John, Just a few q's...
Can one be a serious theorist or experimentalist without studying all the written words ever written on the subject?
On a quality course is this formula a golf ball is struck with a slightly glancing blow at 100 mph, based on the material characteristics of the ball and club, yielding a launch angle of x degrees and a spin rate of y rpm, with a three dimensional, or spherical axis of rotation, and how that ball is affected by a wind speed of j mph at sea level air pressure, and when that ball strikes the firm, fast turf with a coefficient of restitution of v,
longer or more complex, than on an inferior course?
Question 1. I would assume the answer is no. However, one needs to have a thorough education in the mathematics, knowledge of the currently known particles, and the experimental experience, in order to do either job. In our case, the academic part is the never ending debate on GolfClubAtlas, where we share ideas and pictures, our likes and dislikes. Then, it helps a lot to have seen a great number of golf shots under varying conditions.
Question 2. This is easy. A more varied field of play will yield a greater spectrum of results, and is therefore more complex. Really complex. Once you calculate the third or fourth bounce, even on rock hard turf, the bounce factor is neglible and you would probably assume roll at that point. I wonder how the golf simulators and computer games deal with that.
Thanks so much for responding. I'm not trying to make a grand point, but I'm able to riff on the subject with ease. I love math and physics, but was never a great student, as I loved basketball, girls and intoxicants more. There's still time.
Regarding Peter's remark about The Vision Of Quality, I would say some of our favorite modern architects "see" the course embedded in the land, and brush away the excess. On the other hand, when an architect creates a golf hole schematic in his office at home, isn't he really saying, "Theoretically, this is a good golf hole."