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Theory of Elementary Particles
Science, 1955It is obvious that at the present state of our knowledge it would be hopeless to try to find the correct theory of the elementary particles. On the other hand, one may try to form some kind of picture of how such a future theory of elementary particles will look, because, even if we realize that we know only very few details about the elementary ...
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Journal of the Franklin Institute, 1967
Elementary particles are marvelous bits of matter out of which the whole universe is made, including us; each one exhibits everywhere the same properties, whether in the laboratory or in distant galaxies. We know that there are a number of different kinds of these elementary bits of matter interacting and transforming into one another under the ...
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Elementary particles are marvelous bits of matter out of which the whole universe is made, including us; each one exhibits everywhere the same properties, whether in the laboratory or in distant galaxies. We know that there are a number of different kinds of these elementary bits of matter interacting and transforming into one another under the ...
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The classification of the elementary particles
Uspekhi Fizicheskih Nauk, 1960A review is presented of the recent history and current status of the problem of providing a unified description of the array of presently known elementary particles. The following concepts are treated: the theory of atrangeness, as developed in 3-dimensional and 4-dimensional isotopic spin space; dynamic schemes of particle interactions, designed to ...
D Ivanenko, A Startsev
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Elementary particle symmetries
Contemporary Physics, 1965Abstract The number of known elementary particles is now very large, and to reduce their diverse properties to order it is useful to look for symmetries between them. Symmetry properties of various kinds, and the conservation laws associated with them, are discussed here.
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Philosophy of Science, 1956
In thirty years the science of elementary particles has made few achievements compared with its unsuccessful essays. The recent works of Schwinger, Tomonaga, Feynman and Dyson, however, have had some success. We have here a hint that progress is being made on the formal side of the discipline—though even this work is profoundly disturbing in some of ...
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In thirty years the science of elementary particles has made few achievements compared with its unsuccessful essays. The recent works of Schwinger, Tomonaga, Feynman and Dyson, however, have had some success. We have here a hint that progress is being made on the formal side of the discipline—though even this work is profoundly disturbing in some of ...
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1975
Fifteen years after the seventh conference, the eighth Solvay Conference on Physics took place in Brussels from 27 September to 2 October 1948. The general theme of the Conference was ‘The Elementary Particles’. Numerous techniques, which had been developed and promoted during the War, had become important for the progress of elementary particle ...
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Fifteen years after the seventh conference, the eighth Solvay Conference on Physics took place in Brussels from 27 September to 2 October 1948. The general theme of the Conference was ‘The Elementary Particles’. Numerous techniques, which had been developed and promoted during the War, had become important for the progress of elementary particle ...
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Supermultiplets of Elementary Particles
Physical Review, 1964The notion of supermultiplets first developed by Wigner for the theory of nuclear structure is applied to the structure of elementary particles. The group structure is assumed to be S${\mathrm{U}}_{6}$. The quark model is assumed for the entire discussion, although some of these results can be obtained from other models.
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2001
Here, we cover the basics on kinematics and kinetics of particles and discuss three ubiquitous examples. We conclude with a discussion of Euler’s first law (Newton’s second law, or the balance of linear momentum). Much of the material in this chapter will subsequently be repeated.
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Here, we cover the basics on kinematics and kinetics of particles and discuss three ubiquitous examples. We conclude with a discussion of Euler’s first law (Newton’s second law, or the balance of linear momentum). Much of the material in this chapter will subsequently be repeated.
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2013
This chapter gives the reader an insight in the world of “sub-electron” particles. It is in no way exhaustive but is intended to tease the interest of the reader into studying more literature dedicated to this specific subject. The basics of nuclear physics is of great importance to understand the mechanism governing the physics inside a nucleus ...
Gregory Choppin +3 more
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This chapter gives the reader an insight in the world of “sub-electron” particles. It is in no way exhaustive but is intended to tease the interest of the reader into studying more literature dedicated to this specific subject. The basics of nuclear physics is of great importance to understand the mechanism governing the physics inside a nucleus ...
Gregory Choppin +3 more
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An Introduction to Elementary Particles
Physics Bulletin, 1962By W. S. C. Williams London: Academic Press Inc. 1961 Pp. ix + 406. Price 88s. This book originated in a lecture course which Dr. Williams gave to experimental research students at Glasgow and is very well adapted to this class of reader. Statements about the elementary particles are liable to fall out of date, but almost all that is presented here is ...
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