Symmetries in string theory

Harm Jan Hugo Boonstra

Symmetries in string theory

Harm Jan Hugo Boonstra

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The physics of elementary particles is currently described in terms of a very successful theory called the standard model. It describes all known elementary particles and their interactions except gravitational interactions. The standard model accommodates the quarks and the leptons which are the constituents of matter, the vector particles that mediate the strong and electroweak forces, and the Higgs boson which is expected to account for the masses of the particles. So far, the standard model agrees, often to great accuracy, with all experimental findings ... Zie: Chapter 1

Originele taal-2	English
Kwalificatie	Doctor of Philosophy
Uitgever	s.n.
Status	Published - 1996

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c2.pdfFinal publisher's version, 288 KB
c3.pdfFinal publisher's version, 311 KB
c4.pdfFinal publisher's version, 368 KB
c5.pdfFinal publisher's version, 313 KB
c6.pdfFinal publisher's version, 57,1 KB
referenc.pdfFinal publisher's version, 90 KB
stelling.pdfFinal publisher's version, 50,6 KB
summary.pdfFinal publisher's version, 70,6 KB

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title = "Symmetries in string theory",

abstract = "The physics of elementary particles is currently described in terms of a very successful theory called the standard model. It describes all known elementary particles and their interactions except gravitational interactions. The standard model accommodates the quarks and the leptons which are the constituents of matter, the vector particles that mediate the strong and electroweak forces, and the Higgs boson which is expected to account for the masses of the particles. So far, the standard model agrees, often to great accuracy, with all experimental findings ... Zie: Chapter 1",

keywords = "Proefschriften (vorm), Symmetrie, Snaartheorie, 33.50",

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T1 - Symmetries in string theory

AU - Boonstra, Harm Jan Hugo

N1 - date_submitted:1996 Rights: University of Groningen

PY - 1996

Y1 - 1996

N2 - The physics of elementary particles is currently described in terms of a very successful theory called the standard model. It describes all known elementary particles and their interactions except gravitational interactions. The standard model accommodates the quarks and the leptons which are the constituents of matter, the vector particles that mediate the strong and electroweak forces, and the Higgs boson which is expected to account for the masses of the particles. So far, the standard model agrees, often to great accuracy, with all experimental findings ... Zie: Chapter 1

AB - The physics of elementary particles is currently described in terms of a very successful theory called the standard model. It describes all known elementary particles and their interactions except gravitational interactions. The standard model accommodates the quarks and the leptons which are the constituents of matter, the vector particles that mediate the strong and electroweak forces, and the Higgs boson which is expected to account for the masses of the particles. So far, the standard model agrees, often to great accuracy, with all experimental findings ... Zie: Chapter 1

KW - Proefschriften (vorm)

KW - Symmetrie

KW - Snaartheorie

KW - 33.50

M3 - Thesis fully internal (DIV)

PB - s.n.

ER -