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Elementary Fermions: Strings, Planck Constant, Preons and Hypergluons

Elementary Fermions: Strings, Planck Constant, Preons and Hypergluons
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摘要 Using real fields instead of complex ones, it is suggested here that the fermions are pairs of coupled strings with an internal tension. The interaction between the two coupled strings is due to an exchange mechanism which is proportional to Planck’s constant. This may be the result of two massless bosons (hypergluons) coupled by a preon (prequark) exchange. It also gives a physical explanation to the origin of the Planck constant, and origin of spin. Using real fields instead of complex ones, it is suggested here that the fermions are pairs of coupled strings with an internal tension. The interaction between the two coupled strings is due to an exchange mechanism which is proportional to Planck’s constant. This may be the result of two massless bosons (hypergluons) coupled by a preon (prequark) exchange. It also gives a physical explanation to the origin of the Planck constant, and origin of spin.
作者 Doron Kwiat Doron Kwiat(Mazkeret Batyia, Israel)
机构地区 Mazkeret Batyia
出处 《Journal of High Energy Physics, Gravitation and Cosmology》 CAS 2024年第1期82-100,共19页 高能物理(英文)
关键词 FERMIONS Preons Hypergluons Strings Real Fields Planck Constant INTERFERENCE SPIN Fermions Preons Hypergluons Strings Real Fields Planck Constant Interference Spin
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