Mathematical Structures in Computer Science

Papers
(The TQCC of Mathematical Structures in Computer Science is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-02-01 to 2025-02-01.)
ArticleCitations
Preface to the MSCS Issue 31.1 (2021) Homotopy Type Theory and Univalent Foundations – Part II10
On notions of compactness, object classifiers, and weak Tarski universes10
Hom weak ω-categories of a weak ω-category9
Preface for the special issue in homage to Martin Hofmann Part 28
Syntax and models of Cartesian cubical type theory6
Rewriting in Gray categories with applications to coherence6
A point-free perspective on lax extensions and predicate liftings6
An improved primal-dual approximation algorithm for the k-means problem with penalties5
A linear logic framework for multimodal logics4
Strictifying and taming directed paths in Higher Dimensional Automata4
Preface for the special issue in homage to Martin Hofmann Part 14
Normalization in the simply typed -calculus3
Apartness, sharp elements, and the Scott topology of domains3
A construction of free dcpo-cones3
Game semantics of Martin-Löf type theory3
Bicategories in univalent foundations3
T0-spaces and the lower topology3
On function spaces equipped with Isbell topology and Scott topology3
Substitution Principle and semidirect products3
Optimal approximate minimization of one-letter weighted finite automata3
Languages of higher-dimensional automata3
Consistent disjunctive sequent calculi and Scott domains2
Game characterizations for the number of quantifiers2
Preface2
E-Unification based on Generalized Embedding2
The combinator M and the Mockingbird lattice2
A special issue on categorical algebras and computation in celebration of John Power’s 60th birthday, part II2
Formalising nominal C-unification generalised with protected variables2
Automatic differentiation for ML-family languages: Correctness via logical relations2
The costructure–cosemantics adjunction for comodels for computational effects2
A concrete model for a typed linear algebraic lambda calculus2
Causal inference via string diagram surgery2
Wb-sober spaces and the core-coherence of dcpo models2
Univalent categories of modules2
A special issue on categorical algebras and computation in celebration of John Power’s 60th birthday, part I2
Universal algebra in UniMath2
Discrete equational theories1
Introduction to the special issue: Confluence1
Monoidal reverse differential categories1
A dual-context sequent calculus for the constructive modal logic S41
Scott topology on Smyth power posets1
Doctrines, modalities and comonads1
Cubical methods in homotopy type theory and univalent foundations1
Proof-relevance in Bishop-style constructive mathematics1
Synthetic G-jet-structures in modal homotopy type theory1
Symmetric monoidal smash products in homotopy type theory1
Coherent differentiation1
A focused linear logical framework and its application to metatheory of object logics1
Divergences on monads for relational program logics1
A linear linear lambda-calculus1
Naive cubical type theory1
Z property for the shuffling calculus1
Special Issue on Theory and Applications of Models of Computation TAMC 20221
Constructive sheaf models of type theory1
Preface – MSCS1
You can only be lucky once: optimal gossip for epistemic goals1
New and improved bounds on the contextuality degree of multi-qubit configurations1
The category of iterative sets in homotopy type theory and univalent foundations1
From type theory to setoids and back1
Efficient representation of piecewise linear functions into Łukasiewicz logic modulo satisfiability1
An intuitionistic set-theoretical model of fully dependent CC1
Elementary fibrations of enriched groupoids1
Monoidal weak ω-categories as models of a type theory1
Learning quantum finite automata with queries1
On generalized algebraic theories and categories with families1
Elementary quantum recursion schemes that capture quantum polylogarithmic-time computability of quantum functions1
The complexity of completions in partial combinatory algebra1
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