collaborators

9 papers

math.CO2026

Triangle-Saturated Graphs in the Semi-Random Graph Process

Felix Christian Clemen, Pawel Pralat

The semi-random graph process is an adaptive random graph process in which an online algorithm is initially given an empty graph on vertices. In each round, a vertex is pre…

math.PR2026

The critical activation density in graph bootstrap percolation

Brett Kolesnik, Tamás Makai, Tamás Makai +6

In graph bootstrap percolation, edges of an Erdős-Rényi random graph are initially active, and activation spreads to other edges of via the combinatorics…

math.PR2026

The stochastic block model has the overlap graph property for modularity

Shankar Bhamidi, David Gamarnik, Remco van der Hofstad +4

The overlap gap property (OGP) is a statement about the geometry of near-optimal solutions. Exhibiting OGP implies failure of a class of local algorithms; and has been observed to…

math.CO2026

Canonical labelling of random regular graphs

Mikhail Isaev, Tamás Makai, Brendan McKay +3

We prove that whenever and as , then with high probability for any non-trivial initial colouring, the colour refinement algorithm disti…

cs.SI2025

Multilayer Artificial Benchmark for Community Detection (mABCD)

Łukasz Kraiński, Michał Czuba, Piotr Bródka +3

One of the most persistent challenges in network science is the development of various synthetic graph models to support subsequent analyses. Among the most notable frameworks addr…

math.PR2025

Direct Paths in the Temporal Hypercube

Austin Eide, Martijn Gösgens, Paweł Prałat

We consider the -dimensional random temporal hypercube, i.e., the -dimensional hypercube graph with its edges endowed with i.i.d. continuous random weights. We say that a ver…