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    SOME RESULTS OF EXPONENTIALLY BIHARMONIC MAPS INTO A NON-POSITIVELY CURVED MANIFOLD

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    https://www.riss.kr/link?id=A102901878

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    In this paper, we investigate exponentially biharmonic maps u : (M, g) ${\rightarrow}$ (N, h) from a Riemannian manifold into a Riemannian manifold with non-positive sectional curvature. We obtain that if $\int_{M}e^{\frac{p{\mid}r(u){\mid}^2}{2}{\mid}{\tau}(u){\mid}^pdv_g$ < ${\infty}$ ($p{\geq}2$), $\int_{M}{\mid}{\tau}(u){\mid}^2dv_g$ < ${\infty}$ and $\int_{M}{\mid}d(u){\mid}^2dv_g$ < ${\infty}$, then u is harmonic. When u is an isometric immersion, we get that if $\int_{M}e^{\frac{pm^2{\mid}H{\mid}^2}{2}}{\mid}H{\mid}^qdv_g$ < ${\infty}$ for 2 ${\leq}$ p < ${\infty}$ and 0 < q ${\leq}$ p < ${\infty}$, then u is minimal. We also obtain that any weakly convex exponentially biharmonic hypersurface in space form N(c) with $c{\leq}0$ is minimal. These results give affirmative partial answer to conjecture 3 (generalized Chen's conjecture for exponentially biharmonic submanifolds).
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    In this paper, we investigate exponentially biharmonic maps u : (M, g) ${\rightarrow}$ (N, h) from a Riemannian manifold into a Riemannian manifold with non-positive sectional curvature. We obtain that if $\int_{M}e^{\frac{p{\mid}r(u){\mid}^2}{2}{\mid...

    In this paper, we investigate exponentially biharmonic maps u : (M, g) ${\rightarrow}$ (N, h) from a Riemannian manifold into a Riemannian manifold with non-positive sectional curvature. We obtain that if $\int_{M}e^{\frac{p{\mid}r(u){\mid}^2}{2}{\mid}{\tau}(u){\mid}^pdv_g$ < ${\infty}$ ($p{\geq}2$), $\int_{M}{\mid}{\tau}(u){\mid}^2dv_g$ < ${\infty}$ and $\int_{M}{\mid}d(u){\mid}^2dv_g$ < ${\infty}$, then u is harmonic. When u is an isometric immersion, we get that if $\int_{M}e^{\frac{pm^2{\mid}H{\mid}^2}{2}}{\mid}H{\mid}^qdv_g$ < ${\infty}$ for 2 ${\leq}$ p < ${\infty}$ and 0 < q ${\leq}$ p < ${\infty}$, then u is minimal. We also obtain that any weakly convex exponentially biharmonic hypersurface in space form N(c) with $c{\leq}0$ is minimal. These results give affirmative partial answer to conjecture 3 (generalized Chen's conjecture for exponentially biharmonic submanifolds).

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    참고문헌 (Reference)

    1 Y. L. Ou, "ff-harmonic morphisms between Riemannian manifolds" 35 (35): 225-236, 2014

    2 Y. Luo, "Weakly convex biharmonic hypersurfaces in nonpositive curvature space forms are minimal" 65 (65): 49-56, 2014

    3 E. Loubeau, "The stress-energy tensor for biharmonic maps" 259 (259): 503-524, 2008

    4 Yong Luo, "The maximal principle for properly immersed submanifolds and its applications" Springer Nature 181 (181): 103-112, 2016

    5 E. Loubeau, "The index of biharmonic maps in spheres" 141 (141): 729-745, 2005

    6 M. Ara, "Stability of F-harmonic maps into pinched manifolds" 31 (31): 171-181, 2001

    7 L. F. Cheung, "Some results on stable p-harmonic maps" 36 (36): 77-80, 1994

    8 Y. B. Han, "Some results of p-biharmonic submanifolds in a Riemannian manifold of non-positive curvature" 106 (106): 471-482, 2015

    9 Y. B. Han, "Some results of F-biharmonic maps" 83 (83): 47-66, 2014

    10 B. Y. Chen, "Some open problems and conjectures on submanifolds of finite type" Michigan State University 1988

    1 Y. L. Ou, "ff-harmonic morphisms between Riemannian manifolds" 35 (35): 225-236, 2014

    2 Y. Luo, "Weakly convex biharmonic hypersurfaces in nonpositive curvature space forms are minimal" 65 (65): 49-56, 2014

    3 E. Loubeau, "The stress-energy tensor for biharmonic maps" 259 (259): 503-524, 2008

    4 Yong Luo, "The maximal principle for properly immersed submanifolds and its applications" Springer Nature 181 (181): 103-112, 2016

    5 E. Loubeau, "The index of biharmonic maps in spheres" 141 (141): 729-745, 2005

    6 M. Ara, "Stability of F-harmonic maps into pinched manifolds" 31 (31): 171-181, 2001

    7 L. F. Cheung, "Some results on stable p-harmonic maps" 36 (36): 77-80, 1994

    8 Y. B. Han, "Some results of p-biharmonic submanifolds in a Riemannian manifold of non-positive curvature" 106 (106): 471-482, 2015

    9 Y. B. Han, "Some results of F-biharmonic maps" 83 (83): 47-66, 2014

    10 B. Y. Chen, "Some open problems and conjectures on submanifolds of finite type" Michigan State University 1988

    11 J. Eells, "Selected topics in harmonic maps" Conference Board of the Mathematical Sciences, American Mathematical Society 50-, 1983

    12 Yingbo Han, "SOME RESULTS OF p-BIHARMONIC MAPS INTO A NON-POSITIVELY CURVED MANIFOLD" 대한수학회 52 (52): 1097-1108, 2015

    13 X. Z. Cai, "On p-biharmonic submanifolds in nonpositively curved manifolds"

    14 Y. Luo, "On biharmonic submanifolds in non-positively curved manifolds" 88 : 76-87, 2015

    15 R. Caddeo, "On biharmonic maps" 288 : 286-290, 2001

    16 J. C. Liu, "Nonexistence of stable exponentially harmonic maps from or into compact convex hypersurfaces in Rm+1" 32 (32): 117-126, 2008

    17 P. Hornung, "Intrinsically p-biharmonic maps"

    18 M. Ara, "Instability and nonexistence theorems for F-harmonic maps" 45 (45): 657-679, 2001

    19 M. Ara, "Geometry of F-harmonic maps" 22 (22): 243-263, 1999

    20 S. Dragomir, "Differential Geometry and Analysis on CR manifolds" Birkhauser 246 : 2006

    21 Y. J. Chiang, "Developments of Harmonic Maps, Wave Maps and Yang-Mills Fields into Biharmonic Maps, Biwave Maps and Bi-Yang-Mills Fields" Frontiers in Mathematics 2013

    22 G. Wheeler, "Chen’s conjecture and ε-superharmonic submanifolds of Riemannian man-ifolds" 24 (24): 6-, 2013

    23 R. Caddeo, "Biharmonic submanifolds in spheres" 130 : 109-123, 2002

    24 N. Nakauchi, "Biharmonic submanifolds in a Rie-mannian manifold with non-positive curvature" 63 (63): 467-474, 2013

    25 S. Maeta, "Biharmonic maps from a complete Riemannian manifold into a non-positively curved manifold" 46 (46): 75-85, 2014

    26 C. Oniciuc, "Biharmonic maps between Riemannian manifolds" 48 (48): 237-248, 2002

    27 A. Balmus, "Biharmonic hypersurfaces in 4-dimensional space form" 283 (283): 1696-1705, 2010

    28 M. P. Gaffney, "A special Stoke’s theorem for complete Riemannian manifold" 60 : 140-145, 1954

    29 G. Y. Jiang, "2-harmonic maps and their first and second variational formulas" 28 : 209-232, 2009

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