, W. C., and W. Y. Hsiang: Degree of symmetries of homotopy spheres (to appear) (mimeo. at Yale University).
Hsiang, W. Y.: Geometric behavior of large compact subgroups of Diff (M), (to appear).
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Hsiang, WY. (1968). A Survey on Regularity Theorems in Differentiable Compact Transformation Groups. In: Mostert, P.S. (eds) Proceedings of the Conference on Transformation Groups. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-46141-5_3
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DOI: https://doi.org/10.1007/978-3-642-46141-5_3
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