We study analytically the two dimensional deformed bosonic oscillator equations for charged particles (both spin 0 and 1 particles) subject to effect of a uniform magnetic field. consider presence minimal uncertainty in momentum caused by Anti-deSitter model we use Nikiforov-Uvarov method solve system. The exact energy eigenvalues corresponding wave functions are obtained both Klein-Gordon scal...

We reformulate bosonic boundary string field theory in terms of boundary state. In our formulation, we can formally perform the integration of target space equations of motion for arbitrary field configurations without assuming decoupling of matter and ghost. Thus, we obtain the general form of the action of bosonic boundary string field theory. This formulation may help us to understand possib...

We derive the general exact forms of Wigner function, mean values conserved currents, spin density matrix, polarization vector and distribution function massless particles for free Dirac field at global thermodynamic equilibrium with rotation acceleration, extending our previous results obtained scalar field. The solutions are by means an iterative method analytic continuation, which leads to f...

Quantum field theory (QFT) describes nature using continuous fields, but physical properties of QFT are usually revealed in terms measurements observables at a finite resolution. We describe multiscale representation free scalar bosonic and Ising model fermionic QFTs wavelets. Making use the orthogonality self-similarity wavelet basis functions, we demonstrate some well-known relations such as ...

In this paper we investigate massless scalar field theory on non-degenerate algebraic curves. The propagator is written in terms of the parameters appearing in the polynomial defining the curve. This provides an alternative to the language of theta functions. The main result is a derivation of the third kind differential normalized in such a way that its periods around the homology cycles are p...

We consider the loop equation in four-dimensional N = 4 SYM, which is a functional differential equation for the Wilson loop W (C) and expresses the propagation and the interaction of the string C. Our W (C) consists of the scalar and the gaugino fields as well as the gauge field. The loop C is specified by six bosonic coordinates y(s) and two fermionic coordinates ζ(s) and η(s) besides the fou...