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The study also finds that young people are learning basic social and technical skills through their use of digital media that they need to participate fully in contemporary society. The social worlds that youth are negotiating offer new dynamics, as online socializing is permanent and public, involves managing elaborate networks of friends and acquaintances, and is always on.

According to researchers, young people are motivated to learn from their peers, as well as adults, online. The Internet provides new kinds of public spaces for youth to interact and receive feedback from one another. This may be different from how students are often asked to learn in schools.

In a cautionary note to parents, the study indicates that most youth are not taking full advantage of the learning opportunities of the Internet. While most youth use the Internet socially, they may overlook learning opportunities. Serious learning opportunities are abundant online in such subjects as astronomy, history, creative writing, and foreign languages. Youth can connect with people in different locations and of different ages who share their interests, making it possible follow pursuits that might not be popular or valued with their local peer groups.

his article reports on a study of the complex and messy process of classroom technology integration. The main purpose of the study was to empirically address the large question of "why don’t teachers innovate when they are given computers?"

Harold Wenglinsky's study, "Does it Compute: The Relationship between Educational Technology and Student Achievement in Mathematics," concluded that for 4th and 8th graders technology has "positive benefits" on achievement as measured in NAEP's mathematics test. But it is critical to note Wenglinsky's caveat to this conclusion. He argues that not all uses of technology were beneficial. Wenglinksky found using computers to teach low order thinking skills, "...[W]as negatively related to academic achievement…." Put another way, this type of computer use was worse than doing nothing. By contrast, teachers who had students use computers to solve simulations saw their students' math scores increase significantly. As he explored the reasons for the differing ways teachers used technology, Wenglinsky found that professional development was the difference between those teachers who used skill and drill software and those who used software that could create simulations. Teachers who had training and skills used technology in ways that focused students on simulations and applications that encouraged students to develop problem solving skills. Those teachers who hadn't had training used skill and drill software (Wenglinsky, 1998).

More recently, educators in Missouri issued their findings on a study of the impact the statewide eMints program had on academic achievement. This program is designed as a comprehensive approach to assist teachers to integrate technology. Participating teachers receive classroom equipment, and over two hundred hours of professional development over a two-year period. In addition to traditional workshops, eMints training includes peer coaching for individual teachers. The training is designed to help teachers integrate technology so that they can use inquiry-based teaching and emphasize critical-thinking and problem-solving skills. As one of the program leaders noted, "We find that when you put the two, (inquiry based learning and true technology integration) together there's a synergy created that really boosts students' learning" (Brannigan, 2002). The power of pairing technology with inquiry learning was directly reflected in the test scores of more than 6,000 third and fourth grade students who recently took the Missouri Assessment Program (MAP) test. "Results show that a higher percent of students in eMINTS classrooms scored in the 'Proficient' or 'Advanced' categories…when compared with other students who took the MAP tests…" (Brannigan, 2002; Evaluation Team Policy Brief, 2002).