The Role of Mancala Games in Human Evolution, Cultural Development, and Education: An Anthropological Inquiry

Mancala games, a diverse category of traditional board games played across cultures worldwide, bear resemblances to chess in their significance to human evolution and cultural progress. Drawing from anthropological investigations, this research uncovers the adaptability of mancala games to farming, marine, and nomadic cultures, tracing their origins to ancient Egypt and their subsequent spread among diverse civilizations in Africa, Malaysia, and China. This study highlights the extensive contributions of mancala games across various educational domains, encompassing moral, intellectual, physical, and aesthetic education, all of which foster comprehensive human development. By examining the cultural, historical, and educational dimensions of mancala games, this research unveils their profound impact on human societies throughout history, shedding light on their enduring significance. Mancala games emerge as powerful tools for promoting moral reasoning, critical thinking abilities, strategic planning skills, physical coordination, and cultural understanding. They embody cultural traditions, transmit ancestral knowledge, and foster social cohesion. Through their entertainment value and ability to shape and enrich human experiences, mancala games weave a cultural tapestry that intertwines with human societies, both past and present. &nbsp

The Role of Mancala Games in Human Evolution, Cultural Development, and Education: An Anthropological Inquiry

Mancala games, a diverse category of traditional board games played across cultures worldwide, bear resemblances to chess in their significance to human evolution and cultural progress. Drawing from anthropological investigations, this research uncovers the adaptability of mancala games to farming, marine, and nomadic cultures, tracing their origins to ancient Egypt and their subsequent spread among diverse civilizations in Africa, Malaysia, and China. This study highlights the extensive contributions of mancala games across various educational domains, encompassing moral, intellectual, physical, and aesthetic education, all of which foster comprehensive human development. By examining the cultural, historical, and educational dimensions of mancala games, this research unveils their profound impact on human societies throughout history, shedding light on their enduring significance. Mancala games emerge as powerful tools for promoting moral reasoning, critical thinking abilities, strategic planning skills, physical coordination, and cultural understanding. They embody cultural traditions, transmit ancestral knowledge, and foster social cohesion. Through their entertainment value and ability to shape and enrich human experiences, mancala games weave a cultural tapestry that intertwines with human societies, both past and present.

The Adaptive Hybrid Cursor: A Pressure-based Target Selection Technique for Pen-based User Interfaces

Abstract. We present the Adaptive Hybrid Cursor, a novel target acquisition technique for pen-based interfaces. To assist a user in a target selection task, this technique automatically adapts the size of the cursor and/or its contexts (the target size and the selection background) based on pen pressure input. We systematically evaluated the new technique with various 2D target acquisition tasks. The experimental results indicated that the Adaptive Hybrid Cursor had better selection performance, and was particularly effective for small-target and high-density environments in which the regular cursor and the Bubble Cursor [13] failed to show significant advantages. The Adaptive Hybrid Cursor is a novel way to improve target acquisition via pressure input, and our study demonstrated its viability and potential for pen-based interfaces

Enhanced thermal conductance and electrical insulation of AlN/PMIA composite paper via nano splitting of matrix and size grading of fillers

Poly-(meta-phenylene isophthal-amide) (PMIA) is regarded as an ideal insulating medium for electronic devices owing to its excellent chemical stability and breakdown strength. However, the poor thermal conductivity limited the application under complex electrical-thermal environment. In this work, the size-graded AlN/PMIA composite papers were fabricated, with a multi-scale structure of matrix and fillers, and maintain qualified stability, mechanical strength and electrical insulation properties. With doping 40 wt% of 10 μm AlN and 10 wt% of 200 nm AlN, the optimum paper with in-plane (λ∥) and out-of-plane (λ⊥) of optimal paper reached thermal conductivity of 17.3 W/(mK) and 1.96 W/(mK) is obtained, and the breakdown strength increased to 69 kV/mm. The improvement mechanism brought by size-graded fillers was further revealed by the co-simulation of finite element method and loop nesting algorithm.</p