Anarchy in International Relations Theory: The Neorealist-Neoliberal Debate<article-title>Neorealism and its Critics.</article-title> <contrib-group><contrib> <name name-style="western" index="Keohane, Robert O."> <given-names>Robert O.</given-names> <surname>Keohane</surname> </name> </contrib></contrib-group><article-title>Neorealism and Neoliberalism: The Contemporary Debate.</article-title> <contrib-group><contrib> <name name-style="western" index="Baldwin, David A."> <given-names>David A.</given-names> <surname>Baldwin</surname> </name> </contrib></contrib-group>

A Connectionist View of Cognition<product> <article-title>Parallel Distributed Processing</article-title> <contrib-group><contrib> <name index="Rumelhart, David E."> <given-names>David E.</given-names> <surname>Rumelhart</surname> </name> </contrib></contrib-group> <contrib-group><contrib> <name index="McClelland, James L."> <given-names>James L.</given-names> <surname>McClelland</surname> </name> </contrib></contrib-group> <contrib-group><contrib><string-name index="PDP Research Group">PDP Research Group</string-name></contrib></contrib-group> </product>

than any particular implementation. It also seems that the "computer metaphor" for mind is not really being abandoned by the connectionists, but simply modified: the classical von Neumann serial processor is replaced with a processor that performs some simple computation in parallel on many data elements (for example, the "Con. *u . ,LI.;u. Q**Q. Q , o * ; .0 0 . OWN. . ....... .* ....... 00. 0...

Viral Immunology from Math<product> <article-title>Virus Dynamics: Mathematical Principles of Immunology and Virology</article-title> <contrib-group><contrib> <name index="Nowak, Martin A."> <given-names>Martin A.</given-names> <surname>Nowak</surname> </name> </contrib></contrib-group> <contrib-group><contrib> <name index="May, Robert M."> <given-names>Robert M.</given-names> <surname>May</surname> </name> </contrib></contrib-group> </product>

I t is a widespread fallacy that what mathematics contributes to biology is quantification of an otherwise innumerate science. But experimental biologists have long been expert at measuring and quantifying. The real contribution of mathematics lies in a precise qualitative framework of reasoning. The ratelimiting step in the advance of biology is usually experiment, not theory. (One of the very...

Theories That Gyre and Gimble in the Wabe<product> <article-title>Mathematics Education as a Research Domain: A Search for Identity</article-title> <contrib-group><contrib> <name index="Sierpinska, Anna"> <given-names>Anna</given-names> <surname>Sierpinska</surname> </name> </contrib></contrib-group> <contrib-group><contrib> <name index="Kilpatrick, Jeremy"> <given-names>Jeremy</given-names> <surname>Kilpatrick</surname> </name> </contrib></contrib-group> </product>

Most mathematicians consider themselves, at least to some degree, to be both educators and researchers. Yet few embrace or even respect the subject at the intersection of these fields: research in mathematics education. Mathematicians rarely apply their own logical acumen to assessment of teaching and learning, nor do they often read the vast and growing literature in educational research. They...

The Essence of Groupthink<product> <article-title>Groupthink in Government: A Study of Small Groups and Policy Failure</article-title> <contrib-group><contrib><string-name index="Paul 't Hart">Paul 't Hart</string-name></contrib></contrib-group> </product>

What’s in a name, anyway?

We have used names, particularly surnames, to identify people who are related. However, this has been done in various ways in different societies. While in many western countries we use a given (first) name and a surname (family name) to identify a person, in Arab countries, there are in fact no surnames; people use their given name followed by their father’s given name. For example, while my n...