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Brazilian Studies in Philosophy and History of Science - An account of recent works
Preface
5
I History of Science
6
II Philosophy of Science
7
III Foundations of Science
8
Contents
9
Contributors
11
1 Introduction
14
1.1 A First Reflexion
14
1.2 A Short Account on the History of the Philosophy and Sciences in Brazil
17
1.3 The Pioneer Generation in Philosophy of Knowledge and Philosophy and History of Science
24
1.4 Conceptual History of Science and Historical Epistemology
37
1.5 The Concern for the Social Dimension of History of Science and Epistemology
47
1.6 Philosophy of the Specific Sciences and Methodological Questions
51
1.7 General Problems of Philosophy of Science
56
1.8 Foundational, Formal and Logical Approaches
60
References
64
2 Galileo and Modern Science
70
2.1 Galileo and the Scientific Revolution of the 17th Century
70
2.2 Active Attitude and Scientific Instruments
71
2.3 The Alliance Between Science Technical Practices
72
2.4 Mathematization of Nature and Mechanization of the World
75
2.5 Autonomy of Science and Universality of Scientific Method
78
2.6 Conclusion
81
References
82
3 Newton and Inverse Problems
83
3.1 Introduction
83
3.2 Inverse Problems in Mathematics
83
3.3 Inverse Problems in Optics
84
3.4 Inverse Problems in Mechanics
85
3.5 Inverse Problems in Philosophy
87
3.6 Conclusion
88
References
88
4 Isaac Newton, Robert Hooke and the Mystery of the Orbit
89
4.1 Introduction
89
4.2 Hookes Method
95
4.3 The Concept of Force in the Principia
96
4.4 The conatus recedendi centro
98
4.4.1 1664--1665
98
4.4.2 1669
100
4.5 The Problem Proposed by Newton to Hooke
100
4.5.1 The Spiral (November 28, 1679)
101
4.5.2 The Mysterious Orbit (December 13, 1679)
102
4.6 What Numerical Integration of Differential Equations Has to Say on the Mysterious Curve
103
4.7 Some Considerations
104
4.7.1 Reflection Around the Symmetry Axis
104
4.7.2 So What?
104
References
105
5 Sciences in Brazil: An Overview from 18701920
107
5.1 Introduction
107
5.2 Professional Scientists
108
5.3 Science Conquers the Territory
110
5.4 Science Conquers the Public
112
5.5 Science and Health Control in the Cities
113
5.6 Final Remarks
115
References
116
6 Henri Becquerel and Radioactivity: A Critical Revision
118
6.1 Introduction
118
6.2 Properties of the Radiation
119
6.3 Persistence of Emission of the Invisible Radiations
121
6.4 Other Anomalous Properties of Becquerels Rays
121
6.5 Correction of Becquerels Mistakes
123
6.6 Becquerels Strategy
124
6.6.1 Spontaneity of Radiation
125
6.6.2 Constancy (in Time) of Emission
125
6.7 Conclusion
126
References
127
7 Regeneration as a Difficulty for the Theory of Natural Selection: Morganx2019;s Changing Attitudes, 1897x2013;1932
129
7.1 Introduction
129
7.2 Weismanns Arguments Concerning Regeneration
131
7.3 Morgans Early Researches on Regeneration
132
7.4 Regeneration (1901)
133
7.5 Morgans Evolution and Adaptation (1903)
135
7.6 Morgans Later View on Evolution
136
7.7 Final Remarks
137
References
138
8 Jean Antoine Nollet's Contributions to the Institutionalization of Physics During the 18th Century
140
8.1 Introduction
140
8.2 Restricting the Scope of Physics
140
8.3 Jean-Antoine Nollet: A Short Biography
142
8.4 Nollet and Experimental Physics
144
8.5 Nollet, a Cartesian or Newtonian
146
References
148
9 Natural Kinds as Scientific Models
150
9.1 Kinds and Individuals
151
9.2 Events and Individuals
154
9.3 Kinds as Models
155
9.4 Concluding Remarks
157
References
158
10 On the Nature of Mathematical Knowledge
160
References
169
11 The Etiological Approach to the Concept of Biological Function
170
References
177
12 Human Evolution: Compatibilist Approaches
179
12.1 Commonsense and the Human Predicament
179
12.2 Two Kinds of Facts
180
12.3 Coordination as a Philosophical Task
181
12.4 The Internal Integrative Project
182
12.5 The External Integrative Project
183
12.6 Nativist and Non-nativist Scenarios
184
12.7 Is Folk Psychology an Adequate Framework for Describing (Nonhuman) Minds
185
12.8 Dual Inheritance Theory
187
References
190
13 Functional Explanations in Biology, Ecology, and Earth System Science: Contributions from Philosophy of Biology
192
13.1 Introduction
192
13.2 Wrights Etiological Approach
192
13.3 Neo-Teleology: The Selectionist Etiological Approaches on Trial
194
13.4 Why Cummins Cannot Rule Out Neo-Teleology from Biology or Its Philosophy
196
13.5 Cummins Functional Analysis
198
13.6 Cummins Functional Analysis Applied to a Biogeochemical System
200
13.7 Concluding Remarks: A Dualism of Functional Approaches in Biology
203
References
205
14 On Darwin, Knowledge and Mirroring
207
References
215
15 Freudian Psychoanalysis as a Model for Overcoming theINTtie;Duality Between Natural and Human Sciences
216
15.1 Introduction
216
15.2 Epistemological Dualism
217
15.3 Freud and the Unity of Science
219
15.4 Preliminary Guidelines for an Integral Naturalism
224
References
226
16 The Causal Strength of Scientific Advances
227
16.1 Units of Scientific Knowledge: Advances
227
16.2 Probabilistic Causal Relations Between Advances
228
16.3 The Representation of Causal Connections
229
16.4 Causal Strength of an Advance
231
16.5 The Representation of Causal Strengths
232
16.6 Outlook
234
References
235
17 Contextualizing the Contexts of Discovery and Justification: How to do Science Studies in Brazil
236
17.1 Introduction
236
17.2 Science as the Light for the World
237
17.3 Humanizing Science to Strength It
239
17.4 Peaceful Times
242
17.5 Conclusion
244
References
245
18 Echoes from the Past: The Persisting Shadow of Classical Determinism in Contemporary Health Sciences
247
18.1 Science and Determinism
248
18.2 The Currency of Ludwik Flecks Contributions
250
18.3 An Epistemology of/in Process
251
18.4 Commonsense About Science
254
18.5 Consequences of the Common Sense View Genocentrism
255
References
257
19 The Metaphysics of Non-individuality
259
19.1 Individuals
259
19.2 Non-individuals
264
19.3 A Proposal
266
References
268
20 Einstein, Gdel, and the Mathematics of Time
270
20.1 Introduction
270
20.1.1 The Meaning of ''Generic'' in This Paper
271
20.1.2 Preliminary Concepts and Results
271
20.1.3 Spacetimes with Cosmic Time
272
20.1.4 The ZFC Set of All Spacetimes
273
20.2 Exoticisms
273
20.2.1 A Very Brief Introduction to Smooth Exotic 4--Manifolds
273
20.3 Conjectures, Speculations, More Counterintuitive Results
275
20.3.1 Set Theory with Martin's Axiom
276
20.3.2 Category and Measure
276
20.3.3 Results About the Nongenericity of Global Time
276
20.3.4 Martin's Axiom Again
277
20.4 Can We Decide Whether an Arbitrary Spacetime Has a Global Time Coordinate?
277
20.5 Conclusion
278
References
279
21 A Contemporary View of Population Genetics in Evolution
281
21.1 Introduction
281
21.2 The Synthetic Theory of Evolution
281
21.3 Reconstruction of the Evolutionary Past
284
21.4 Molecular Biology and Its Impact on Population Genetics
285
21.5 Integration of Population Genetics and Phylogenetics
287
21.6 Concluding Remarks
288
References
289
22 Continuity and Change: Charting David Bohms Evolving Ideas on Quantum Mechanics
291
22.1 Introduction An early version of this paper was read at the 6th meeting of the Associao de Histria e Filosofia da Cincia do Cone Sul [AFHIC], Montevideo, May 2008.
291
22.2 Shifting to a Causal Quantum Mechanics
292
22.3 Implicate and Explicate Order
294
22.4 Returning to the Quantum Potential
296
22.5 Bohms Legacy
297
References
298
23 Quasi-truth and Quantum Mechanics
300
23.1 Introduction
300
23.2 Quantum Mechanics and Some Interpretations
300
23.3 Quasi-truth and Partial Structures
304
23.4 A Framework for Interpretations of Quantum Mechanics
307
23.5 Conclusion
310
References
311
24 The Qualitative Analysis of Differential EquationsINTbreak; and the Development of Dynamical Systems Theory
312
24.1 Trajectories Defined by Solutions of Differential Equations
313
24.1.1 The Definition of a Dynamical System
315
24.1.2 The Question of Stability
316
24.2 The General Study of Dynamical Systems: Structural Stability and Genericity
318
References
321
25 The Problem of Adequacy of Mathematics to Physics: The Relativity Theory Case
324
25.1 Introduction
324
25.2 Interactions Between Physics and Mathematics
325
25.3 Relativity Theory: Mathematical Foundations and Physical Interpretation
327
25.4 The Adequacy of Mathematics to Physics: Concepts, Laws and Principles
335
References
338
Name Index
340
Subject Index
346
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