Parasupersymmetric Quantum Mechanics
碩士 === 國立中正大學 === 物理所 === 97 === The purpose of this paper is constructing the formula of parasupersymmetric quantum mechanics (PSQM) and discussing its physical meaning. At first, we briefly review the supersymmetric quantum mechanics (SQM), as a preparation for PSQM. In the next chapter, we re-wr...
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ndltd-TW-097CCU051980292016-05-04T04:26:07Z http://ndltd.ncl.edu.tw/handle/43191174194369691128 Parasupersymmetric Quantum Mechanics Para-超對稱量子力學 Yang-Rang Huang 黃暘穰 碩士 國立中正大學 物理所 97 The purpose of this paper is constructing the formula of parasupersymmetric quantum mechanics (PSQM) and discussing its physical meaning. At first, we briefly review the supersymmetric quantum mechanics (SQM), as a preparation for PSQM. In the next chapter, we re-write the Hamiltonians of some simple one dimentional problems of quantum mechanics in algebratic form. Hence we find out that the superpotential of bound state differs from the superpotential of scattering state and that the QM systems in fermionic operator or bosonic operator form are different. In chapter three, we construct the PSQM formula. After reviewing previous results, we find out a relation from parafermionic operator of order three; From this, we obtain the general formula of arbitrary order p with given q. Therefore, when the parafermionic operator is replaced by supercharge, the formula is transformed into the combination of parasupersymmetric Hamiltonian H and supercharge. At the end, we find, under some conditions, the energy eigenvalues of H are necessarily nonnegative and all the excited state are (p + 1)-fold degenerate. Wang-Chang Su 蘇旺昌 2009 學位論文 ; thesis 67 zh-TW |
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碩士 === 國立中正大學 === 物理所 === 97 === The purpose of this paper is constructing the formula of parasupersymmetric quantum mechanics (PSQM) and discussing its physical meaning. At first, we briefly review the supersymmetric quantum mechanics (SQM), as a preparation for PSQM.
In the next chapter, we re-write the Hamiltonians of some simple one dimentional problems of quantum mechanics in algebratic form. Hence we find out that the superpotential of bound state differs from the superpotential of scattering state and that the QM systems in fermionic operator or bosonic operator form are different.
In chapter three, we construct the PSQM formula. After reviewing previous results, we find out a relation from parafermionic operator of order three; From this, we obtain the general formula of arbitrary order p with given q. Therefore, when the parafermionic operator is replaced by supercharge, the formula is transformed into the combination of parasupersymmetric Hamiltonian H and supercharge. At the end, we find, under some conditions, the energy eigenvalues of H are necessarily nonnegative and all the excited state are (p + 1)-fold degenerate.
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Wang-Chang Su |
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Wang-Chang Su Yang-Rang Huang 黃暘穰 |
author |
Yang-Rang Huang 黃暘穰 |
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Yang-Rang Huang 黃暘穰 Parasupersymmetric Quantum Mechanics |
author_sort |
Yang-Rang Huang |
title |
Parasupersymmetric Quantum Mechanics |
title_short |
Parasupersymmetric Quantum Mechanics |
title_full |
Parasupersymmetric Quantum Mechanics |
title_fullStr |
Parasupersymmetric Quantum Mechanics |
title_full_unstemmed |
Parasupersymmetric Quantum Mechanics |
title_sort |
parasupersymmetric quantum mechanics |
publishDate |
2009 |
url |
http://ndltd.ncl.edu.tw/handle/43191174194369691128 |
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AT yangranghuang parasupersymmetricquantummechanics AT huángyángráng parasupersymmetricquantummechanics AT yangranghuang parachāoduìchēngliàngzilìxué AT huángyángráng parachāoduìchēngliàngzilìxué |
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