Monday, October 28, 2024
Tuesday, October 15, 2024
Lista de Estudiantes Asistentes
María Cetino
José Guizán
Daniela Fonseca
Nicole Leithof
Amarillis Rubido
Ariana Tacher
Samantha Tang
Ricardo Uzcátegui
Augusto Valero
Monday, October 14, 2024
Thursday, October 10, 2024
HOMEWORK #7 (PHILOSOPHY OF MIND)
1. a. What is Descartes' conceivability b. & divisibility argument? c. Taken together, what do they prove regarding the mind (according to Descartes)?
2. Is the mind the soul for Descartes?
3. Mention one counter to Descartes' theory (p. 227)
4. What is the "closure of the physical"? (p. 227)
5. What is epiphenomenalism?
6. Explain Logical Behaviorism? Which present science is close to this definition?
7. Explain Putnam's Super Spartans thought experiment. What's a counterexample to?
8. Explain Thomas Nagel's bat experiment. What theory is it a counter to?
9. What are the characteristics of mental states according to Nagel?
10. What is functionalism?
11. Answer Section 4.3 Question #1 and Question #3
12. What is David Lewis' Mad Man thought experiement a counter example to?
13. What is Allan Touring test for intelligence. What does it mean? (Read p. 236, 237)
14. What is the event known as singularity? Do you believe it possible?
15. Section 4.5 Question #4.
Wednesday, October 9, 2024
Monday, October 7, 2024
Friday, October 4, 2024
Thursday, October 3, 2024
La invasión del "fake" research (o por qué debemos considerar lo "fake" como una parte del todo)
Climate scientist admits to overhyping research to get published (in the Telegraph)
Are you surprised? 😂
Let's do a bit of Philosophy of statistics.
I remember Professor Barr's adage in my Statistical Analysis class: if you find two compelling reasons for a mistake (outside the research), it's not a mistake.
What an error in statistics?
Observational error (or Measurement error) is the difference between a measured value of a quantity and its true value. In statistics, an error is not necessarily a "mistake."
The reason is that variability is an inherent part of the results of measurement processes.
Measurement errors can be divided into two: random and systematic.
Random errors are errors in measurement that lead to inconsistent measurable values when repeated measurements of a constant attribute or quantity are taken (errors can get repeated even if looking for proof)
Systematic errors are not determined by chance but are introduced by repeatable processes inherent to the system.
Put differently, the house would lose if randomness was true.
A systematic error is not determined by chance but by a repeatable process inherent to the system. In gambling parlance, Casino bias is part of the game; otherwise, the House loses!
Now, is complete randomness REAL? Some think not.
If not, how do you argue?
HOMEWORK #6 EMPIRICISM & KANT
1. Tell which proposition is synthetic a priori or a posteriori and explain your answer.