Exploring the Realm of Physical Thinking (Innovative Thinking Series)

Author: Li Wenxiang
Publisher:
Publish Date: 2002-07-01
Features: This book helps you understand the masters from the perspective of life, stepping into their world. It allows you to explore their joys and sorrows, not only by guessing their daily lives but also by analyzing their appearances. It digs into their souls by examining the landscapes, streets, bars, and everyday objects of their time. The richer and more ingenious the thinking and scientific methods contained in a scientific discipline, the greater its value in training scientific thinking and methods. In this regard, physics, mathematics, chemistry, and biology are uniquely qualified. As the foundation for many classic and emerging technological disciplines, they integrate theory and practice, combining logical and figurative thinking. Without correct and effective research methods, there can be no development of scientific disciplines. Many distinguished scientists are also methodologists. This book introduces physical thinking. Physics is the principle of everything. This principle of everything is built by both knowledge and thinking. Through familiar physics concepts for middle school students, this book reveals the magical thinking behind the knowledge. It helps you fully grasp physics, learn it creatively, train your thinking, and embark on a green boat beyond the ocean of problems, exploring the "whys" behind the "whys," and experiencing the power of physical thinking. This book uses physical knowledge as a carrier and physical thinking methods as the main thread to sequentially introduce the following thinking methods in the research and study of physics: divergence, transformation, deviation, induction, deduction, hypothesis, visualization, diagramming, observation, reverse thinking, conservation, synthesis, quantitative analysis, qualitative analysis, causation, simulation, probability theory, segmentation, elementary processes, superposition, transplantation, comparison, classification, metaphor, analogy, symmetry, experiment, tracing, amplification, parameter limits, idealization, intuition, imagination, cybernetics, association, chaos, and aesthetics.