In the philosophy of mathematics, Aristotelian realism holds that mathematics studies properties such as symmetry, continuity and order that can be immanently realized in the physical world (or in any other world there might be). It contrasts with Platonism in holding that the objects of mathematics, such as numbers, do not exist in an "abstract" world but can be physically realized. It contrasts with nominalism, fictionalism, and logicism in holding that mathematics is not about mere names or methods of inference or calculation but about certain real aspects of the world. Aristotelian realists emphasize applied mathematics, especially mathematical modeling, rather than pure mathematics as philosophically most important. argues that "Aristotelian realism allows mathematical facts to be explainers in distinctively mathematical explanations" in science as mathematical facts are themselves about the physical world. Paul Thagard describes Aristotelian realism as "the current philosophy of mathematics that fits best with what is known about minds and science." (Wikipedia).
Teach Astronomy - Revolutions in Science and the Arts
http://www.teachastronomy.com/ Too often science is treated in isolation from other human pursuits. However the broad history of ideas from the time of Copernicus to the time of Newton parallels a similar evolution in the arts in Europe at that time period. The popular cliché goes that s
From playlist 03. Concepts and History of Astronomy and Physics
Problems with the Calculus | Math History | NJ Wildberger
We discuss some of the controversy and debate generated by the 17th century work on Calculus. Newton and Leibniz's ideas were not universally accepted as making sense, despite the impressive, even spectacular achievements that the new theory was able to demonstrate. In this lecture we di
From playlist MathHistory: A course in the History of Mathematics
Quantum Mechanics -- a Primer for Mathematicians
Juerg Frohlich ETH Zurich; Member, School of Mathematics, IAS December 3, 2012 A general algebraic formalism for the mathematical modeling of physical systems is sketched. This formalism is sufficiently general to encompass classical and quantum-mechanical models. It is then explained in w
From playlist Mathematics
Logic: The Structure of Reason
As a tool for characterizing rational thought, logic cuts across many philosophical disciplines and lies at the core of mathematics and computer science. Drawing on Aristotle’s Organon, Russell’s Principia Mathematica, and other central works, this program tracks the evolution of logic, be
From playlist Logic & Philosophy of Mathematics
Algebraic number theory and rings I | Math History | NJ Wildberger
In the 19th century, algebraists started to look at extension fields of the rational numbers as new domains for doing arithmetic. In this way the notion of an abstract ring was born, through the more concrete examples of rings of algebraic integers in number fields. Key examples include
From playlist MathHistory: A course in the History of Mathematics
Richard Rorty on Pan-Relationalism (1996)
Richard Rorty doing what he does. #Philosophy #Rorty #Pragmatism
From playlist Richard Rorty
Ptolemy's theorem and generalizations | Rational Geometry Math Foundations 131 | NJ Wildberger
The other famous classical theorem about cyclic quadrilaterals is due to the great Greek astronomer and mathematician, Claudius Ptolemy. Adopting a rational point of view, we need to rethink this theorem to state it in a purely algebraic way, without resort to `distances' and the correspon
From playlist Math Foundations
Infinity: does it exist?? A debate with James Franklin and N J Wildberger
Infinity has long been a contentious issue in mathematics, and in philosophy. Does it exist? How can we know? What about our computers, that only work with finite objects and procedures? Doesn't mathematics require infinite sets to establish analysis? What about different approaches to the
From playlist Pure seminars
4: Introduction to Philosophy of Engineering I
MIT ESD.932 Engineering Ethics, Spring 2006 Instructor: Prof. Joel Moses View the complete course: https://ocw.mit.edu/courses/esd-932-engineering-ethics-spring-2006/ YouTube Playlist: https://www.youtube.com/playlist?list=PLUl4u3cNGP61YF5HCMnGUwJ8D-PNNs3OR This course introduces the theo
From playlist MIT ESD.932 Engineering Ethics, Spring 2006
Infinity: does it exist?? A debate with James Franklin and N J Wildberger
Infinity has long been a contentious issue in mathematics, and in philosophy. Does it exist? How can we know? What about our computers, that only work with finite objects and procedures? Doesn't mathematics require infinite sets to establish analysis? What about different approaches to the
From playlist MathSeminars
Numbers, the universe and complexity beyond us | Data structures Math Foundations 177
In mathematics, we want to write things down. That way we can check what we are actually talking about. Other people can look at it, and assess whether it makes sense or not. We can more easily compare what we are thinking about with other, perhaps related concepts/objects/patterns. But w
From playlist Math Foundations
Number theory and algebra in Asia (a) | Math History | NJ Wildberger
After the later Alexandrian mathematicians Ptolemy and Diophantus, Greek mathematics went into decline and the focus shifted eastward. This lecture discusses some aspects of Chinese, Indian and Arab mathematics, in particular the interest in number theory: Pell's equation, the Chinese rema
From playlist MathHistory: A course in the History of Mathematics
Number theory Full Course [A to Z]
Number theory (or arithmetic or higher arithmetic in older usage) is a branch of pure #mathematics devoted primarily to the study of the integers and integer-valued functions. Number theorists study prime numbers as well as the properties of objects made out of integers (for example, ratio
From playlist Number Theory
On Faith and Reason: Fides et Ratio by Pope St. John Paul II
In this first episode of this podcast series, Classical Theist and I will discuss the papal encyclical "Fides et Ratio" written by Pope St. John Paul II in 1998. "Fides et Ratio": http://w2.vatican.va/content/john-paul-ii/en/encyclicals/documents/hf_jp-ii_enc_14091998_fides-et-ratio.html
From playlist Philosophy/theology podcast
Number theory and algebra in Asia (b) | Math History | NJ Wildberger
After the later Alexandrian mathematicians Ptolemy and Diophantus, Greek mathematics went into decline and the focus shifted eastward. This lecture discusses some aspects of Chinese, Indian and Arab mathematics, in particular the interest in number theory (Pell's equation, the Chinese rema
From playlist MathHistory: A course in the History of Mathematics
God, Science, and Epistemology - A Conversation with Quentin Lee (Theism vs. Atheism)
Quentin Lee and I talk about epistemology, philosophy of science, and theology. To get in touch: Email: mathoma1517@gmail.com Twitter: @Math_oma Stuff mentioned in discussion: 1. "Five Proofs of the Existence of God" by Edward Feser: https://www.amazon.com/Five-Proofs-Existence-Edward-F
From playlist Conversations
1 The "Representational" Theory of Knowledge - Reid's Critique of Hume (Dan Robinson)
Professor Dan Robinson gives the first in a series of 8 lectures on Thomas Reid's critique of David Hume at Oxford in 2014. Hume defends the thesis according to which “ALL THE PERCEPTIONS OF THE HUMAN MIND RESOLVE THEMSELVES INTO…IMPRESSIONS AND IDEAS”. Accordingly, “We may prosecute this
From playlist Philosophy of Mind
Modern "Set Theory" - is it a religious belief system? | Set Theory Math Foundations 250
Modern pure mathematics suffers from a uniform disinterest in examining the foundations of the subject carefully and objectively. The current belief system that "mathematics is based on set theory" is quite misguided, and in its current form represents an abdication of our responsibility t
From playlist Math Foundations