Graph Theory

Discover the hidden connections and complex networks that govern everything from social media to the universe itself with the fascinating world of graph theory.

Unveiling the Enigmatic Wagner Graph: A Peek into Graph Theory

KC Fairlight

Imagine unraveling mysteries hidden in patterns and connections. The Wagner graph, a mathematical construct originating in 1937, reveals the beauty and applicable insights within graph theory, remaining relevant in today's networked world.

The Wagner Graph: A Symmetrical Marvel in Graph Theory

Martin Sparks

The Wagner graph is a key structure in graph theory, known for its symmetrical, non-planar configuration and significance in studying graph minors, planarity, and the Four Color Theorem.

Exploring the World of Breadth-First Search: A Journey Through Graphs

Martin Sparks

Breadth-First Search (BFS) is a fundamental algorithm in computer science for traversing graph data structures, widely used in applications like social networking, web crawling, and puzzle solving.

Graph Adventures: The Wonderful World of Strong Product of Graphs

Martin Sparks

Explore the fascinating world of the strong product of graphs, a mathematical concept that marries adjacency from two graphs to form intricate network structures, vital for optimizing complex systems.

Understanding Graph Homomorphism: A Colorful Journey Through Mathematics

KC Fairlight

Graph homomorphism is a mathematical concept that maps one graph onto another while preserving connections, with applications in computer science, biology, and social network analysis.

Branch-Decomposition: Unraveling the Mysteries of Graph Theory

Martin Sparks

Branch-decomposition simplifies complex graphs into tree-like structures, aiding in solving problems across computer science, biology, and network analysis.