Описание: This volume gathers selected papers presented at the Fourth Asian Workshop on Philosophical Logic, held in Beijing in October 2018. The contributions cover a wide variety of topics in modal logic (epistemic logic, temporal logic and dynamic logic), proof theory, algebraic logic, game logics, and philosophical foundations of logic.
Описание: Logic as Universal Science offers a detailed reconstruction of the underlying philosophy in The Principles of Mathematics showing how Russell sought to deliver a death blow to the dominant Kantian view that formal logic is a concise and dry science and unable to enlarge our understanding.
The Gongsun Longzi is often considered the only extant work of the Classical Chinese “School of Names”, an early intellectual tradition (trad. dated to the 4th cent. B.C.) mainly concerned with logic and the philosophy of language.
The Gongsun Longzi is a heterogeneous collection of five chapters that include short treatises and largely fictive dialogues between an anonymous persuader and his opponent, which typically revolve around a paradoxical claim. Its value as a testimony to Early Chinese philosophy, however, is somewhat controversial due to the intricate textual history of the text and our limited knowledge about its intellectual backgrounds.
This volume gathers contributions by leading specialists in the fields of Classical Chinese philosophy, philology, logic, and linguistics. Besides an overview of the scholarly literature on the topic and a detailed account of the reception of the text throughout time, it presents fresh insights into philological and philosophical problems raised by the Gongsun Longzi and other closely-related texts equally attributed to the “School of Names”.
The book presents results from research conducted by Zygmunt Zawirski on the theory of knowledge, quantum mechanics, logic, ontology and metaphysics.
The works undertaken in the field of logic, methodology and philosophy of science, and in particular the philosophy of nature and natural science testify to a solid preparation for the fundamental task of developing contemporary scientific philosophy. The emerging mathematical natural science did not have those possibilities which emerged in the 20th Century and which Zygmunt Zawirski (1882-1948) used. In the development of scientific metaphysics, he took into account both the achievements of modern logic, mathematics and physics. Zawirski builds scientific metaphysics by referring to empiricism, broadly understood experience. Modern metaphysics should meet high standards of precision and uniqueness, which is why Zawirski attempts to apply the axiomatic method to both the analysis of the theory of physics and the scientific metaphysics.
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