Let R be a Noetherian integral domain, and let f be a polynomial with coefficients in R. A question of great importance is whether f is irreducible. In this paper, we give a sufficient condition for f to be irreducible by looking at the content ideal of f. This result is then extended to show a connection between the height of a polynomial\u27s (proper) content ideal and the maximal number of irreducible factors it can possess
ii Consider a polynomial f(x) having non-negative integer coefficients with f(b) prime for some inte...
In [6] the basic definitions and theorems of abstract algebra are defined and developed. The fundame...
Abstract. David Hayes observed in 1965 that when R = Z, every element of R[T] of degree n ≥ 1 is a s...
Abstract. Let R be a Noetherian integral domain, and let f be a polynomial with coeffi-cients in R. ...
One of the results generalizing Eisenstein Irreducibility Criterion states that if φ(x) = anxn+...
In many mathematical investigations such as determination of degree of a field extension, determinat...
We present a simple proof of Königsberg's Criterion, [K] p.69 and also present families of irreducib...
AbstractWe give a new upper bound for the height of an irreducible factor of an integer polynomial. ...
AbstractThe elasticity of a domain is the upper bound of the ratios of lengths of two decompositions...
AbstractWe characterize the polynomials P(X, Y) that are irreducible over a number field K and such ...
Abstract. In [4] we showed that a polynomial over a Noetherian ring is divisible by some other polyn...
Some generalizations of the classical Eisenstein and Schönemann Irreducibility Criteria and their ap...
We explore two specific connections between prime numbers and polynomials. Cohn\u27s C...
AbstractLet D be a unique factorization domain and S an infinite subset of D. If f(X) is an element ...
AbstractVarious results on the parity of the number of irreducible factors of given polynomials over...
ii Consider a polynomial f(x) having non-negative integer coefficients with f(b) prime for some inte...
In [6] the basic definitions and theorems of abstract algebra are defined and developed. The fundame...
Abstract. David Hayes observed in 1965 that when R = Z, every element of R[T] of degree n ≥ 1 is a s...
Abstract. Let R be a Noetherian integral domain, and let f be a polynomial with coeffi-cients in R. ...
One of the results generalizing Eisenstein Irreducibility Criterion states that if φ(x) = anxn+...
In many mathematical investigations such as determination of degree of a field extension, determinat...
We present a simple proof of Königsberg's Criterion, [K] p.69 and also present families of irreducib...
AbstractWe give a new upper bound for the height of an irreducible factor of an integer polynomial. ...
AbstractThe elasticity of a domain is the upper bound of the ratios of lengths of two decompositions...
AbstractWe characterize the polynomials P(X, Y) that are irreducible over a number field K and such ...
Abstract. In [4] we showed that a polynomial over a Noetherian ring is divisible by some other polyn...
Some generalizations of the classical Eisenstein and Schönemann Irreducibility Criteria and their ap...
We explore two specific connections between prime numbers and polynomials. Cohn\u27s C...
AbstractLet D be a unique factorization domain and S an infinite subset of D. If f(X) is an element ...
AbstractVarious results on the parity of the number of irreducible factors of given polynomials over...
ii Consider a polynomial f(x) having non-negative integer coefficients with f(b) prime for some inte...
In [6] the basic definitions and theorems of abstract algebra are defined and developed. The fundame...
Abstract. David Hayes observed in 1965 that when R = Z, every element of R[T] of degree n ≥ 1 is a s...