category of finite-dimensional vector spaces [uncountable field]
- Notation:
- Objects: finite-dimensional vector spaces over an uncountable field
- Morphisms: linear maps
- Parent:
- Related categories: ,
- nLab Link
This is the special case of where is an uncountable field (e.g. ). We use this assumption in order to determine all properties of this category.
Satisfied Properties
Assigned properties
—
Deduced properties
- is locally small
- is essentially small
- has an extremal generator
- is split abelian
- is self-dual
- is ℵ₁-accessible
- is accessible
- has ℵ₁-filtered colimits
- is abelian
- has an extremal generating set
- has a generator
- is locally essentially small
- is well-copowered
- is well-powered
- has an extremal cogenerating set
- has an extremal cogenerator
- is Cauchy complete
- is additive
- has cokernels
- is conormal
- has kernels
- is normal
- is regular
- has a generating set
- is inhabited
- is coregular
- has a cogenerator
- has a cogenerating set
- is coaccessible
- has ℵ₁-cofiltered limits
- has finite products
- is preadditive
- has biproducts
- is finitely complete
- has zero morphisms
- is mono-regular
- has finite coproducts
- is finitely cocomplete
- is epi-regular
- is Malcev
- is unital
- has equalizers
- has quotients of congruences
- has effective congruences
- is strongly connected
- is filtered
- is balanced
- has binary products
- has a terminal object
- has finite powers
- is co-Malcev
- is counital
- has coequalizers
- has coquotients of cocongruences
- has effective cocongruences
- is cofiltered
- has binary coproducts
- has an initial object
- has finite copowers
- is pointed
- is connected
- has a multi-terminal object
- is Barr-exact
- is semi-strongly connected
- has disjoint finite products
- has coreflexive equalizers
- is sifted
- is ℵ₁-filtered
- has binary powers
- has pullbacks
- has a multi-initial object
- is Barr-coexact
- has disjoint finite coproducts
- has reflexive coequalizers
- is cosifted
- is ℵ₁-cofiltered
- has binary copowers
- has pushouts
- has a natural numbers object
Unsatisfied Properties
Assigned properties
- is not essentially countable
- is not locally finite
Deduced properties*
- is not skeletal
- is not small
- is not countable
- is not thin
- is not left cancellative
- is not discrete
- is not essentially discrete
- does not have a strict terminal object
- is not a groupoid
- is not finite
- is not essentially finite
- is not regular-subobject-trivial
- is not core-thin
- is not gaunt
- is not direct
- is not one-way
- does not have powers
- is not right cancellative
- does not have a strict initial object
- is not regular-quotient-trivial
- is not inverse
- does not have copowers
- is not cartesian closed
- is not trivial
- is not distributive
- is not extensive
- does not have products
- does not have filtered colimits
- does not have countable copowers
- is not subobject-trivial
- does not have a regular subobject classifier
- is not cocartesian coclosed
- is not codistributive
- is not coextensive
- does not have coproducts
- does not have cofiltered limits
- does not have countable powers
- is not quotient-trivial
- does not have a regular quotient object classifier
- does not have a parametrized natural numbers object
- is not finitely accessible
- is not Grothendieck abelian
- is not locally cartesian closed
- is not complete
- is not core-connected
- does not have disjoint coproducts
- is not infinitary distributive
- is not countably distributive
- does not have exact filtered colimits
- does not have cartesian filtered colimits
- does not have filtered-colimit-stable monomorphisms
- does not satisfy CIP
- is not infinitary extensive
- is not countably extensive
- does not have directed colimits
- does not have sifted colimits
- does not have countable products
- does not have ℵ₂-small powers
- does not have sequential limits
- does not have wide pullbacks
- does not have a subobject classifier
- is not an elementary topos
- is not a Grothendieck topos
- is not a pretopos
- is not a quasitopos
- is not locally cocartesian coclosed
- is not cocomplete
- does not have disjoint products
- is not infinitary codistributive
- is not countably codistributive
- does not have exact cofiltered limits
- does not have cocartesian cofiltered limits
- does not have cofiltered-limit-stable epimorphisms
- does not satisfy CSP
- is not infinitary coextensive
- is not countably coextensive
- does not have directed limits
- does not have cosifted limits
- does not have countable coproducts
- does not have ℵ₂-small copowers
- does not have sequential colimits
- does not have wide pushouts
- does not have a quotient object classifier
- is not locally finitely presentable
- is not locally ℵ₁-presentable
- is not locally presentable
- is not finitary algebraic
- is not locally finitely multi-presentable
- is not locally poly-presentable
- is not a generalized variety
- is not multi-complete
- does not have connected colimits
- does not have ℵ₂-small products
- does not have connected limits
- is not locally copresentable
- is not multi-cocomplete
- does not have ℵ₂-small coproducts
- is not locally multi-presentable
- is not one-sorted finitary algebraic
- is not multi-algebraic
*This also uses the deduced satisfied properties.
Unknown properties
—
Special objects
- terminal object: the trivial vector space
- initial object: the trivial vector space
- products: [finite case] direct products with pointwise operations
- coproducts: [finite case] direct sums
Special morphisms
- isomorphisms: bijective linear maps
- monomorphisms: injective linear maps
- epimorphisms: surjective linear maps
- regular monomorphisms: same as monomorphisms
- regular epimorphisms: same as epimorphisms