MathSciDoc: An Archive for Mathematician ∫

1

Eberhard Kirchberg. On non-semisplit extensions, tensor products and exactness of group C*-algebras. 1993.

2

Bourgain J. New banach space properties of the disc algebra and H[J]. Acta Mathematica, 1983, 152(1): 8-13.

3

Szarek S J. A Banach space without a basis which has the bounded approximation property[J]. Acta Mathematica, 1987, 159(1): 81-98.

4

Stanislaw J Szarek. The finite dimensional basis problem with an appendix on nets of Grassmann manifolds. 1983.

5

Klaus D Bierstedt · Jos Bonet. Some aspects of the modern theory of Fréchet spaces. 2003.

6

Boyd C, Ryan R A. Geometric Theory of Spaces of Integral Polynomials and Symmetric Tensor Products[J]. Journal of Functional Analysis, 2001, 179(1): 18-42.

7

Kirchberg E. On non-semisplit extensions, tensor products and exactness of group C*-algebras[J]. Inventiones Mathematicae, 1993, 112(3): 449-489.

8

Georg Schlchtermann · Robert F Wheeler. On strongly WCG Banach spaces. 1988.

9

Pisier G. Factorization of operator valued analytic functions[J]. Advances in Mathematics, 1992, 93(1): 61-125.

10

Casazza P G. Chapter 7 Approximation properties[C]., 2001: 271-316.

1

Vinberg E B, Shvartsman O V. Discrete Groups of Motions of Spaces of Constant Curvature[C]., 1993: 139-248.

2

Kinneberg K. Rigidity for Quasi-M\\\

3

Pekka Tukia. Differentiability and rigidity of Mbius groups. 1985.

4

Tukia P. A rigidity theorem for Mbius groups[J]. Inventiones Mathematicae, 1989, 97(2): 405-431.

5

Tukia P. A Survey of Möbius Groups[C]., 1995: 907-916.

6

Bishop C J, Steger T. Representation theoretic rigidity in PSL(2, R)[J]. Acta Mathematica, 1993, 170(1): 121-149.

7

Tukia P. A Survey of Möbius Groups[C]., 1995: 907-916.

8

Spatzier R, Petersen K E, Salama I, et al. Harmonic analysis in rigidity theory[C]., 1995: 153-206.

9

Agard S. Mostow rigidity on the line: A survey[C]., 1988: 1-12.

10

Nicholls P J. The limit set of a discrete group of hyperbolic motions[C]., 1988: 141-164.

1

Gardiner F P, Harvey W J. Universal Teichmuller Space[C]., 2000: 457-492.

2

Dumas D. The Schwarzian derivative and measured laminations on Riemann surfaces[J]. Duke Mathematical Journal, 2005, 140(2): 203-243.

3

Miyachi H. Teichmüller rays and the Gardiner–Masur boundary of Teichmüller space[J]. Geometriae Dedicata, 2008, 137(1): 113-141.

4

Michael Wolf. Measured foliations and harmonic maps of surfaces. 1998.

5

Liu J. ON THE EXISTENCE OF JENKINS-STREBEL DIFFERENTIALS[J]. Bulletin of The London Mathematical Society, 2004, 36(03): 365-377.

6

Nag S. Mathematics in and out of String Theory[C]., 1995: 187-220.

7

Gaster J. A family of non-injective skinning maps with critical points[J]. Transactions of the American Mathematical Society, 2012, 368(3): 1911-1940.

8

Georgios Daskalopoulos · Richard A Wentworth. Harmonic Maps and Teichmueller Theory. 2006.

9

Francesco Bonsante · Gabriele Mondello · Jeanmarc Schlenker. A cyclic extension of the earthquake flow. 2011.

10

Athanase Papadopoulos · Weixu Su. On the Finsler structure of Teichmüller’s metric and Thurston’s metric. 2015.

1

Volker Hauschild. Actions of compact Lie groups on homogeneous spaces. 1985.

2

Hauschild V. Locally smooth SU (n + 1)-actions on SU(n + 1)/S(U(n - 1) × U(2)) are unique[J]. Transformation Groups, 2006, 11(1): 77-86.