Discover how organized shapes emerge as unified structures in physics and psychology, not just the sum of their parts. This volume introduces the concept of Gestalten—psychological states and processes whose defining features cannot be reduced to their individual elements. It surveys strong and weak physical Gestalten, their stationary and resting forms, and how energy, symmetry, and boundary conditions shape their appearance. Readers will see how ideas from physics relate to psychophysiology, including parallels to energy minimization and to classic electrical and thermal systems. The discussion moves from abstract definitions to concrete examples, drawing connections between physical structures and perceptual phenomena. - Learn how Gestalten are defined and why they resist simple decomposition. - See how steady-state and stationary configurations are described by common mathematical ideas, like harmonic structures and energy principles. - Explore analogies between physical systems (Kirchhoff’s rules, heat flow, and electrostatics) and psychophysische Gestalten. - Understand how simple, elegant patterns can govern complex forms in both physics and perception. Ideal for readers of interdisciplinary psychology, philosophy of science, and physics who want a clear, example-driven look at how Gestalten shape understanding across fields.