How to Solve Any Maze: Three Algorithms That Actually Work
Learn the Wall Follower rule, Trémaux's algorithm, and Dead-End Filling — three proven methods with real history, concrete steps, and complexity analysis.
Read more →Generating your maze experience…
Insights on mazes, algorithms, and puzzle solving.
Learn the Wall Follower rule, Trémaux's algorithm, and Dead-End Filling — three proven methods with real history, concrete steps, and complexity analysis.
Read more →A deep comparison of DFS Recursive Backtracking, Prim's, Kruskal's, and Binary Tree maze generation — with bias analysis, dead-end density, and the river factor.
Read more →Real studies, real data: how maze-solving engages the hippocampus, builds cognitive reserve, aids Alzheimer's intervention, and develops executive function in children.
Read more →The real history of mazes — Minoan Knossos, 300+ Roman mosaics, Chartres Cathedral, Hampton Court, and the digital revolution. Plus: why "labyrinth" and "maze" mean different things.
Read more →Everything you need to print and solve maze puzzles on paper — paper weight, pen recommendations, A4 vs A5 sizing, classroom differentiation, and travel prep.
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