Chapter 1 (Introduction) Flashcards
Histography
The study of the proper way to write history
Psychology
The study of the psyche or mind
Presentism
Interpreting and evaluating historical events in terms of contemporary knowledge and standards
Historicism
The study of the past for its own sake, without attempting to interpret and evaluate it in terms of current knowledge and standards
Zeitgeist
The spirit of the times
Great-person approach
Alternate to Zeitgeist, approach to history that concentrates on the most prominent contributor to the topic/field
Historical development approach
Approach to history that concentrates on an element of a field and describes how the understanding/ approach to studying that element has changed over time. Contributions from various individuals or events
Eclectic approach
Taking the best from a variety of view points, using whatever method seems best to illuminate an aspect of the history
Empirical observation
Direct observation of nature or what is being studied to understand it
Science
Traditionally the systematic attempt to rationally categorize or explain empirical observation
Science: Popper’s view
A way of rigorously testing proposed solutions to problems
Science: Kuhn’s view
Paradigms guide research activities of scientists
Science: Feyerabend’s view
Impossible to give a generalized conception of Science
Rationalism
Philosophical belief that knowledge can be attained only by engaging in some type of mental activity.
Believe the validity or invalidity of certain propositions can often be best determined by carefully applying the rules of logic
Empiricism
The belief that the basis of all knowledge is experience.
Empiricism maintains that the source of knowledge is always based on sensory experience.
Scientific theory
Traditionally a proposed explanation for a number of empirical observations
Two main functions
1) organizes empirical observations
2) acts as a guide for future observation
Conformable proposition
A theory suggests propositions that are tested experimentally; propositions that are capable of validation through empirical tests
Scientific law
A consistently observed relationship between classes of empirical events
When x occurs y occurs
Public observation
The stipulation that scientific laws must be available for any interested person to observe. Science is interested in general in empirical relationships that are publically verifiable
Correctional laws
Laws that specify the systematic relationship among classes of empirical events; don’t need to be casually related
Causal laws
Laws describing how events are casually related; they allow for prediction and control and are more powerful
Specify the conditions that sre necessary and sufficient to produce a certain event
Determinism
Assumption that what is being studied can be understood in terms of causal laws.
‘for everything that ever happens there are conditions such that given them nothing else could happen’
Assumes that everything that occurs is a function of a finite number of causes and if they were known could predict with complete accuracy
But not all causes need to be known. Assume they exist and more we know the more accurate predictions are
Karl Popper (1902-1994)
Saw scientific method as having 3 components: problems, proposed solutions to problems (theories), and criticism of proposed solutions.
Because all scientific theories will be found false, the highest status any theory can obtain is not yet disconfirmed
Principle of Falsifiability and Risky Predictions
Principal of Falsifiability
Popper’s contention that for a theory to be considered scientific it must specify the observations that if made would refute that theory
To be considered scientific a theory must make risk predictions
Distinguished scientific from non-scientific