he formal darwinism project aims to provide a mathematical framework within which important fundamental ideas in large parts of biology can be articulated, including Darwin's central argument in The Origin (that mechanical processes of inheritance and reproduction can give rise to the appearance of design), modern extensions of evolutionary theory including ESS theory and inclusive fitness, and Dawkins' synthesis of them into a single structure. A new kind of argument is required to link equations of motion on the one hand to optimisation programs on the other, and a major point is that the biologist's concept of fitness maximisation is not represented by concepts from dynamical systems such as Lyapunov functions and gradient functions. The progress of the project so far is reviewed, though with only a brief glance at the rather complicated mathematics itself, and the centrality of fitness maximisation ideas to many areas of biology is emphasised.
...MoreDescription The “project aims to provide a mathematical framework within which important fundamental ideas in large parts of biology can be articulated.” (from the abstract) Contents of symposium:
Article Grafen, Alan (2014) The Formal Darwinism Project in Outline: Response to Commentaries. Biology and Philosophy (p. 281).
Article
Kraal, Anders;
(2013)
The Emergence of Logical Formalization in the Philosophy of Religion: Genesis, Crisis, and Rehabilitation
(/isis/citation/CBB001213917/)
Article
Sieg, Wilfried;
(2014)
The Ways of Hilbert's Axiomatics: Structural and Formal
(/isis/citation/CBB001213914/)
Article
Lupacchini, Rossella;
(2014)
Hilbert's Axiomatics as “Symbolic Form”?
(/isis/citation/CBB001213908/)
Article
Majer, Ulrich;
(2014)
The “Axiomatic Method” and Its Constitutive Role in Physics
(/isis/citation/CBB001213910/)
Article
Abrusci, V. Michele;
(2014)
On Hilbert's Axiomatics of Propositional Logic
(/isis/citation/CBB001213913/)
Article
Marcus Popplow;
(2015)
Formalization and Interaction: Toward a Comprehensive History of Technology-Related Knowledge in Early Modern Europe
(/isis/citation/CBB162104019/)
Chapter
Mancosu, Paolo;
Zach, Richard;
Badesa, Calixto;
(2009)
The Development of Mathematical Logic from Russell to Tarski, 1900--1935
(/isis/citation/CBB001210349/)
Article
Bar-Am, Nimrod;
(2003)
A Framework for a Critical History of Logic
(/isis/citation/CBB000501730/)
Article
Peter Olen;
(2016)
From Formalism to Psychology: Metaphilosophical Shifts in Wilfrid Sellars’s Early Works
(/isis/citation/CBB228770461/)
Book
Édouard Mehl;
(2019)
Descartes en Allemagne 1619-1620: Le contexte allemand de l'élaborationde la science cartésienne
(/isis/citation/CBB408127344/)
Article
Bullynck, Maarten;
(2010)
Johann Heinrich Lambert's Scientific Tool Kit, Exemplified by His Measurement of Humidity, 1769--1772
(/isis/citation/CBB000932774/)
Article
Ferrari, Massimo;
(2012)
“Wachstum” oder “Revolution”? Ernst Cassirer und die Wissenschaftsgeschichte
(/isis/citation/CBB001210215/)
Book
W. J. Mander;
(2014)
The Oxford Handbook of British Philosophy in the Nineteenth Century
(/isis/citation/CBB624199481/)
Book
Antonino Drago;
(2017)
Dalla storia della fisica alla scoperta dei fondamenti della scienza
(/isis/citation/CBB248791186/)
Article
Daniel Alonso de Araujo;
(2022)
A posição da Lógica na classificação das ciências:: um olhar a partir da Metafísica de Avicena
(/isis/citation/CBB498426893/)
Book
Amirouche Moktefi;
Francine F. Abeles;
(2016)
‘What the Tortoise Said to Achilles’. Lewis Carroll’s Paradox of Inference
(/isis/citation/CBB285901732/)
Article
Claudia Cristalli;
Ahti-Veikko Pietarinen;
(2021)
Abstraction and Generalization in the Logic of Science: Cases from Nineteenth-Century Scientific Practice
(/isis/citation/CBB855367059/)
Article
Carus, A. W.;
(2010)
The Pragmatics of Scientific Knowledge: Howard Stein's Reshaping of Logical Empiricism
(/isis/citation/CBB001221444/)
Book
Rojszczak, Artur;
Cachro, Jacek;
Kurczewski, Gabriel;
(2003)
Philosophical Dimensions of Logic and Science
(/isis/citation/CBB000471353/)
Article
Hintikka, Jaakko;
Symons, John;
(2003)
Systems of Visual Identification in Neuroscience: Lessons from Epistemic Logic
(/isis/citation/CBB000410820/)
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