Cavendish Laboratory's Path to Success in the UK

Author: Yan Kangnian
Publisher:
Publish Date: 2004-11-01
Features: The profound inspiration from the ivory tower world of the Cavendish Laboratory research institution in the UK, a world-class scientific research institution, the deep-rooted source of scientific originality, the fertile soil of profound scientific culture, the main research direction and core topics chosen at the forefront of world science and technology and major breakthroughs, fully developing the spirit of independent academic research, democratic discussion, and teamwork, highly promoting the scientific spirit of pragmatism and the spirit of original research, pioneering the fields of microscopic matter and DNA composition, discovering nuclear transformation, quasars, and pulsars, revealing the mechanism of celestial evolution, condensed matter research has expanded half of modern physics, vigorously extending basic research to applied basic research, numerous original talents and 25 Nobel laureates have emerged here.
Author Introduction: Yan Kangnian is a researcher at the Institute of the History of Natural Sciences, Chinese Academy of Sciences, a member of the Chinese Society for the History of Science and Technology, and a member of the American Society for the History of Science and Technology. Born in Penglai, Shandong in 1933, he graduated from Beijing Institute of Aeronautics in 1956 and served as a teacher at Beijing Institute of Aeronautics and an engineer at Beijing Institute of Construction Machinery Research. For many years, he has been engaged in the study of the history of modern physics, the history of science and technology, and scientific and technological revolutions. His research achievements have won the Second Prize and Third Prize of the Natural Science Award of the Chinese Academy of Sciences, the First Prize of the Science and Technology History Book Award of the China Association for Science and Technology, the China Book Award, and the World Chinese Major Scientific and Technological Achievements Award co-hosted by the Hong Kong Wen Wei Po, as well as multiple awards such as the 20th Century Major Achievements Award and Medal from the International Biographical Society. From 1988 to 1989, he conducted visiting research at the University of Cambridge as a Fellow of the British Academy. In 1994, he visited the Smithsonian Institution and the Institute for Physical Research in the United States as a Fellow and Visiting Fellow, respectively. In 1994 and 1998, he visited and conducted research at Bell Labs in the United States twice. His main works include "Rutherford and the Development of Modern Science," "Newton's Scientific Discoveries and Scientific Thought," "The History of Thermodynamics," "Atomic Theory and Modern Science," "The Modern Scientific Revolution and the Cavendish Laboratory," "The Cavendish Laboratory—the Sacred Land of the Modern Scientific Revolution," "Bell Labs in the United States—the Cradle of Modern High Technology," and "The Principles of Everything." In addition, he has published over 200 articles.
Table of Contents:
Chapter 1: A Glorious Journey
1. The Product of the Alternation of Modern British Physics
2. Main Development Directions and Their Leaders
3. Main Achievements and Their Accomplishers
Chapter 2: Strategy for Establishing the Laboratory
1. The Purpose and Significance of Establishing the Laboratory
2. Nature and Tasks
3. How the Policy of Establishing the Laboratory Was Proposed
4. The Evolution of the Policy of Establishing the Laboratory
Chapter 3: The Choice and Transformation of Main Research Directions
1. The Significance of Choosing Research Directions
2. Basic Principles for Choosing Research Directions
3. Case Analysis of the Transformation of Main Research Directions
Chapter 4: Discipline Construction and Scale
1. The Evolution of Disciplines
2. The Law of Discipline Evolution
3. Development Scale
4. Core Disciplines and First-Class Scientific Research Institutions
Chapter 5: How to Discover, Select, and Cultivate Talent
1. What Kind of Talent Is Truly Needed and Outstanding
2. How to Foster Outstanding Original Talent
3. The Greatest Joy Lies in Discovering and Supporting New Ideas and Talent
4. Free Research and Expert Guidance
5. Independent Topic Selection and Mentor Guidance
Chapter 6: Teaching Others to Fish
1. The Views and Advice of the Founders
2. How Rutherford Taught Others to Fish
3. Tailoring Education and Nurturing
4. Stand on Your Own Two Feet
Chapter 7: Making Instruments and Conducting Experiments by Hand
1. The Voices of the Founders
2. Making Instruments and Conducting Experiments by Hand Became a Tradition
3. "Do It Yourself" as a Methodological Principle
Chapter 8: Combining Teaching and Research, Leading Teaching with Research
1. Emphasis on Both Teaching and Research
2. Infusing the Spirit of Research into Teaching
3. Successful Experiences of Leading Teaching with Research
4. Discussion on Leading Research with Teaching
5. Specialized Courses Taught by Those Engaged in Research
6. Theories and Experiments in Competition
Chapter 9: Interaction Between Theory and Experiment
1. The Emergence of Two Major Signs of the Modern Scientific Revolution
2. Establishing Scientific Theories Based on Experiments
3. The Research Model of "Experiment-Model-Experience"
Chapter 10: A Good Academic Environment
1. Cambridge, This Fertile Land
2. The Nurseries of Talent Emerging from the Blue
3. Creating Original Facilities That Keep Pace with the Times
4. Making the Most of Relatively Scarce Funding
Chapter 11: Deep Scientific and Cultural Foundations
1. The Meaning and Importance of Scientific Culture
2. Scientific Spirit
3. The Formation of Outstanding Traditions and Academic Style
Chapter 12: Cambridge Physics School and Nobel Scientific Prizes
1. The Characteristics of Newton's School and the Cambridge Physics School
2. How Were the 25 Nobel Scientific Prizes Won?
3. Age Distribution of Nobel Scientific Prize Winners
4. Two Pairs of Fathers and Sons Who Won the Nobel Scientific Prize
5. Graduate Students Who Won the Nobel Scientific Prize
Chapter 13: Review of Basic Success Experiences
1. Choosing the Right Position According to the Development Trends of World Physics
2. Centering on the Research Route of Microscopic Matter Composition
3. Changing Main Research Directions in a Timely Manner
4. Skillfully Selecting and Cultivating Outstanding Talent
5. Adhering to the Principle of "Do It Yourself"
6. Scientific and Cultural and Environmental Construction
7. Management Innovation Based on the Situation
8. Sowing Good Seeds, Cultivating Success with Success
Chapter 14: Constructing a High-Level Scientific Research Institution "Ivory Tower" Model and Reflection
1. The Model of a High-Level Scientific Research Institution "Ivory Tower"
2. Climbing the "Ivory Tower" of Scientific Research Institutions
3. Advantages of Science and Education in Our Country
4. Disadvantages of Science and Education in Our Country