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Adolescence is a period of great intellectual development that holds a lasting, lifelong influence. The authors examine the degree to which a school's religious affiliation and contextual teaching influence the development of adolescent belief systems and attitudes. The researchers find that the religious tenor of the school is incredibly influential in shaping student worldviews. Because religion and science are often viewed as diametrically opposed, I'd like to take this data a little further and ask, to what degree does this trend impede or facilitate scientific literacy?

The article highlights findings of a report released by the National Collegiate Athletic Association indicating that scholarship athletes continue to graduate at historic levels. An increasing number of black men's and women's basketball players, and more white men's and women's track-and-field athletes, are completing their degrees within six years.

This is an article from Workshop On Computer Architecture Education in the Proceedings of the 2007 workshop on Computer architecture education. The authors are concerned about the computer science curriculum at Georgia Tech and how so many different subtopics of computing have made their way into a computer science degree. So by reconsidering what should be considered the core of computer science, they define what is necessary for a computer science student to know at the hardware level. I find this article interesting because its cause does not only apply to George Tech, but to all computer science curricula nationwide. The main academic concern of the article is the separation of operating system courses and courses in computer architecture. The operating system is so close to the architecture that the two should be wrapped into one. This would streamline the hardware and software level of interaction and reduce confusion caused by the separation of these areas of study.

This is a panel discussion in the Journal of Computing Sciences in Colleges that questions the importance of digital logic for the future of computer science. The discussion is composed of different individuals from different universities who share their own view concerning the foundation of the digital computer. This is a good example of a discussion warning against a great degree of abstraction between the underlying hardware and the high-level developer. The fact is that everything in computer science is built upon the fundamentals of digital logic and without an understanding of this logic, the connection between theory and practice is lost.