Computer Modeling and Science

The creation of computer models is an integral part of modern science. In this course we will learn about computer models in astronomy, ballistics, chemistry, economics, epidemiology, genetics, global warming and sustainability studies. Along the way, you will gain:

  • Insight into the scientific process;
  • Understanding of the challenges made to science on non-scientific grounds, particularly critiques of evolution and global warming theories;
  • Working knowledge of Microsoft Excel ®, the most widely used computational engine and business;
  • Credit for the GenEdIII Quantitative Studies requirement (or Area D Science and Technology in the "old" core).

Fall 2009 Lecture Schedule

DayDateTopicReadings
MAug 17Modeling, science, and knowledge Notes, chapter M
WAug 19Modeling, science, and knowledge
FAug 21Linear modelsNotes, chapter LM
 
MAug 24Linear models and regression analysisNotes, chapter LM
MAug 28Linear models and regression analysisLimits, chapter 1
FAug 28Discrete models and probabilityNotes, chapter D
 
MAug 31Discrete models and probabilityNotes, chapter D
WSep 2Dynamic models: population and exponentialsNotes, chapter P
FSep 4Exponential and logistic population growthLimits, chapter 2
 
MSep 7Labor Day holiday -- Yippee!
WSep 9Logistic population growth and stability Notes, chapter P
FSep 11Economic modelsNotes, chapter Ec
 
MSep 14Keynesian and monetarist viewsNotes, chapter Ec
WSep 16Markets and SustainabilityLimits, Ch. 6
ThSep 17 Review for Test 1: 6:30 pm
FSep 18Test 1 -- Comprehensive
 
MSep 21Test 1 Solutions; BallisticsNotes, chapter B
WSep 23Ballistics: computation and error in modelsNotes, chapter B
FSep 25Ballistics in war: the Paris GunHandout
 
MSep 28Astronomy and scientific revolutionsNotes, chapter A
WSep 30Astronomy and scientific revolutionsNotes, Chapter A
FOct 2Big things hitting EarthNotes, Chapter A
 
MOct 5Extinction and evolutionNotes, chapter Ev
Woct 7DNA family trees and "Eve"Notes, chapter Ev
FOct 9Evolution vs. Intelligent Design---
 
MOct 12State and flow models: epidemiologyNotes, chapters Ep1 & Ep2
WOct 14Epidemiology: public health & the AIDS epidemicNotes, chapter Ep2
FOct 16Stella modeling of epidemicsNotes, chapter Ep2
 
MOct 19The Limits to GrowthNotes, chapter L1; Limits, chapter 3
WOct 21Limits to Growth: Human PopulationNotes, chapter L1
ThOct 22Last day to withdraw without penalty
FOct 23Limits to Growth: Peak OilNotes, chapter L2
 
MOct 26
WOct 28
FOct 30Fall Break! Yippee!
 
MNov 2Atmospheric Science---
WNov 4The Ozone storyLimits, Chapter 5
FNov 6Test 2 -- Comprehensive
 
MNov 9Test 2 solutions; sustainability
WNov 11Simple models of society using StellaNotes, chapter S
FNov 13The WORLD3 model and the "nightmare scenario"Notes, chapter S
 
MNov 16Global warming: forcings, feedbacks, and buffersNotes, Chapter W
WNov 18Global warming: emissions and consequencesNotes, Chapter W
FNov 20James Hansen on avoiding catastrophic global warming---
 
MNov 23Thanksgiving Holiday! Yippee!!
WNov 25
FNov 27
 
MNov 30International politics of global warming (Guest Lecture!)
WDec 2Global warming: the contrarians ---
FDec 4The Gaia HypothesisNotes L4
 
MDec 7Transitions to a sustainable world systemLimits, Chapter 7
TDec 8Course Summary and Final Exam review
WDec 9Reading Day (no class)
 
M Dec 4Final Exam -- Comprehensive! 8:00 AM!