
Managing Science
Description
Alles über E-Books | Antworten auf Fragen rund um E-Books, Kopierschutz und Dateiformate finden Sie in unserem Info- & Hilfebereich.
More details
Other editions
Additional editions


Person
Content
- Intro
- Managing Science
- Series Foreword
- Preface
- Acknowledgments
- Contents
- List of Figures
- Chapter 1: Totality of Science
- Introduction
- Illustration: Rutherford's Experiment on the Structureof the Atom
- Methodology and Organization in Rutherford's Experiment
- Activities of Science
- Illustration: Fire Ant Society
- Scientific Paradigms
- Illustration: National Science Foundation
- Two Levels of Procedures in Science
- Summary
- Notes
- Chapter 2: Origin of Scientific Method
- Introduction
- Scientific Method
- Nicolaus Copernicus
- Tycho Brahe
- Johannes Kepler
- Galileo Galilei
- Rene Descartes
- Isaac Newton
- Scientific Method as Empirically Grounded Theory
- Vienna Circle's Logical Positivism
- Illustration: Inference in Newton's Gravitational Solar Model
- Circularity Between Empircism and Theory in Scientific Method
- Summary
- Notes
- Chapter 3: Research Funding
- Introduction
- Illustration: US National Institutes of Health
- Focus of Government Research Programs
- Government Research Programs
- Research Planning in NIH
- Building Blocks, Biological Pathways, and Networks
- Molecular Libraries and Molecular Imaging
- Structural Biology
- Bioinformatics and Computational Biology
- Nanomedicine
- Science "Roadmaps" in Research Planning
- Peer-Review in Research-Funding Procedures
- Illustration: Empirical Evidence for the Theory of Plate Tectonics: Tharp and Heezen
- Format of Research Proposals
- University Procedures in Research-Proposal Writing and Submission
- Summary
- Chapter 4: Research Techniques
- Introduction
- Research Techniques
- Illustration: Discovery and Modeling of DNA
- The Structure of the Cell
- Discovery and Chemical Analysis of DNA
- The Principles of Heredity
- Function of DNA in Reproduction
- Structure of DNA
- Empirical and Theoretical Research Techniques
- Experiment
- Instrument
- Measurement
- Perceptual Space
- Analysis
- Laws
- Model
- Theory
- Scientific Inquiry as Both Inductive and Deductive
- Summary
- Notes
- Chapter 5: Communities of Scientists
- Introduction
- Illustration: The Royal Society
- Scientific Societies and Peer Review
- Illustration: Origin of European Research Universities
- Research Universities
- Illustration: Discovery of Nuclear Fission
- Scientific Communities and University Professorships
- Illustration (Continued): Discovery of Nuclear Fission
- Research Teams
- Illustration (Continued): Discovery of Nuclear Fission
- Complexity of Nature and Research
- Illustration (Continued): Discovery of Nuclear Fission
- Scientific Competition
- Illustration (Concluded): Discovery of Nuclear Fission (and Then the Atomic Bomb)
- Summary
- Notes
- Chapter 6: Science and Society
- Introduction
- Illustration: Recombinant DNA Technique
- Innovation Process
- Illustration: Origin of the Biotechnology Industry
- Science Bases for Technology
- National Innovation System
- Illustration: US R&D Infrastructure
- Illustration: Innovation of the Internet
- Economic Long-waves
- Performance of National Innovation Systems
- Summary
- Notes
- Chapter 7: Paradigms and Perceptual Spaces
- Introduction
- Illustration: Center in Neuromorphic Systems Engineering
- Scientific Paradigm
- Illustration: Kant's Critique of Pure Reason
- Modern Scientific Paradigms
- Matter and Mind
- Matter and World: Scientific Paradigm of Mechanism
- Matter and Self: Scientific Paradigm of Function
- Mind and Self: Scientific Paradigm of Logic
- Mind and World: Scientific Paradigm of System
- Paradigms and Scientific Disciplines
- Inanimate: Physical Sciences
- Animate: Biological Sciences
- Cognitive: Mathematics and Computer Sciences
- Societal: Social Sciences and Management
- Perceptual Spaces
- Perceptual Space for Observing Physical Nature
- Illustration: Jung's Personality Types
- Perceptual Spaces in the Social Sciences
- Summary
- Chapter 8: Paradigms of Mechanism and Function
- Introduction
- Illustration: Ontology of Physics and Chemistry
- Scales of Nature as Mechanisms
- Illustration: Einstein's Special Relativity
- Scientific Paradigm of Mechanism
- Kinematics in Mechanism
- Dynamics in Mechanism
- Prediction in Mechanism
- Illustration: Darwin's Theory of the Evolution of Species
- Scientific Paradigm of Function
- Function and Behavior
- Function and Will
- Illustration: Human Brain
- Reason and Information Processing
- Functional Model of Intelligence
- Stimulus-Response Model: Perception of the World and Action in the World
- Pure Reason: A Priori Capabilities of Mind
- Consciousness: Cognitive Processes
- Sub-conscious: Cognitive Functions beneath the Conscious Level of the Mind
- Will: Decisions of Action
- Summary
- Notes
- Chapter 9: Objectivity in Social Sciences
- Introduction
- Illustration: Max Weber on Social Science Methodology
- Empirical Observation in Social Science
- Illustration: Modern Economic Theory and the Global Financial Collapse of 2007-2008
- Flyvbjerg on Idealism and Realism in Political Science
- Illustration (Continued): Economic Theory and Global Financial Collapse 2007-2008
- Idealism and Realism in the Social Sciences
- Social Theory and Practice
- Social Science Empiricism and Practice
- Relationship of Physical Science to Technology
- Relationship of Social Science to Practice
- Illustration: US Academics and Consulting
- Social Science Consulting and Normative Judgments
- Universality in Social Science as Empiricism/Practice
- Summary
- Note
- Chapter 10: Paradigms of Systems and Logic
- Introduction
- Illustration: Energy Systems
- Systems Paradigm
- Systems Theory
- Illustration: Enterprise Systems
- Kinds of Systems
- Logic as the Language for a Language: Linguistic Meta-regression
- Illustration: Fortran - The First Programming Language
- Types of Languages Developed in Science
- Illustration: Specialized Languages in Information Systems
- Syntactic Specialized Languages
- Semantic Specialized Language
- Pragmatic Specialized Language
- Control Specialized Languages
- Illustration: Logic in the Computer
- Logic in the Computer
- Logic in the Modern University
- Logic in Ordinary Languages
- Logic in Philosophy
- Logic in Mathematics
- Logic in Computer Science
- Logic in Science
- Logic in Management Science
- Logic in Engineering
- Logic as a Scientific Paradigm
- Summary
- Notes
- Chapter 11: Theory in the Social Sciences
- Introduction
- Illustration: History of Political Reason in the US Constitution
- Societal Phenomenological Laws
- Ideal-Type Social Theory
- Illustration: Ideal-Type Theory of Societal Systems
- Principles of Social Order
- Reasoning in Social Structures
- Political Rationality
- Cultural Rationality
- Economic Rationality in Society
- Technical Rationality in Society
- Societal Systems Model as Ideal-Type Theory
- Illustration: Nuremberg Trials
- Universality in Societal Reasoning
- Summary
- Notes
- Chapter 12: Models
- Introduction
- Illustration: Heisenberg and "Adequate Concepts"
- Illustration: Quantum Theory: Max Planck
- Illustration: Quantum Theory - Balmer and Rydberg
- Illustration: Quantum Theory of the Atom - Einstein
- Motion in Physical Perceptual Space
- Particle Motion
- Wave Motion
- Illustration: Quantum Theory - Bohr
- Bohr's Model
- Quantum Mechanical Theory
- Scientific Objects and Models
- Summary
- Notes
- Chapter 13: Models in the Social Sciences
- Introduction
- Use of Social Science Models
- Topological and Flow Models
- Matrices and Topological Graphs
- Illustration: Input-Output Economic Model
- Explanation in Social Science Models
- Illustration: Failure in the Context of Oil Drilling
- Modeling Organizational Systems
- Illustration: Modeling a Manufacturing Organization
- Transformation Plane Activities
- Support Plane Activities
- Control Plane Activities
- Control Models: Dynamics and Optimization
- Summary
- Chapter 14: Multidisciplinary Research
- Introduction
- Illustration: MIT Biotechnology Process Engineering Center
- Bioreactor Technology Subsystem
- Recovery Technology Subsystem
- Multidisciplinary Research Strategy
- Illustration (Continued): MIT Biotechnology Process Engineering Center
- Organizing and Planning Multidisciplinary Research
- University/Industry Cooperation in Multidisciplinary Research
- University Science to Industrial Technology
- Illustration: Center for Biofilm Engineering at Montana State University
- Multidisciplinary Research Strategy
- Illustration (Continued): Center for Biofilm Engineering at Montana State University
- Multidisciplinary-Research Center Grants
- Role of a Multidisciplinary Research Center Director
- Critical Mass of Research
- Summary
- Chapter 15: Measurement
- Introduction
- Quality and Quantity
- Quality: Mathematical Set Theory
- Illustration: Set Notation in Defining Natural Objects
- Quantity: Counting
- Quantity: Mathematical Operations
- Mathematical Group
- Operations Within a Set (c = a * b)
- Group (G) as a Set Complete Under an Operation (*)
- Addition Group
- Multiplication Group
- Algebra
- Addition Group
- Multiplication Group
- Vectors
- Differential Algebra (Calculus)
- Analytic Geometry
- Illustration: Quantitative Sentences and Deductive Inference
- Measurement: Random Variables
- Illustration: Measurement Histogram
- Probability
- Sum of Probabilities: Either-Or
- Product of Probabilities: Both-And
- Complete Set of Events
- Sampling Theory
- Bernoulli's Formula
- Mean Value and Squared-Dispersion of a Random Variable
- Shape of the Distribution of a Random Variable
- Bayes' Rule
- Multiple Means in a Distribution
- Correlation Between Two Random Variables X and Y
- Least-Squares Fit to a Straight-Line Function
- Correlation Estimation
- Summary
- Notes
- Chapter 16: Handbook of Research Methods
- Introduction
- How Does One View Science As a Whole?
- What Are the Intellectual Frameworks of Science?
- What Is Scientific Method?
- What Role Does Modeling Play in Scientific Method?
- How Does Methodology Differ Between Social and Physical Sciences?
- How Does One Manage a Research Project in a University?
- How Can One Identify a Research Issue?
- How Can One Write a Persuasive Research Proposal?
- How Should One Manage a Research Center in a University?
- How Can Science Research Be Effectively Transferred to Technology Research?
- How Should a Research Agency Plan a Research-Funding Program?
- How Should Officers in a Research Agency Manage a Research-Funding Program?
- References
- Index
System requirements
File format: PDF
Copy protection: Watermark-DRM (Digital Rights Management)
System requirements:
- Computer (Windows; MacOS X; Linux): Use the free software Adobe Reader, Adobe Digital Editions, or any other PDF viewer of your choice (see eBook Help).
- Tablet/Smartphone (Android; iOS): Install the free app Adobe Digital Editions or another reading app for eBooks, e.g., PocketBook (see eBook Help).
- E-reader: Bookeen, Kobo, Pocketbook, Sony, Tolino and many more (only limited: Kindle).
The file format PDF always displays a book page identically on any hardware. This makes PDF suitable for complex layouts such as those used in textbooks and reference books (images, tables, columns, footnotes). Unfortunately, on the small screens of e-readers or smartphones, PDFs are rather annoying, requiring too much scrolling.
This eBook uses Watermark-DRM, a „soft” copy protection. This means that there are no technical restrictions to prevent illegal distribution. However, there is a personalised watermark embedded in the eBook that can be used to identify the purchaser of the eBook in the event of misuse and to provide evidence for legal purposes.
For more information, see our eBook Help page.