Escribano-Cabeza, Miguel (Author)
One of Leibniz’s most original ideas is his conception of the living individual as a hierarchical network of living beings whose relationships are essential to the proper functioning of its organic body. This idea is also valid to explain any existing order in nature that depends on the set of relationships of living beings that inhabit it. Both ideas are present in the conception of the natural world that Leibniz presents in his Monadology (§§ 63–70) through his idea of biological infinitism. According to this idea, nature consists of infinite theatres (some within others and some unfolding from others) where living beings unfold their vital functions. Through this idea Leibniz defines both the biological complexity of nature and the living individual, which is in turn a portion of nature that unfolds from an infinite set of inferior living beings. The thesis that I defend in this work is that this Leibnizian understanding of the living individual and the natural complexity that includes infinite hierarchical levels of individuality has a marked ecological sense, as we would say today. This Leibnizian metaphysics of individuality that we could call biological is also interesting in light of the recent studies in the philosophy of biology.
...More
Article
Michael Fry;
(2020)
Ontologically Simple Theories Do Not Indicate the True Nature of Complex Biological Systems: Three Test Cases
(/isis/citation/CBB515852529/)
Article
Thomas Kirchhoff;
(2020)
The Myth of Frederic Clements’s Mutualistic Organicism, or: On the Necessity to Distinguish Different Concepts of Organicism
(/isis/citation/CBB621023099/)
Book
Otávio Bueno;
Ruey-Lin Chen;
Melinda Bonnie Fagan;
(2018)
Individuation, Process, and Scientific Practices
(/isis/citation/CBB334934609/)
Book
Giulia Rispoli;
(2012)
Dall’empiriomonismo alla tectologia. Organizzazione, complessità e approccio sistemico nel pensiero di Aleksandr Bogdanov
(/isis/citation/CBB935591953/)
Book
Scott Lidgard;
Lynn K. Nyhart;
(2017)
Biological Individuality: Integrating Scientific, Philosophical, and Historical Perspectives
(/isis/citation/CBB108117531/)
Thesis
Stephanie Ruth Maroney;
(2018)
Eat for Your Microbes: Reimagining Diet, Health, and Subjectivity in the Probiotic Present
(/isis/citation/CBB322048202/)
Thesis
Kym Weed;
(2018)
Our Microbes: Imagining Human Interdependence with Bacteria in American Literature, Science, and Culture, 1880-1920
(/isis/citation/CBB507631304/)
Chapter
Falk, Raphael;
(2011)
Evolution as Progressing Complexity
(/isis/citation/CBB001500116/)
Article
Gregor P. Greslehner;
(2020)
Not by structures alone: Can the immune system recognize microbial functions?
(/isis/citation/CBB290841407/)
Article
Pierre-Olivier Méthot;
(2016)
La médecine (évolutive) entre individu et population : l’apport de la microbiologie au problème de l’individualité biologique
(/isis/citation/CBB976405663/)
Article
Vanessa Triviño;
Javier Suárez;
(2020)
Holobionts: Ecological communities, hybrids, or biological individuals? A metaphysical perspective on multispecies systems
(/isis/citation/CBB373591189/)
Article
Creager, Angela N. H.;
(2013)
Timescapes of Radioactive Tracers in Biochemistry and Ecology
(/isis/citation/CBB001211940/)
Article
Haila, Yrjö;
Taylor, Peter;
(2001)
The Philosophical Dullness of Classical Ecology, and a Levinsian Alternative
(/isis/citation/CBB000100682/)
Essay Review
Mikkelson, Gregory M.;
(2001)
Untangling Ecology?
(/isis/citation/CBB000100680/)
Article
Margherita Palumbo;
(2006)
Il 'lodevole artificio'. Trattati mnemotecnici nella biblioteca privata leibniziana
(/isis/citation/CBB403601884/)
Article
Stephen Howard;
(2017)
Why Did Leibniz Fail to Complete His Dynamics?
(/isis/citation/CBB448929987/)
Article
Arthur, Richard T. W.;
(2013)
Leibniz's Theory of Space
(/isis/citation/CBB001320866/)
Chapter
Phemister, Pauline;
(2011)
Monads and Machines
(/isis/citation/CBB001500211/)
Article
Dyck, Maarten Van;
Verelst, Karin;
(2013)
“Whatever Is Neither Everywhere Nor Anywhere Does Not Exist”: The Concepts of Space and Time in Newton and Leibniz
(/isis/citation/CBB001320861/)
Chapter
Nachtomy, Ohad;
(2011)
Leibniz on Artificial and Natural Machines: or What it Means to “Remain a Machine to the Least of its Parts”
(/isis/citation/CBB001500212/)
Be the first to comment!