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2. CAVITY NUCLEAR REACTORS. Paper No. 1738
3. MATERIAL BALANCE IN REACTORS WITH RECYCLED FUEL. Paper Prepared for the Reactor Core Conference at Chalk River, Ontario on January 9 to 12, 1956
4. REMARKS ON THE LEBESGUE'S MEASURE EXTENSION DEVICE FOR FINITELY ADDITIVE BOOLEAN LATTICES. (Summary of the Paper)
5. Note on a paper of B. Grünbaum on acyclic colorings
6. Certain Simple, Unsolvable Problems of Group Theory. V 29,3029Parts I, II, III and IV have appeared in Series A, 57, Nos. 3 and 5; 58, Nos. 2 and 5 of these Proceedings, as well as Indag. Math., 16, Nos. 3 and 5 (1954); 17, Nos. 2 and 5 (1955).In Part I, page 234, the ninth and tenth lines following the displayed material, for both occurrences of A read D and for both occurrences of B read E: In part II, page 497, for all occurrences of M in Diagrams A and D read C. In Part IV, page 574, the third displayed line, for zαiLread z―αiL. 19).30The proof of the unsolvability of the word problem contained in this and subsequent paper is not contained in the dissertation Several simple unsolvable problems of group theory related to the word problem. (See footnote 1 of Part I.) Our proof was finally completed during the period 1954-56 while in residence at the Institute for Advanced Study. We were supported in 1954-55 directly by the Institute and in 1955-56 by National Science Foundation contract G-1974. Certain improvements were evolved ans preparations for publication were completed while the author held a Fulbright grant to the University of Oslo.Our thanks are due to Professor Kurt Gödel for his kind encouragement in these matter; certain related problems for study he has suggested we hope to deal with later. When an earlier version of Lemmas 30 and 31 was explained at a colloquium at the University of Michigan, August 3, 1956, Professor Roger Lyndon suggested an improvement which is incorporated in our present version. We are indeed indebted to Dr. John Addison and Dr. Michael Rabin for checking many of the new details during July of 1956.)
7. On a paper of Ladislav Procházka
8. Certain Simple, Unsolvable Problems of Group Theory. I1)1)Unless otherwise indicated, the results and proofs of this and subsequent related papers are as given (in somewhat more detail) in Several simple unsolvable problems of group theory related to the word problem, a doctoral dissertation accepted by Princeton University in April, 1952. The proof of the unsolvability of the quasi-MAGNUS problem was presented to a meeting of The Association for Symbolic Logic, April 28, 1951. (Abstract, Journal of Symbolic Logic, 16, 237.)Our thanks are due to Professors Alonzo Church and Roger Lyndon for their constructive suggestions regarding this dissertation; to Professor Wilhelm Magnus, for stimulating discussions regarding possible extensions
9. Nine Papers on Logic and Group Theory
10. The Case for the Study of Small Groups
11. Group Theory in Physics: Symmetry Groups in Nuclear and Particle Physics . By Freeman J. Dyson. Benjamin, New York, 1966. 334 pp., $4.95 (paper); $9 (cloth),; Lie Groups for Physicists . By Robert Hermann. Benjamin, New York, 1966. 203 pp., $12.50
12. REFERENCE GROUPS, SOCIALIZATION AND ACHIEVEMENT.
13. GENERALIZED LAGRANGE MULTIPLIERS IN INTEGER PROGRAMMING.
14. A NOTE ON "SUBSTITUTION EFFECTS IN GEOMETRIC PROGRAMMING"
15. INTEGER PROGRAMMING AND THE THEORY OF GROUPING.
16. FLOWS IN ARBORESCENCES.
17. REFLECTIVE THINKING ABILITY AND THE PRODUCT OF PROBLEM-SOLVING DISCUSSION.
18. A METHOD FOR SOLVING DISCRETE OPTIMIZATION PROBLEMS.
19. EXTENSIONS OF THE GROUP THEORETIC APPROACH IN INTEGER PROGRAMMING.
20. AN ADAPTIVE GROUP THEORETIC ALGORITHM FOR INTEGER PROGRAMMING PROBLEMS.
21. Reference Groups and Loyalties in the Out-Patient Department.
22. Computers in Group Theory: a Survey.
23. Quantum Mechanics of Many-Electron Systems
24. GROUP THEORETICAL INVESTIGATIONS ON THE SHELL MODEL. II. THE PROBLEM OF TRANSLATION INVARIANCE
25. TIME-DEPENDENT NEUTRON FLUXES ACCORDING TO MULTIGROUP DIFFUSION THEORY
26. Averaging cross sections and reciprocal velocities to calculate the eigennumbers of the nonsteady-state Boltzmann equation
27. BETTIS TECHNICAL REVIEW. REACTOR PHYSICS AND MATHEMATICS
28. Changing Images of America: A Study of Indian Students' Perception (Book).
29. GROUP VARIABLES.
30. Formal Analysis of Geomancy.
31. THE ECONOMIC THEORY OF POLITICS: A SURVEY OF GERMAN CONTRIBUTIONS.
32. The Generalized Lattice-Point Problem.
33. THE RELATION BETWEEN GROUP MEMBERS' SELF- CONFIDENCE AND THEIR REACTIONS TO GROUP PRESSURES TO UNIFORMITY.
34. THE ANCIENT SWISS COOPERATIVE COMMUNITY.
35. Cliques on the Supreme Court: Myth or Reality.
36. Professors and Pressure: Some Structural Sources of Support for a Teachers' Union.
37. Conformity as a function of task generalization and relative competence.
38. Quantum resonances in the valence bands of germanium. I. Theoretical considerations
39. ARITHMETIC PROPERTIES OF DISCRETE SUBGROUPS
40. Realizations of the Unitary Representations of the Inhomogeneous Space-Time Groups I. General Structure
41. Corepresentations of Magnetic Cubic Space Groups
42. Electronic and Vibrational Excitons in Molecular Crystals
43. On particle-like representations of the complete homogeneous Lorentz group
44. Determination of a certain family of finite metabelian groups
45. Lorentz Covariant Wave Functions and Equations for Elementary Systems
46. A calculus for a certain class of word problems in groups
47. Studies on nuclear structure in the 2s - 1d shell
48. Reduction of Relativistic Wavefunctions to the Irreducible Representations of the Inhomogeneous Lorentz Group. Part II. Zero‐Mass Components
49. On the Structure of Relativity Groups
50. Normal vibrations of crystal lattices: application of group theory
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