Diamonds in a Cube

What if a simple cube could unlock the secret life of a diamond? In Diamonds in a Cube, curious readers ages 10–14 become crystal scientists, engineers, and puzzle solvers. Through vivid stories, guided experiments, paper models, and hands-on challenges, readers explore how atoms arrange themselves, why geometry matters, and how the same element can become either soft graphite or brilliant diamond. Each chapter presents a mission: construct a cubic lattice, map carbon atoms, test crystal symmetry, investigate hardness, model pressure and heat, or design a safe plan for transforming graphite into diamond. Along the way, readers solve cube-based puzzles, make predictions, record observations, and learn how scientists use evidence to explain the hidden structure of matter. Clear instructions, household materials, safety notes, diagrams, and challenge extensions make the book inviting for independent readers, families, classrooms, and STEM clubs. By the final chapter, readers will not simply know what diamonds are—they will have built, tested, and defended their own model of how extraordinary materials emerge from ordinary atoms.