<p>Given that my son was an Intel finalist this year, this thread has attracted my interest.</p>
<p>Nobody denies that the original connection to a mentor plays a crucial role in a high school students success in science research competitions. The Intel Corporation and Science Service are the first to admit thisthey love reminding everyone how important it is for young and old minds to work together. But there are three reasons why I feel people on this thread are mistaken to underestimate the originality of students who performed their projects in a professional laboratory.</p>
<p>First, TONS of students work in professional labs, receive guidance, and end up doing great work. In the Intel Science Talent Search alone there were over 1,600 applicants. So what distinguished the top 300 (semifinalists) or the top 40 (finalists)? It was the particular level of originality, the extent to which the students understood their projects, their ability to interpret and analyze data, the quality of their explanations (both in writing and in person, to experts and to laypersons), andperhaps most importantlyhow the students handled unexpected data and took the project in a new, exciting direction. So I think that its unfair to claim that all one needs to be an Intel semifinalist is a good connectionthousands upon thousands of kids around the country who worked their butts off in a laboratory with a great mentor, but who didn't make it, know that thats not true.</p>
<p>Second, the creative aspect of science research often has little to due with the initial choice of a topic area. In my sons case, while the general area of study was in the mentor's field, the specific topic of research arose out of something that my son noted in his reading, which in collaboration with the mentor, led to the focus of the study. In fact, my son was first author of the paper, which has since been published in a major journal.
So, its not the initial contact but where the student takes it that makes the difference.</p>
<p>Furthermore, having gone to Washington to see the finalists' exhibits, it was striking how many kids clearly had ownership of their work
one girl (currently my sons girlfriend, actually) cracked a complex protein structure, primarily due to her own ingenuity. In her lab, she was essentially the only one working on this specific protein, and still managed to beat out competing professionals from around the country. Another finalist devised his own invention that harnesses energy from ocean wavesout of spare parts found in his basement. ---Even in cases where the student did not necessarily have the level of creativity or inventiveness of these particular kids, their brilliance and degree of mastery of the subject was mind-boggling. </p>
<p>So, having had the opportunity to see this whole thing up close, it seems to me that there is way more than luck involved in the Intel selection process.</p>