The Geometrical Theory of Proportion: A New Foundation for Mathematics
A detailed history of the geometrical theory of proportion, its development by Eudoxus, and its lasting impact on mathematics.
A detailed history of the geometrical theory of proportion, its development by Eudoxus, and its lasting impact on mathematics.
A philosophical exploration of the development of irrational numbers, from ancient Greek mathematicians to their impact on mathematics and reality.
A foundational theorem in Ancient Greek mathematics, exploring its historical context, key terms and concepts, and mechanisms and processes.
A historical analysis of the discovery of irrational numbers, exploring ancient civilizations' contributions to mathematics and the significance of irrational numbers in the natural world.
An in-depth study of the origins of mathematical inquiry, exploring its history, key figures, and contributions.
Exploring how the Greeks' emphasis on mathematics influenced their philosophical thought, and its lasting impact on Western philosophy.
Aristotelian physics vs. Newton's laws, exploring key differences between teleology and mathematical principles.
Astronomers in the 17th century challenged Aristotle's sublunar theory by discovering comets orbit around the Sun and developing new understandings of celestial motion.
Aristotle's cosmology in On the Heavens explains the sublunar and supralunar realms, distinguishing between terrestrial elements and celestial bodies.
A comprehensive analysis of Aristotle's philosophical work on time, exploring its development, key concepts, and implications for human experience.
Exploring the concept of motion through philosophical perspectives on potentiality, relativity, and perception.
Aristotle's concept of teleology has been influential in shaping Western thought, exploring the relationship between purposes, goals, and natural processes.
Aristotle's concept of phusis explores the internal principle of motion that governs growth and development in living things, with implications for understanding natural phenomena and the relationships between form, matter, potentiality, and actualization.
Ancient Greek philosophers debated the nature and origin of the universe, proposing explanations for celestial motions that often attributed them to divine forces or natural laws.
The development of the mechanical view of motion in ancient Greece, exploring philosophers' contributions to understanding natural phenomena.
A comprehensive guide to the evolution of human imagination, exploring its development from ancient Greece to modern times, influenced by changing understandings of the natural world and shaped by mythology, natural philosophy, classical mechanics, quantum mechanics, computer science, and artificial intelligence.
Aristotle's views on physics are deeply rooted in his imaginative background, which encompasses concepts such as animal faith, potentiality and actuality, hylomorphism, and teleology.
An introduction to Aristotle's cosmology, exploring his influential works 'Physics' and 'On the Heavens', which shaped Western philosophy and science for centuries.
Aristotle's logical doctrines have been widely accepted but are flawed in several areas
The concept of substance has been debated in philosophy, exploring its role in shaping our understanding of reality, identity, and knowledge.