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Comparative Philosophy  Comparative philosophy—sometimes called “cross-cultural philosophy”—is a subfield of philosophy in which philosophers work on problems by intentionally setting into dialogue sources from across cultural, linguistic, and philosophical streams.

Comparative Philosophy 

The ambition and challenge of comparative philosophy is to include all the philosophies of global humanity in its vision of what is constituted by philosophy. This approach distinguishes comparative philosophy from several other approaches to philosophy. First, comparative philosophy is distinct from both area studies philosophy (in which philosophers investigate topics in particular cultural traditions, for example, Confucianism ) and world philosophy (in which philosophers construct a philosophical system based on the fullness of global traditions of thought). With the unique approach of comparative philosophy also comes unique difficulties and challenges that are not as characteristic of doing philosophy within a particular tradition. 1. 2.

Mary Midgley. Current scientific concepts are not adapted to focusing on subjectivity.

Mary Midgley

Indeed, many of them have been carefully adapted to exclude it, much like cameras with a colour filter. [...] Galileo and Descartes saw how badly the study of objects had been distorted by people who treated these objects as subjects, people who credited things like stones with human purpose and striving. So they ruled that physical science must be objective . And this quickly came to mean, not just that scientists must be fair, but that they should treat everything they studied only as a passive, insentient object. We know that abstraction made possible three centuries of tremendous scientific advance about physical objects. Space (mathematics) A hierarchy of mathematical spaces: The inner product induces a norm.

Space (mathematics)

The norm induces a metric. The metric induces a topology. Modern mathematics treats "space" quite differently compared to classical mathematics. In the ancient mathematics, "space" was a geometric abstraction of the three-dimensional space observed in the everyday life. Axiomatic method had been the main research tool since Euclid (about 300 BC). The relation between the two geometries, Euclidean and projective,[4] shows that mathematical objects are not given to us with their structure.[5] Rather, each mathematical theory describes its objects by some of their properties, precisely those that are put as axioms at the foundations of the theory.[6]

Loom. June 26, 2006: PowerLoom® snapshots built from our latest CVS sources are now available.

Loom

May 26, 2006: PowerLoom® version 3.2 is released. PowerLoom license is now open source. May 7, 2004: Loom® license is now open source. January 23, 2003: Ontology Resources have been added to our site. March 28, 2002: Ontosaurus 1.9 has been released! July 12, 1999: Loom® 4.0 is available. Loom® and PowerLoom® are knowledge representation languages developed by researchers in the Artificial Intelligence research group at the University of Southern California's Information Sciences Institute. Loom and PowerLoom software is licensed under open source licenses, but it remains the intellectual property of the University of Southern California and it is not in the public domain. Knowledge Representation Systems Loom Mailing List The Loom community communicates via the mailing list loom-forum@isi.edu. Overview: Loom Knowledge Representation System Loom Projects. Complexity Thinking. Emergent Properties. First published Tue Sep 24, 2002; substantive revision Tue Feb 28, 2012.

Emergent Properties

Speech Acts. First published Tue Jul 3, 2007 Speech acts are a staple of everyday communicative life, but only became a topic of sustained investigation, at least in the English-speaking world, in the middle of the Twentieth Century.[1] Since that time “speech act theory” has been influential not only within philosophy, but also in linguistics, psychology, legal theory, artificial intelligence, literary theory and many other scholarly disciplines.[2] Recognition of the importance of speech acts has illuminated the ability of language to do other things than describe reality. In the process the boundaries among the philosophy of language, the philosophy of action, the philosophy of mind and even ethics have become less sharp. In addition, an appreciation of speech acts has helped lay bare an implicit normative structure within linguistic practice, including even that part of this practice concerned with describing reality. 1. Introduction. Unanswered Questions at Supernova 2007.

I have been unusually quiet here recently because I have been going through a major transition.

Unanswered Questions at Supernova 2007

About six weeks ago, I joined Deloitte & Touche USA LLP with a mandate to establish a major new research center in Silicon Valley. The Center will explore key business issues created by the intersection of business strategy and information technology. I will be serving as Co-Chairman of the new research center along with John Seely Brown and we have already enlisted the support of Lang Davison as Chief Content Officer. Until co-founding the center with us, Lang had been the Editor of The McKinsey Quarterly.

6 Alternatives To Bloom's Taxonomy For Teachers - This post is updated from an article we published in April.

6 Alternatives To Bloom's Taxonomy For Teachers -

At the end of the day, teaching is about learning, and learning is about understanding. And as technology evolves to empower more diverse and flexible assessments forms, constantly improving our sense of what understanding looks like–during mobile learning, during project-based learning, and in a flipped classroom–can not only improve learning outcomes, but just might be the secret to providing personalized learning for every learner. This content begs the question: why does one need alternatives to the established and entrenched Bloom’s? Five routes to more innovative problem solving. Rob McEwen had a problem.

Five routes to more innovative problem solving