[Jeff]

nm golfer


You wrote-:

Research.... Science... has arguably five steps or identifiable traits.

1) Identification of the problem (statement)
2) Collection of all of the essential facts (indisputable basic assumptions...i.e. the premises)
3) Selection of one or more tentative solutions (thesis)
4) Evaluate choosen solutions to determine if they are in accord with the facts (data collection/analysis... perhaps some theoretical modeling too)
5) Select the final solution (theory)

Science is a processes whereby thesis gets elevated to theory."

I disagree - especially with your last statement which is a tautology.

I have a different approach to the idea of a scientific endeavor.

I think that science starts with a theory that has informative content/predictive content. Then, the second step, is experimental testing to see if the theory can be verified and also not falsified. A theory only acquires scientific validity not only in proportion to its ability to be verified, but also according to its ability to withstand attempts at falsification.

Most scientists realize that a low falsifiability factor is an essential element of the term "scientific conclusiveness", and that's why I mainly concentrate my efforts on falsification rather than verification. Most reasonable scientific theories have a high verifiability factor, but not necessarily a low falsifiability quotient. That's why many wise scientists set up their scientific experiment to rigorously test their theory for its falsifiability quotient. In other words, they deliberately try to falsify their own theory - knowing that a failure to falsify their theory may make it the "best" present-day theory. A wise scientist knows that he has not conclusively proven his theory that "all swans are white" by observing more-and-more white swans because he knows that his theory is not necessarily more true after having observed 1,000 white swans than it was after having observed 100 white swans. It is easier, and more fruitful, to "test" his own theory by looking for one black swan (non-white swan) because it only takes one black swan to disprove his theory.

That's how I approach golf swing theories. I look for a golf swing theory that is likely to have a low falsifiability factor, and I then try to disprove the theory via a rigorous attack. If I cannot falsify the theory, then my respect for the theory increases - because, in my mind, it obviously has a low falsifiability factor. I think that any golf swing theory, which is not only verifiable, but that can also best withstand rigorous falsification challenges represents the "best" present-day theory. There are no "true" golf swing theories in terms of absolute truth. There are only "degrees of truth" in terms of the theory having a high verifiability factor and a low falsifiability factor.

Using that intellectual approach as to what represents a "scientific endeavour", I think that TGM theory regarding the golf swing is a "scientific endeavour" in the sense that TGM theory can be tested for its verifiability and falsifiability quotients.

Jeff.