Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Discrete and Conservative Factorizations in Fib(B)

View through CrossRef
AbstractWe focus on the transfer of some known orthogonal factorization systems from$$\mathsf {Cat}$$Catto the 2-category$${\mathsf {Fib}}(B)$$Fib(B)of fibrations over a fixed base categoryB: the internal version of thecomprehensive factorization, and the factorization systems given by (sequence of coidentifiers, discrete morphism) and (sequence of coinverters, conservative morphism) respectively. For the class of fibrewise opfibrations in$${\mathsf {Fib}}(B)$$Fib(B), the construction of the latter two simplify to a single coidentifier (respectively coinverter) followed by an internal discrete opfibration (resp. fibrewise opfibration in groupoids). We show how these results follow from their analogues in$$\mathsf {Cat}$$Cat, providing suitable conditions on a 2-category$${\mathcal {C}}$$C, that allow the transfer of the construction of coinverters and coidentifiers from$${\mathcal {C}}$$C to$${\mathsf {Fib}}_{{\mathcal {C}}}(B)$$FibC(B).
Title: Discrete and Conservative Factorizations in Fib(B)
Description:
AbstractWe focus on the transfer of some known orthogonal factorization systems from$$\mathsf {Cat}$$Catto the 2-category$${\mathsf {Fib}}(B)$$Fib(B)of fibrations over a fixed base categoryB: the internal version of thecomprehensive factorization, and the factorization systems given by (sequence of coidentifiers, discrete morphism) and (sequence of coinverters, conservative morphism) respectively.
For the class of fibrewise opfibrations in$${\mathsf {Fib}}(B)$$Fib(B), the construction of the latter two simplify to a single coidentifier (respectively coinverter) followed by an internal discrete opfibration (resp.
fibrewise opfibration in groupoids).
We show how these results follow from their analogues in$$\mathsf {Cat}$$Cat, providing suitable conditions on a 2-category$${\mathcal {C}}$$C, that allow the transfer of the construction of coinverters and coidentifiers from$${\mathcal {C}}$$C to$${\mathsf {Fib}}_{{\mathcal {C}}}(B)$$FibC(B).

Related Results

Large-volume FIB-SEM 3D reconstruction: An effective method for characterizing pore space of lacustrine shales
Large-volume FIB-SEM 3D reconstruction: An effective method for characterizing pore space of lacustrine shales
Focused ion beam scanning electron microscopy (FIB-SEM) is a commonly used three-dimensional (3D) pore-network reconstruction method for shales due to its unique capability in imag...
Idempotent Factorizations of Square-free Integers
Idempotent Factorizations of Square-free Integers
We explore the class of positive integers n that admit idempotent factorizations n=pq such that lambda(n) divides (p-1)(q-1), where lambda(n) is the Carmichael lambda function. Id...
Prospective screening of liver fibrosis in a primary care cohort using systematic calculation of fib-4 in routine results
Prospective screening of liver fibrosis in a primary care cohort using systematic calculation of fib-4 in routine results
AbstractBackground & AimLiver fibrosis screening in primary care population is a major public health issue. The FIB-4 index is a simple non-invasive fibrosis test combining age...
The Nanoworkbench: Automated Nanorobotic system inside of Scanning Electron or Focused Ion Beam Microscopes
The Nanoworkbench: Automated Nanorobotic system inside of Scanning Electron or Focused Ion Beam Microscopes
The Nanoworkbench is the first system substituting eye‐hand coordination effectively with nano‐precision in a SEM/FIB‐system. It can be imagined how technology could evolve, when t...
Novel Techniques for Classifying Exotic Spheres in High Dimensions
Novel Techniques for Classifying Exotic Spheres in High Dimensions
Discrete calculus deals with developing the concepts and techniques of differential and integral calculus in a discrete setting, often using difference equations and discrete funct...

Back to Top