Introduction

Miklós Rédei, Michael Stöltzner

1-4

J. v. Neumann's influence in mathematical physics

Walter Thirring

5-10

The axiomatic method and the foundations of science

historical roots of mathematical physics in Göttingen (1900–1930)

Ulrich Majer

11-33

Opportunistic axiomatics — von Neumann on the methodology of mathematical physics

Michael Stöltzner

35-62

Von Neumann's theory of quantum measurement

Jeffrey Bub

63-74

Von Neumann, Gödel and quantum incompleteness

Thomas Breuer

75-82

Entropy, von Neumann and the von Neumann entropy

Dénes Petz

83-96

Why von Neumann rejected Carnap's dualism of information concepts

Eckehart Köhler

97-134

On the stone — von Neumann uniqueness theorem and its ramifications

Stephen J. Summers

135-152

Von Neumann's concept of quantum logic and quantum probability

Miklós Rédei

153-172

The impossible causality

the no hidden variables theorem of John von Neumann

Roberto Giuntini, Federico Laudisa

173-188

Quantum mechanics without probabilities

Peter Mittelstaedt

189-200

Critical reflections on quantum probability theory

László E. Szabó

201-219

Editors' notes

Miklós Rédei, Michael Stöltzner

221-224

Unpublished correspondence

Miklós Rédei, Michael Stöltzner

225-229

Unsolved problems in mathematics

John von Neumann

231-246

Amsterdam talk about "Problems in mathematics" september 2, 1954

Miklós Rédei, Michael Stöltzner

247-248

Quantum mechanics of infinite systems

John von Neumann

249-268

A new critique of theological interpretations of physical cosmology

Adolf Grünbaum

269-288

Scientific understanding in the twentieth century

Wesley C. Salmon

289-304

From Russell's logical atomism to Carnap's Aufbau

reinterpreting the classic and modern theories on the subject

Henrique Jales Ribeiro

305-318

Recent works on Otto Neurath

Massimo Ferrari

319-327

Reviews

Thomas Mormann, Maria C. Galavotti, Ulrich Majer, Torsten Wilholt, Johannes L. Brandl, Hans-Joachim Dahms

329-360