We suggest a simple modification of the usual procedures of analysis for the high-temperature (strong-coupling or hopping-parameter) expansions of the renormalized four-point coupling constant in the fourdimensional phi^4 lattice scalar field theory. As a result we can more convincingly validate numerically the triviality of the continuum limit taken from the high temperature phase
Scalar field theory at finite temperature is investigated via an improved renormalization group pres...
It is shown to one loop that a λϕ⁴ theory contracts from being a non-renormalizable theory above fou...
The goal of this article is to provide a practical method to calculate, in a scalar theory, accurate...
High-temperature expansions are presently the only viable approach to the numerical calculation of t...
We simulate a four dimensional self-interacting scalar field theory on the lattice at finite tempera...
We compute the 2n-point renormalized coupling constants in the symmetric phase of the 3d Ising model...
We study the thermal phase transitions of a generic real scalar field, without a Z2-symmetry, referr...
In the Standard Model the Fermi constant is associated with the vacuum expectation value of the Higg...
We study the thermal phase transitions of a generic real scalar field, without a Z(2)-symmetry, refe...
Using the formalism developed in [1] we discuss finite temperature quantum field theory in the high ...
We calculate the high-temperature expansion of the 2-point function up to order 800 in beta. We show...
Four-fermi models in dimensionality $2<d<4$ exhibit an ultra-violet stable renormalization group fix...
The φ^4 theory in 1+d dimensions is analyzed at high temperatures in the imaginary-time formalism. G...
We propose the study of the phase transition in the scalar electroweak theory at finite temperature ...
The lattice φ$^4$ theory in four space-time dimensions is most likely “trivial”, i.e. its continuum ...
Scalar field theory at finite temperature is investigated via an improved renormalization group pres...
It is shown to one loop that a λϕ⁴ theory contracts from being a non-renormalizable theory above fou...
The goal of this article is to provide a practical method to calculate, in a scalar theory, accurate...
High-temperature expansions are presently the only viable approach to the numerical calculation of t...
We simulate a four dimensional self-interacting scalar field theory on the lattice at finite tempera...
We compute the 2n-point renormalized coupling constants in the symmetric phase of the 3d Ising model...
We study the thermal phase transitions of a generic real scalar field, without a Z2-symmetry, referr...
In the Standard Model the Fermi constant is associated with the vacuum expectation value of the Higg...
We study the thermal phase transitions of a generic real scalar field, without a Z(2)-symmetry, refe...
Using the formalism developed in [1] we discuss finite temperature quantum field theory in the high ...
We calculate the high-temperature expansion of the 2-point function up to order 800 in beta. We show...
Four-fermi models in dimensionality $2<d<4$ exhibit an ultra-violet stable renormalization group fix...
The φ^4 theory in 1+d dimensions is analyzed at high temperatures in the imaginary-time formalism. G...
We propose the study of the phase transition in the scalar electroweak theory at finite temperature ...
The lattice φ$^4$ theory in four space-time dimensions is most likely “trivial”, i.e. its continuum ...
Scalar field theory at finite temperature is investigated via an improved renormalization group pres...
It is shown to one loop that a λϕ⁴ theory contracts from being a non-renormalizable theory above fou...
The goal of this article is to provide a practical method to calculate, in a scalar theory, accurate...