Development of the physicist's conception of nature

P. M. Dirac

1-14

The universe as a whole

Dennis W. Sciama

17-33

A chapter in the astrophysicist's view of the universe

S. Chandrasekhar

34-44

Fundamental constants and their development in time

P. M. Dirac

45-59

The expanding earth

Pascual Jordan

60-70

The nature and structure of spacetime

Jürgen Ehlers

71-91

Einstein, Hilbert, and the theory of gravitation

Jagdish Mehra

92-178

Theory of gravitation

Andrzej Trautman

179-201

From relativity to mutability

John A. Wheeler

202-247

The wave-particle dilemma

Leon Rosenfeld

251-263

Development of concepts in the history of quantum theory

Werner Heisenberg

264-275

From matrix mechanics and wave mechanics to unified quantum mechanics

van der Waerden

276-293

Early years of quantum mechanics

some reminiscences

Pascual Jordan

294-299

The mathematical structure of elementary quantum mechanics

Josef M. Jauch

300-319

Relativistic equations in quantum mechanics

Eugene P. Wigner

320-330

The electron

development of the first elementary particle theory

Fritz Rohrlich

331-369

The development of quantum field theory

Rudolf E. Peierls

370-379

Quantum theory of fields (until 1947)

Gregor Wentzel

380-403

Development of quantum electrodynamics

Sin-Itiro Tomonaga

404-412

A report on quantum electrodynamics

Julian Schwinger

413-429

Progress in renormalization theory since 1949

Abdus Salam

430-446

Some concepts in current elementary particle physics

Chen Ning Yang

447-453

Crucial experiments on discrete symmetries

V. L. Telegdi

454-480

Superconductivity and superfluidity

H. G. Casimir

481-498

Problems of statistical physics

George E. Uhlenbeck

501-513

Phase transitions

Mark Kac

514-526

Approach to thermodynamic equilibrium (and other stationary states)

Willis E. Lamb

527-547

Kinetic approach to non-equilibrium phenomena

G. A. Cohen

548-560

Time, irreversibility and structure

Ilya Prigogine

561-593

The origin of biological information

Manfred Eigen

594-632

Classical and quantum descriptions

Carl F. Von Weizsäcker

635-667

Wavefunction and observer in the quantum theory

Leon N. Cooper

668-683

The problem of measurement in quantum mechanics

Josef M. Jauch

684-686

Subject and object

J. S. Bell

687-690

Subject, object, and measurement

R. Haag

691-696

Measurement process and the macroscopic level of quantum mechanics

Ilya Prigogine

697-701

Why a new approach to found quantum theory?

G. Ludwig

702-708

A process conception of nature

David Finkelstein

709-713

Physics and philosophy

Carl F. Von Weizsäcker

736-746

Recollections of Lord Rutherford

P. L. Kapitza

749-765

W. Pauli's scientific work

Charles P. Enz

766-799

Remarks on Enrico Fermi

S. Chandrasekhar

800-802