000			03175n a2200325#a 4500
001			36078
003			P5A
005			20221213140535.0
007			cr cuuuuuauuuu
008			150204s2015 bl por d
035			_aocm51338542
040			_aP5A _cP5A
090			_acs
100	1		_aMeeks, William. _bIII _u(University of Massachusetts, USA) _923936
245	1	0	_aMinimal and Constant Mean Curvature Sufaces.
246	1		_aMinicurso: Minimal and Constant Mean Curvature Sufaces
260			_aRio de Janeiro: _bIMPA, _c2015.
300			_avideo online
500			_aMinicurso - 6 aulas
505	2		_aI propose to give a 3 week mini-course on the subject of minimal and constant mean curvature surfaces at IMPA during January 2015. In the first week of the course I plan to cover the standard material in the classical theory of minimal surfaces in R3; for the most part this is the more standard material covered in the first half of my joint book [4] with Joaquin Perez. During the second week of the course I will focus my attention on the classical theory of constant mean curvature H > 0 surfaces in R3; this is in contrast to the material in the first week of the course where the mean curvature of the surfaces being considered is assumed H = 0. The material of second week is again the standard material in this subject with an emphasis on the special case of embedded (H > 0)-surfaces in R3 as well possibly some more recent work on curvature estimates for (H > 0)-disks by Meeks and Tinaglia. In each of these first 2 weeks of the course I will include some nontrivial classical global results such as the characterization of ends of H-surfaces with H > 0 as being asymptotic to the ends of Delaunay surfaces of revolution. In the third week of the course I will focus on the study of embedded H-surfaces in Riemannian 3 manifolds N with an emphasis on the case where N is homogeneous; see my joint article [3] with Joaquin Pérez for some of this last material and also the closely related articles [1, 2]. I hope to have some preliminary lecture notes and slides of lectures available to course participants before the course begins.
650	0	4	_aMatematica. _2larpcal _919899
697			_aCongressos e Seminários. _923755
856	4		_zAULA 1 _uhttps://www.youtube.com/watch?v=aPTkrBP3NUs&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa
856	4		_zAULA 2 _uhttps://www.youtube.com/watch?v=Q9uj1GM1C1U&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa&index=2
856	4		_zAULA 3 _uhttps://www.youtube.com/watch?v=8CHmVSfoRxs&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa&index=3
856	4		_zAULA 4 _uhttps://www.youtube.com/watch?v=wGolAA2cdEs&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa&index=4
856	4		_zAULA 5 _uhttps://www.youtube.com/watch?v=yKHkX03AelY&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa&index=5
856	4		_zAULA 6 _uhttps://www.youtube.com/watch?v=pIPsbN-98aw&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa&index=6
942			_2ddc _cBK
999			_aMINIMAL and Constant Mean Curvature Sufaces. Rio de Janeiro: IMPA, 2015. video online. Disponível em: <https://www.youtube.com/watch?v=aPTkrBP3NUs&list=PLo4jXE-LdDTTgZNldlumge6j7eGmk8hIa>. Acesso em: 4 fev. 2015. _c34934 _d34934