The Puzzle S Answer

Fostering Cognitive Mathematics Skills with Matchstick Puzzles

The book presents the history and forms of geometric and arithmetic matchstick puzzles, giving special attention to the different editions of the first book on matchstick puzzles and games, published in 1889 by Sophus Tromholt. Many of the puzzles and solutions from this book appear still today in the same or slightly different forms. One particular puzzle with an erroneous solution is especially interesting. It appeared in a few of the first editions, but later Tromholt excluded it. Nevertheless, posterior book authors continue to repeat that erroneous solution until today. The book also presents which matchstick puzzles appear in books written by authors who used matchstick puzzles before and after Tromholt and famous authors of recreational mathematics. A section of the book is dedicated to commenting on how matchstick puzzles are used in different research fields, from learning and teaching problem solving to creative thinking. The book critically analyses the past and actual usage of matchstick puzzles with multiple solutions. These puzzles, if properly used, have a great potential to increase cognitive mathematics skills of puzzle solvers of every age. These skills include: Strategic analysis and solution planning Mathematical creativity Critical thinking Avoiding self-imposed cognitive biases Space-visual intelligence Combinatory thinking Unfortunately, when only one solution is given to puzzle solvers, as it is common, the chance for increasing cognitive mathematics skills is lost. As such, this book takes care to highlight the controversial theoretical issue of what are different solutions of a matchstick puzzle.It considers the value of solutions obtained by rotation or mirror reflection for increasing the visual intelligence of puzzle solvers. This book is of interest to researchers in cognitive psychology and educational mathematics who are interested in using matchstick puzzles to explore the relationships between different cognitive skills and levels of performance in solving matchstick puzzles. It is also of interest to mathematics teachers at various educational levels interested in using matchstick puzzles to foster development of cognitive mathematics skills and puzzle posing abilities in their students.

Solving Puzzles with Neural Creativity

This book takes an in-depth look at the tradition of solving puzzles and considers the psychological cause and effect of the "Aha moment": that familiar flash of sudden insight. Everyone loves a good puzzle, but why is this so? Is it because puzzles provide a form of escapism from the routines of daily life? Or do they reveal something fundamental or perhaps even primal about human cognition and consciousness? In this book, Marcel Danesi considers the importance of puzzles to the study of mind and culture and explores how they stimulate creative regions of the brain. Danesi explores the history of classic puzzles across time and cultural spaces and examines the psychological link between puzzle solving, mental imagery and visualization. He takes an in-depth look at the difference between puzzles and games based on systematic reasoning, as well as the role of language meaning and structure in the solving of riddles. Overall, the book puts forward the idea that puzzles provide cognitive data on how the brain might function when processing information, via the neurocircuitry that supports creativity. Examining all kinds of puzzles including verbal, nonverbal, and mathematical, Solving Puzzles with Neural Creativity will be of great interest to students and scholars of psychology, cognitive science, neuroscience, and anthropology.

The Puzzle Solver's Picture Guide