version 2017-01-09
NOTE: THIS VERSION OF THE SYLLABUS IS TENTATIVE AND WILL NOT BE FINALIZED UNTIL THE END OF THE FIRST WEEK OF CLASSES
COGS Q540 Philosophical Foundations of Cognitive Science
Spring 2017 Schedule and Syllabus
Meeting time: TR 1:00-2:15; Cedar Hall (AC) 116
Instructor
(Prof.) Colin Allen
<colallen@indiana.edu>
Offices: Eigenmann 804 and Ballantine 654
Office hours: Tues 2:15-3:15 in Eigenmann 804, and by appointment
Course Description
The cognitive sciences began with great enthusiasm for the prospects of a successful multi-disciplinary attack on the mind. This enthusiasm was fueled by the faith that computational ideas could put flesh on abstract notions of mental representation, providing the means to make good physical sense of questions about the nature of mental information processing. The challenges of understanding how minds work have turned out to be much greater than many of the early enthusiasts predicted — in fact they have turned out to be so great that many (especially here at IU) have argued that we need new paradigms to replace the standard computationalist-representationalist assumptions of traditional cognitive science. This course aims to provide an understanding of the philosophical issues underlying this discussion and to apply this understanding to a specific cutting edge topic. For Spring 2017 that issue will be the question of how to think about the relationship of minds to brains: can mind be realized in multiple, genuinely different ways?
Texts
Course Objectives
By the end of this course you should have broad knowledge of the history, philosophy, and major concepts and programmatic trends in the philosophy of cognitive science, along with an appreciation for the philosophical issues that motivated the emergence of cognitive science and underlie the controversies within it. By the end of the course you should have the ability to read works written for professional academic cognitive scientists and philosophers of cognitive science, and to summarize them accurately both orally and in writing using your own words. You should also be able to relate foundational issues in cognitive science to your own research interests.
Grading Basis
Grades will be based holistically on overall performance in the following six categories:
* Weekly reaction pieces due before midnight on due dates (see calendar below). Electronic delivery preferred (all common formats can be handled), but paper delivery in class on Wednesday also acceptable. For Reactions 1-9, identify which items you have read from the reading list for that week, and write a short (250-400 word) reaction to at least one of them. This should not be a summary or restatement of the reading. Rather, write an argumentative response to something you read. State what you liked or disliked most about the idea(s) and why, with special attention to the strength of the arguments that were presented. For Reaction10, identify a journal in philosophy, cognitive science, or your primary field that does book reviews and write a short (1000-1200 word) review of Polger & Shapiro's book in the style of that journal, highlighting the aspects of the book most relevant to researchers in that area.
** Three approaches to writing a paper for this class:
*** This is a discussion-oriented class. I reserve the right to schedule individual presentations to the class if the discussion is not flowing well in class (it usually does!). Also, if you do not speak up regularly during class discussions, you may be required to take an oral exam to be scheduled at the instructor's discretion during finals week.
Schedule of Readings and Presentations
Articles for the first part of the semester are available to you via the links below for your personal use under fair use doctrine. Items preceded with bullets "•" are required readings; items preceded with daggers "†" are suggested optional readings. P&S#: indicates chapters from the book by Polger and Shapiro. This schedule may be altered in response to events in class.
NOTE: SOMETIMES LINKS BREAK. IF SOMETHING CAN'T BE REACHED, PLEASE LET ME KNOW IMMEDIATELY.
Date | Topic | Reading Assignments | Writing Assignments, etc. |
---|---|---|---|
Week 1 | |||
Jan 10 | Organization and Overview | ||
Jan 12 | Cognitive Prehistory |
• Descartes selections from Discourse on Method • Hume Enquiry section 2 and section 3 • Tolman (1948) html pdf | Reaction1 due |
Week 2 | |||
Jan 17 | Beyond Behaviorism |
• Chomsky (1959/1967) html pdf • Shepard & Metzler (1971) jstor pdf or here • Skinner (1977) jstor | |
Jan 19 | Turing Machines & Computational Theory of Mind |
• "Turing Machine" article at Wikipedia or SEP • SEP "Computational Theory of Mind" html † [Clark 1] | Reaction2 due |
Week 3 | |||
Jan 24 | AI as Empirical Enquiry (or not) |
• Newell & Simon (1975) pdf • Schank & Abelson (1977) pdf † [Clark 2] † [Schank & Abelson (1995) pdf] | |
Jan 26 | More concepts |
• Goldstone & Kersten (2003) pdf • Lawrence & Margolis (2011) SEP entry on Concepts † [Vigo (2010) pdf] | Reaction3 due |
Week 4 | |||
Jan 31 | Cognition ← → Brain? |
• Fodor (1974) pdf • Marr (1982) chapter 1 pdf and chapter 6 pdf † [Clark 3] | |
Feb 02 | Turing Test & Chinese Room |
• Turing (1950) html pdf • Searle (1980) preprint pdf | Reaction4 due |
Week 5 | |||
Feb 07 | More Functionalism |
• Putnam (1967) (pdf) • Block and Fodor (1972) pdf † Block (1996) pdf † Churchland 2005 preprint pdf | |
Feb 09 | Instrumentalism & Rational Believers |
• Dennett (1981) pdf • Tversky & Kahneman (1974) jstor pdf • Todd & Gigerenzer (2007) pdf | Reaction5 due |
Week 6 | |||
Feb 14 | Connectionism and Eliminativism |
• Medler (1998) pdf • Ramsey et al. (1991) jstor pdf † Schmidhuber (2016) Scholarpedia article on deep learning † [SEP "Connectionism" html] † [Clark 4] | |
Feb 16 | Embodiment |
• Brooks (1991) pdf • Clark (1998) pdf • Barsalou, Smith & Breazeal (2007) pdf † [Clark 5] | Reaction6 due |
Week 7 | |||
Feb 21 | Dynamical Systems |
• Van Gelder (1995) pdf • Beer (2000) pdf • Silberstein & Chemero (2008) pdf † [Clark 6 & 7] | |
Feb 23 | Extended and Collective Minds |
• Clark & Chalmers (1998) html • Adams & Aizawa 2010 pdf | Reaction7 due |
Week 8 | |||
Feb 28 | Group Cognition |
• Theiner et al. (2010) pdf • Ludwig (2015) pdf | |
Mar 02 | More on Multiple Realizability |
• Figdor (2010) pdf • Anderson (2010) pdf † [SEP "Multiple Realizability" html] | Reaction8 due |
Week 9 | |||
Mar 7 | Physicalism and MR | • P&S 1 | Final paper requirements will be discussed |
Mar 09 | no class | start sending paper proposals | |
Week of Spring Break | |||
Mar 14 | spring break | no class meeting | |
Mar 16 | spring break | no class meeting | |
Week 10 | |||
Mar 21 | Realization | • P&S 2 | |
Mar 23 | What is MR? | • P&S 3 | last day to submit a paper proposal |
Week 11 | |||
Mar 28 | Relevant Differences | • P&S 4 | |
Mar 30 | Neural Plasticity | • P&S 5 | Reaction9 due |
Week 12 | |||
Apr 04 | Kind splitting/comparative | • P&S 6 | |
Apr 06 | Likelihood of MR | • P&S 7 | |
Week 13 | |||
Apr 11 | Computationalist Argument for MR | • P&S 8 | |
Apr 13 | Putnam's Revenge | • P&S 9 | Reaction10 (book review) due |
Week 14 | |||
Apr 18 | Mental Causation | • P&S 10 | |
Apr 20 | tba | paper draft due | |
Week 15 | |||
Apr 25 | Paper workshops | ||
Apr 27 | Paper workshops | ||
Finals Week | |||
May 03 | Final paper due |