ufology
Master Poster
- Joined
- Jun 30, 2011
- Messages
- 2,681
Null Hypothesis & Ufology
We aren't talking about the weather, we are talking about UFOs which are extremely transient and comparatively rare phenomena. It would be like the weather service predicting accurately where the next ball lightning will be. Large scale weather can be tested with repeated observation of developing systems. UFOs don't behave like that. Consider these points in comparison to the definition of the null hypothesis from Wikipedia:
Null Hypothesis:
"The practice of science involves formulating and testing hypotheses, assertions that are capable of being proven false using a test of observed data. The null hypothesis typically corresponds to a general or default position."
"Hypothesis testing works by collecting data and measuring how probable the particular set of data is, assuming the null hypothesis is true. If the data-set is very improbable (usually defined as observed less than 5% of the time), then the experimenter concludes that the null hypothesis is false."
"Consider the question of whether a tossed coin is fair (i.e. that on average it lands heads up 50% of the time). A potential null hypothesis is "this coin is not biased towards heads" (one-tail test). The experiment is to repeatedly toss the coin. A possible result of 5 tosses is 5 heads. Under this null hypothesis, the data are considered unlikely (with a fair coin, the probability of this is 3%). The data refute the null hypothesis: the coin is biased."
As Applied to Ufology
We are not in a controlled situation as in the example of a coin toss above, so how do we test the observed data when the observations are so fleeting as to be considered unreliable by the skeptics? It simply isn't possible until such time as a UFO submits itself to such observational testing. In the mean time what would the skeptics have those who have seen a UFO do ... simply say "I don't know" and forget about it? What if these people are pilots and air safety or national defense may be affected? What then? Do we still continue to ignore it? So you see, it's not **** as the above poster could not resist but include in his remarks.
Lastly, why should people who have a personal interest not have the freedom to explore the phenomenon? Many people find it interesting and enjoyable, and that is as good a reason as any so far I'm concerned. Limiting all interest in the subject to what can be proven by a null hypothesis would subtract greatly from the rich array of subject matter and activities that make up ufology as a whole.
I am so glad that the pioneers in the weather services didn't make up **** like this because they couldn't do "controlled experiments." If they did, we'd have thousands dead in every hurricane, and hucksters in fields like "weatherology" telling us that it was Thor hurling lightning bolts or aliens or whatever.
We aren't talking about the weather, we are talking about UFOs which are extremely transient and comparatively rare phenomena. It would be like the weather service predicting accurately where the next ball lightning will be. Large scale weather can be tested with repeated observation of developing systems. UFOs don't behave like that. Consider these points in comparison to the definition of the null hypothesis from Wikipedia:
Null Hypothesis:
"The practice of science involves formulating and testing hypotheses, assertions that are capable of being proven false using a test of observed data. The null hypothesis typically corresponds to a general or default position."
"Hypothesis testing works by collecting data and measuring how probable the particular set of data is, assuming the null hypothesis is true. If the data-set is very improbable (usually defined as observed less than 5% of the time), then the experimenter concludes that the null hypothesis is false."
"Consider the question of whether a tossed coin is fair (i.e. that on average it lands heads up 50% of the time). A potential null hypothesis is "this coin is not biased towards heads" (one-tail test). The experiment is to repeatedly toss the coin. A possible result of 5 tosses is 5 heads. Under this null hypothesis, the data are considered unlikely (with a fair coin, the probability of this is 3%). The data refute the null hypothesis: the coin is biased."
As Applied to Ufology
We are not in a controlled situation as in the example of a coin toss above, so how do we test the observed data when the observations are so fleeting as to be considered unreliable by the skeptics? It simply isn't possible until such time as a UFO submits itself to such observational testing. In the mean time what would the skeptics have those who have seen a UFO do ... simply say "I don't know" and forget about it? What if these people are pilots and air safety or national defense may be affected? What then? Do we still continue to ignore it? So you see, it's not **** as the above poster could not resist but include in his remarks.
Lastly, why should people who have a personal interest not have the freedom to explore the phenomenon? Many people find it interesting and enjoyable, and that is as good a reason as any so far I'm concerned. Limiting all interest in the subject to what can be proven by a null hypothesis would subtract greatly from the rich array of subject matter and activities that make up ufology as a whole.
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