A Textual Analysis of John Paul II’s Teaching on Evolution
Journal Title: Studia Gilsoniana - Year 2019, Vol 8, Issue 2
Abstract
The author considers John Paul II’s treatment of the topic of evolution in order to retrieve its full content. He starts with an analysis of the Pope’s 1996 Address to the Pontifical Academy of Sciences, especially addressing the problem of the meaning of the words that “the theory of evolution . . . [is] more than a hypothesis,” and the problem of hominization. Then, he explores papal statements from 1985 and 1986. Finally, he concludes that John Paul II’s teaching on evolution appears as fragmentary and ambiguous and, as such, requires greater precision and further development, especially for the sake of the Catholic theology of creation.
Authors and Affiliations
Michał Chaberek
Hylomorphic Teleology in Aristotle’s Physics II
This study draws attention to the ordering of matter and form argued for in Aristotle’s Physics II, 8 (199a30–32). This argument for hylomorphic teleology relies on the presentation of nature earlier in Physics II, 1. In...
Gilson on Philosophy and Civilization
In his essay “The Role of Philosophy in the History of Civilization” presented at the 6th International Philosophical Congress at Harvard in 1926, Gilson outlined three general trends among historians of philosophy. Some...
The Thomistic Perception of the Person and Human Rights
The idea of human rights is connected to the modern perception of law founded on subjectivity, in the context of which rights are authorizations of individual action versus a higher authority, resulting in a subjectivity...
THE PREEMINENT NECESSITY OF PRUDENCE
Thomas Aquinas holds not only that prudence, the virtue of right practical reasoning, is necessary for living well, but emphatically asserts that it “is the virtue most necessary to human life.” This essay argues that th...
Substance and Dynamics: Two Elements of Aristotelian-Thomistic Philosophy of Nature in the Foundation of Mathematics in Physics
The article aims at proposing a way of solution to the problem why mathematics is efficient in physics. Its strategy consists in, first, identifying servere reductionisms performed on physical processes in order to have...