AbstractFor a connected regular scheme X, flat and of finite type over Spec(Z), we construct a reciprocity homomorphism ρX:CX→π1ab(X), which is surjective and whose kernel is the connected component of the identity. The (topological) group CX is explicitly given and built solely out of data attached to points and curves on X. A similar but weaker statement holds for smooth varieties over finite fields. Our results are based on earlier work of G. Wiesend
For a quasi-projective scheme $X$ admitting a smooth compactification over a local field of residue ...
ABSTRACT. This paper studies the reciprocity obstruction to the local–global principle for compactif...
Let k be a p-adic field. Consider a smooth, proper, geometrically integral k-variety X. In this pape...
AbstractFor a connected regular scheme X, flat and of finite type over Spec(Z), we construct a recip...
This thesis is about higher dimensional class field theory of varieties over local and finite fields...
Let k be a finite field, and suppose that the arithmetical variety X ⊂ [special characters omitted] ...
For a proper smooth variety X defined over a local field k, unramified class field theory investigat...
For a smooth and proper variety Y over a finite field k the reciprocity map ρY:\CH0(Y)→π\ab1(Y) is i...
G. Wiesend [W1] established a class field theory for arithmetic schemes, solely based on data attach...
G. Wiesend [W1] established a class field theory for arithmetic schemes, solely based on data attach...
Using the higher tame symbol and Kawada and Satake’s Witt vector method, A.N. Parshin developed clas...
We prove that two natural isomorphisms between the first mod m Suslin homology and the mod m abelian...
The aim of global class field theory is the description of abelian extensions of a finitely generate...
There are several approaches to the reciprocity map, the essence of class field theory, which links ...
AbstractThe reciprocity law of higher dimensional local class field theory is proved with the help o...
For a quasi-projective scheme $X$ admitting a smooth compactification over a local field of residue ...
ABSTRACT. This paper studies the reciprocity obstruction to the local–global principle for compactif...
Let k be a p-adic field. Consider a smooth, proper, geometrically integral k-variety X. In this pape...
AbstractFor a connected regular scheme X, flat and of finite type over Spec(Z), we construct a recip...
This thesis is about higher dimensional class field theory of varieties over local and finite fields...
Let k be a finite field, and suppose that the arithmetical variety X ⊂ [special characters omitted] ...
For a proper smooth variety X defined over a local field k, unramified class field theory investigat...
For a smooth and proper variety Y over a finite field k the reciprocity map ρY:\CH0(Y)→π\ab1(Y) is i...
G. Wiesend [W1] established a class field theory for arithmetic schemes, solely based on data attach...
G. Wiesend [W1] established a class field theory for arithmetic schemes, solely based on data attach...
Using the higher tame symbol and Kawada and Satake’s Witt vector method, A.N. Parshin developed clas...
We prove that two natural isomorphisms between the first mod m Suslin homology and the mod m abelian...
The aim of global class field theory is the description of abelian extensions of a finitely generate...
There are several approaches to the reciprocity map, the essence of class field theory, which links ...
AbstractThe reciprocity law of higher dimensional local class field theory is proved with the help o...
For a quasi-projective scheme $X$ admitting a smooth compactification over a local field of residue ...
ABSTRACT. This paper studies the reciprocity obstruction to the local–global principle for compactif...
Let k be a p-adic field. Consider a smooth, proper, geometrically integral k-variety X. In this pape...