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Education, Higher -- Research

 Subject
Subject Source: Library of Congress Subject Headings

Found in 314 Collections and/or Records:

Homogeneity and additional ideas, undated

 File — Box 3: [Barcode: 0112222277991], Folder: 8
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: undated

Homogenity at Mary Washington College, 1965

 File — Box 6: [Barcode: 0112219893685], Folder: 4
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1965

Ideas, thoughts, and philosophy of mathematics and teaching, 1954

 File — Box 1: [Barcode: 0112222278247], Folder: 5-6
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1954

“Improving the Intersections of Lines and Surfaces", 1966

 File — Box 4: [Barcode: 0112219893669], Folder: 12
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1966

“Infinite Engulfing,” by T.B. Rushing, 1972

 File — Box 9: [Barcode: 0112222280003], Folder: 4
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1972

Information Bulletin, Vol. 16.VIII-20.VIII, Nos. 1-5, 1957

 File — Box 9: [Barcode: 0112222280003], Folder: 7
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1957

Locally tame complexes are tame and tame cantor sets in E³, undated

 File — Box 2: [Barcode: 0112222277983], Folder: 14
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: undated

“Locally Tame Surfaces are Tame", 1952

 File — Box 4: [Barcode: 0112219893669], Folder: 6
Scope and Contents From the Collection:

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

Dates: 1952