AbstractIn this survey paper, we present several results linking quantifier-free axiomatizations of various Euclidean and hyperbolic geometries in languages without relation symbols to geometric constructibility theorems. Several fragments of Euclidean and hyperbolic geometries turn out to be naturally occurring only when we ask for the universal theory of the standard plane (Euclidean or hyperbolic), that can be expressed in a certain language containing only operation symbols standing for certain geometric constructions
International audienceThis paper describes the formalization of the arithmetization of Euclidean geo...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...
I give six different first-order mathematicized axiomatic systems, expressing that physical space is...
AbstractIn this survey paper, we present several results linking quantifier-free axiomatizations of ...
In this survey paper, we present several results linking quantifier-free axiomatizations of various ...
The aim of this note is to show that plane Euclidean geometry can be axiomatised by quantifier-free ...
The main object of this thesis is to provide axiomatizations for Euclidean geometry, that are, in so...
We formulate a universal axiom system for plane hyperbolic geometry in a first-order language with o...
We formulate a universal axiom system for plane hyperbolic geometry in a first-order language with o...
We use Herbrand’s theorem to give a new proof that Euclid’s parallel axiom is not derivable from the...
The object in this article is to discuss the philosophical bearing of recent inquiries concerning ge...
RESUMEN: El descubrimiento de la geometría hiperbólica supuso la apertura de un nuevo horizonte dond...
AbstractDimension-free Euclidean geometry over Euclidean ordered fields can be axiomatized in a two-...
Focusing methodologically on those historical aspects that are relevant to supporting intuition in a...
First of all, we need to understand why there are other geometries such as Hyperbolic geometry besid...
International audienceThis paper describes the formalization of the arithmetization of Euclidean geo...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...
I give six different first-order mathematicized axiomatic systems, expressing that physical space is...
AbstractIn this survey paper, we present several results linking quantifier-free axiomatizations of ...
In this survey paper, we present several results linking quantifier-free axiomatizations of various ...
The aim of this note is to show that plane Euclidean geometry can be axiomatised by quantifier-free ...
The main object of this thesis is to provide axiomatizations for Euclidean geometry, that are, in so...
We formulate a universal axiom system for plane hyperbolic geometry in a first-order language with o...
We formulate a universal axiom system for plane hyperbolic geometry in a first-order language with o...
We use Herbrand’s theorem to give a new proof that Euclid’s parallel axiom is not derivable from the...
The object in this article is to discuss the philosophical bearing of recent inquiries concerning ge...
RESUMEN: El descubrimiento de la geometría hiperbólica supuso la apertura de un nuevo horizonte dond...
AbstractDimension-free Euclidean geometry over Euclidean ordered fields can be axiomatized in a two-...
Focusing methodologically on those historical aspects that are relevant to supporting intuition in a...
First of all, we need to understand why there are other geometries such as Hyperbolic geometry besid...
International audienceThis paper describes the formalization of the arithmetization of Euclidean geo...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...
I give six different first-order mathematicized axiomatic systems, expressing that physical space is...