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Journal of Nuclear Engineering & Technology Original Research

A Theoretical Model for a Fermi–Boson Hybrid Particle in Nuclear and Particle Physics

  1. Ranveer Kumar Department of Physics, Patliputra University, Patna
  2. A.K. Bhaskar Department of Physics, College of Commerce, Arts and Science, Patna-20

Abstract

We present a theoretical model for a Fermi–Boson Hybrid Particle (FBHP) that unifies fermionic half-integer spin matter fields with bosonic integer-spin force fields within a single quantum framework. By extending conventional quantum field theory, a hybrid creation operator is formulated that combines fermionic and bosonic operators through a continuous mixing parameter, allowing smooth interpolation between Fermi–Dirac and Bose–Einstein statistical behaviour. A generalized statistical mechanics formalism is developed, leading to quantitative expressions for spin expectation values, particle occupation distributions, and resonance widths. These theoretical predictions are supported by MATLAB-based numerical simulations, which demonstrate that for intermediate hybridization parameters (0 .

Keywords

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