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E. Cartan
La déformation des hypersurfaces dans l'espace conforme réel à $n \ge 5$ dimensionsBulletin de la Société Mathématique de France, 45
M. Dajczer, L. Florit (2004)
Genuine Rigidity of Euclidean Submanifolds in Codimension TwoGeometriae Dedicata, 106
E. Cartan
Sur certaines hypersurfaces de l'espace conforme réel à cinq dimensionsBulletin de la Société Mathématique de France, 46
M. Spivak (1979)
A comprehensive introduction to differential geometry
Umberto Sbrana (1909)
Sulle varietà adn — I dimensioni deformabili nello spazio euclideo adn dimensioniRendiconti del Circolo Matematico di Palermo (1884-1940), 27
M. Dajczer, R. Tojeiro (1997)
A rigidity theorem for conformal immersionsIndiana University Mathematics Journal, 46
V Sbrana (1909)
Sulla varietá ad $$n-1$$ n - 1 dimensioni deformabili nello spazio euclideo ad $$n$$ n dimensioniRend. Circ. Mat. Palermo, 27
M Dajczer, L Florit, R Tojeiro (2001)
On a class of submanifolds carrying an extrinsic umbilic foliationIsr. J. Math., 125
M. Dajczer, R. Tojeiro (2000)
On Cartan's conformally deformable hypersurfaces.Michigan Mathematical Journal, 47
E Cartan (1917)
La déformation des hypersurfaces dans l’espace conforme réel a $$n\ge 5$$ n ≥ 5 dimensionsBull. Soc. Math. France, 45
E. Cartan
La déformation des hypersurfaces dans l’espace euclidien réel à $n$ dimensionsBulletin de la Société Mathématique de France, 44
Via Washington Luiz km 235 22460-320 -Rio de Janeiro 13565-905 -São Carlos Brazil Brazil sergio
M Dajczer, R Tojeiro (1992)
On compositions of isometric immersionsJ. Differ. Geom., 36
L. Florit, R. Tojeiro (2008)
Genuine deformations of submanifolds II:the conformal casearXiv: Differential Geometry
L. Florit, G. Freitas (2015)
Classification of codimension two deformations of rank two Riemannian manifoldsarXiv: Differential Geometry
M. Dajczer, R. Tojeiro (2019)
Submanifold TheoryUniversitext
M. Dajczer, L. Florit, R. Tojeiro (2001)
On a class of submanifolds carrying an extrinsic totally umbilical foliationIsrael Journal of Mathematics, 125
M. Dajczer, Pedro Morais (2009)
Isometric rigidity in Codimension 2Michigan Mathematical Journal, 58
R. Tojeiro (2004)
Isothermic submanifolds of Euclidean space, 2006
M. Dajczer, Ruy Tojero (1991)
On compositions of isometric immersionsMatemática Contemporânea
T. Au (2001)
On the saddle point property of Abresch–Langer curves under the curve shortening flowCommunications in Analysis and Geometry, 18
M. Dajczer, L. Florit, R. Tojeiro (1998)
On deformable hypersurfaces in space formsAnnali di Matematica Pura ed Applicata, 174
(1920)
Sur le problème général de la deformation
M Dajczer, R Tojeiro (2019)
“Submanifold theory beyond an introduction”, Universitext
M. Dajczer, L. Florit (2004)
Genuine Deformations of SubmanifoldsCommunications in Analysis and Geometry, 12
E Cartan (1916)
La déformation des hypersurfaces dans l’espace euclidien réel a $$n$$ n dimensionsBull. Soc. Math. France, 44
M. Dajczer, L. Florit, R. Tojeiro (2010)
Euclidean hypersurfaces with genuine deformations in codimension twoManuscripta Mathematica, 140
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(1987)
Conformal rigidity
n n+1 In this paper we classify Euclidean hypersurfaces f : M → R with a principal curvature of multiplicity n − 2 that admit a genuine conformal deformation f : M → n+2 n n+2 R . That f : M → R is a genuine conformal deformation of f means that it is a conformal immersion for which there exists no open subset U ⊂ M such that the ˜ ˜ restriction f | is a composition f | = h ◦ f | of f | with a conformal immersion U U U U n+2 n+1 h : V → R of an open subset V ⊂ R containing f (U ). Keywords Genuine conformal deformations · Euclidean hypersurfaces · Envelopes of two-parameter congruences of hyperspheres Mathematics Subject Classification 53 B25 · 53 C42 · 53 A30 1 Introduction n n+1 Euclidean hypersurfaces f : M → R that are free of flat points (respectively, free of points where the multiplicity of some principal curvature is greater than or equal to n n+1 n − 1) and admit an isometric (respectively, conformal) deformation g : M → R that is not isometrically congruent (respectively, conformally congruent)
Bulletin of the Brazilian Mathematical Society, New Series – Springer Journals
Published: Oct 31, 2019
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