Abstract p-Adic mathematical physics is a branch of modern mathematical physics based on
the application of p-adic mathematical methods in modeling physical and related …

We analyze a tachyon cosmological model based on the dynamics of a 3-brane in the bulk
of the second Randall–Sundrum model. This model contains extended general warp …

We review some recent results on the mathematical foundations of a quantum theory over a
scalar field that is a quadratic extension of the non-Archimedean field of p-adic numbers. In …

The role tachyon fields may play in evolution of early universe is discussed in this paper. We
consider the evolution of a flat and homogeneous universe governed by a tachyon scalar …

We examine a classical and quantum dynamics of systems described by the DBI-type
Lagrangian with tachyon-like potentials and corresponding DBI Lagrangians on (non-) …

We present results obtained by a software we developed for computing observational
cosmological inflation parameters: the scalar spectral index (ns) and the tensor-to-scalar …

In this paper we study a tachyon cosmological model based on dynamics of a 3-brane in the
second Randall-Sundrum (RSII) model extended to include matter in the bulk. The presence …

In this paper we discuss tachyon scalar field with constraints in the cosmological context.
The tachyon field is described by a Dirac-Born-Infeld (DBI) type action. In order to quantize …

This work has been motivated by application of DBI Lagrangians, and their dynamics, in
cosmology and the theory of inflation. The focus is on the study of the dynamics of a scalar …

In this paper, we study a tachyon cosmological model based on the dynamics of a 3-brane in
the second Randall-Sundrum (RSII) model extended to include matter in the bulk. The …