Setanta wrote:Yes, JP i consider that much better--now we only need to get you to realize that science education is both useful and important.
When I look at the biographies of German Nobel Prize winners in physics, chemistry, and medicine, I am frequently amazed by one observation: How many of them -- certainly a greater-than-average percentage for Germany -- attended the
Humanistisches Gymnasium. That is a brand of high school specializing in ancient Greek and Latin. Because of the literature written in those languages, ancient history and classical philosophy inevitably are other major foci at this kind of institution.
At the time those Nobel Prize winners received their humanist education there, English was always taught as a third language, typically in an elective course. No sentence could possibly be short enough to do justice to their science curriculum, which was rudimentary. Based on this observation and comparable ones I made among my fellow physicists, I believe that the
really important thing to teach in a school is the basics JP referred to, plus the tools to acquire new knowledge by ones own initiative. Once students possess those tools, they can learn all the natural science they'll ever need in college. And that includes future evolutionary biologists.
So for what it's worth, I do
not think science education beyond the basics is a terribly important part of a high school curriculum. And I also don't think there's a compulsive case for teaching evolutionary biology. If a school wants to teach ancient Greek instead -- no problem. It has, if you'll excuse the language, my blessing.