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Box 5

 Container

Contains 12 Results:

“The Elusive Fixed Point Property", 1967

 File — Multiple Containers
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: 1967

“Concerning the Simple Plane Web", undated

 File — Box: 5, Folder: 2
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

“Sufficiency", undated

 File — Box: 5, Folder: 3
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

Empty envelopes with handwritten notations, 1945 - 1954

 File — Box: 5, 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: 1945 - 1954

Empty envelopes with handwritten notations, undated

 File — Box: 5, Folder: 5
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

“Radial Engulfing,” and “Stealing a Dimension from Homma,” with Prabir Roy , 1964

 File — Box: 5, 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: 1964

“A Complete Elementary Proof that Hilbert Space is Homeomorphic to the Countable Infinite Product of Lines,” with R.D. Anderson, 1967 - 1968

 File — Box: 5, Folder: 7-9
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: 1967 - 1968

Hilbert Space research conducted with R.D. Anderson, 1968 - 1969

 File — Box: 5, Folder: 10
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: 1968 - 1969

“Monotone Images of E³,” with Joseph M. Martin, undated

 File — Box: 5, Folder: 11
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

“A Toroidal Decomposition of E³,” with Steve Armentrout, Fundementa Mathematicae, LX, 1967

 File — Box: 5, 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: 1967

“Retractions Onto ANR’s” and “A Fixed Theorem For Open Q-Acyclic n-Manifolds,” with Robert F. Brown, 1968

 File — Box: 5, Folder: 13
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: 1968

R.H. Bing’s career in teaching and the future of math in different industries, 1954

 File — Box: 5, 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: 1954