Point-set lattice-theoretic topology
Fuzzy Sets and Systems - Special memorial volume on mathematical aspects of fuzzy set theory
Fuzzy sets and sheaves. Part I
Fuzzy Sets and Systems
Sobriety and spatiality in varieties of algebras
Fuzzy Sets and Systems
Uniform-type structures on lattice-valued spaces and frames
Fuzzy Sets and Systems
On lattice-valued frames: The completely distributive case
Fuzzy Sets and Systems
Necessity of non-stratified and anti-stratified spaces in lattice-valued topology
Fuzzy Sets and Systems
From quantale algebroids to topological spaces: Fixed- and variable-basis approaches
Fuzzy Sets and Systems
Overview and comparison of localic and fixed-basis topological products
Fuzzy Sets and Systems
Hypergraph functor and attachment
Fuzzy Sets and Systems
On the uniformization of lattice-valued frames
Fuzzy Sets and Systems
Generalized fuzzy topology versus non-commutative topology
Fuzzy Sets and Systems
Composite variety-based topological theories
Fuzzy Sets and Systems
Sobriety and spatiality in categories of lattice-valued algebras
Fuzzy Sets and Systems
Category-theoretic fuzzy topological spaces and their dualities
Fuzzy Sets and Systems
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This paper is Part II of a two-part series dealing with category theoretic aspects of chain-valued frames. Using the categorical properties established for L-Frm in Part I for L a complete chain, this paper constructs ''upper'' free functor L and ''lower'' free functor R. The functor L is used to create a class of non-generated L-frames, factor the LPT spectrum functor through the @S spectrum functor, resolve the relationship between L-sobriety and @i"L-sobriety, and give insight into the construction of ''universal''L-topological spaces; and the functor R is used to create a class of non-generated L-frames, factor the @w"L functor through a new spectrum functor @S^*, and give insight into the construction of ''co-universal''L-topological spaces. These facts-universal spaces are anti-stratified, co-universal spaces are stratified, L-Frm produces both kinds of spaces via L and R, L-Frm (via its dual L-Loc) is adjunctive with L-Top-comprise a coherent argument that L-Top must accommodate both kinds of spaces, resolving the philosophical debate over the place of the constant maps condition with respect to the axioms of L-topologies.