Wednesday, June 28, 2017
Because of our discussion yesterday and some of the comments put forward just before the class ended. We talked about how a white person is not qualified to talk for a black person (and viceversa), a man for a woman (and viceversa), a heterosexual for a homosexual (and viceversa), a non-transgender for a transgender and viceversa). At first, these qualifications may seem limiting, indeed overbearing. After all (as Roberto pointed out), even amongst blacks, a black person may say (referring to another black person) "this black person is not qualified to talk for me."
discussion continues here.
Monday, June 26, 2017
Find the topics for review for quiz 1 here.
In addition, here is the Website to your textbook Doing Philosophy. It contains quizzes, flash cards, etc. Play with it and grade yourself.
Remember to bring your own scantron #888-P or #882-E
Wednesday, June 21, 2017
Monday, June 19, 2017
alfredo triff, ph.d.
room 3604-28 (Building #3)
office hours: posted
text: Doing Philosophy: An Introduction through Thought Experiments, by Theodore Schick and Lewis Vaughn (Fifth Edition).
* become familiar with contemporary trends in philosophy.
* stimulate the philosophical spirit, i.e., learning how to problematize, hypothetical creativity, ethics of dialogue, philosophy for life.
* the previous point is also subsumed under critical thinking skills.
(keep reading here)
Thursday, June 15, 2017
this is a theory defended by philosopher John Searle. (The Rediscovery of the Mind)
For Searle, consciousness emerges at certain levels of anatomical organization. Certainly, the human brain, with its approximate 100billion neurons and 125trillion synapses (just in the cerebral cortex alone!) has the complexity to generate consciousness.
This is probably true of the brains of nonhuman primates, which also have lots of neurons and neural connections. It is also true for other non human animals. It may not be true of snails, because they may not have enough neurons and interconnections to support (much) consciousness. It's not true of paramecia, because they don't have any neurons at all. And it's certainly not true of thermostats.
Consciousness, Searle argues is a biological phenomenon, a property of the brain, but not a purely functional property. Instead, it is a systemic property. Systemic properties are very common in science, and some can seem quite unexpected just looking at the parts of the "system." For example, water is liquid, even though none of its parts, its molecules, are liquid. Liquidity is a systemic property. But we can explain why water is liquid in terms of its parts and their causal interactions. Another example is transparency – molecules aren't transparent; what makes glass transparent is the way the molecules are organized. In each of these cases, we can explain the "new" systemic property in terms of micro-level interactions.
Similarly, Searle argues, consciousness is a systemic property of the brain. It is the brain as a whole that is conscious, even though its individual parts – neurones – aren't. Consciousness is caused by micro-level brain processes, and if the brain and its causal powers and processes were reproduced, so would consciousness be. So, Searle says, there is nothing particularly mysterious about consciousness – it is part of the natural world, in particular, biology.
Consciousness cannot be eliminated from scientific discourse because objective, third-person descriptions of brain processes necessarily leave out the first-person subjectivity that lies at the core of phenomenal experience. First and foremost, consciousness entails first-person subjectivity. This cannot be reduced to brain-processes because any third-person description of brain-processes must necessarily leave out first-person subjectivity. For that reason, every attempt to reduce consciousness to something else must fail, because every reduction leaves out a defining property of the thing being reduced -- in this case, the first-person subjectivity of consciousness.
as part of our conversation about functionalism & AI (see the discussion about hypothesis and the talk about "corpus" around 4:00).
also, read this article, by ray kurzweil.
to proper understand what Watson does you should be proficient in these areas:
natural language processing, which includes
lexical semantics (a promising subfield of the intersection between syntax and semantics)
natural language understanding (this is where the name AI comes from)
sentiment analysis (I love this, where the psychology intersects para-logical processes)