Author:     ~ 3 title(s) found

Secondary Students' Interests in Nanoscale Science and Engineering Concepts and Phenomena
Submitted on 08-NOV-07
Contributed by Kelly Hutchinson

Research has shown that increasing students' interests in science has had a positive effect on their science achievement (Schwartz-Bloom & Haplin, 2003; Neathery, 1997) however, there is little research as to what topics increase students' interests in science (Schwartz-Bloom & Haplin, 2003). Nanoscale science and engineering is one topic currently being investigated as a way to increase students? interest in science due to its integrated nature and increasing popularity in society. This thesi...

NCLT NSEE Symposium at the 2007 NARST Conference
Submitted on 19-JUL-07
Contributed by Namsoo Shin, Shawn Stevens, Cesar Delgado, Joseph Krajcik, Jim Pellegrino, Lynn Bryan, Shanna Daly, Kelly Hutchinson, David Sederberg, Randal Batchelor, Eric Hagedorn, Bill Fornes, Nick Giordano

NCLT presented a session at the 2007 meeting of the National Association of Research in Science Teaching entitled `Introduction of Emerging Science into the Classroom- the Case of Nanoscience and Nanotechnology'. The session consisted of four papers that discuss the Center's efforts in students' interests and motivation regarding nanoscience, their understanding of size and scale, identification of support and gaps in instruction and assessment related to nanoscience concepts and professional de...

Introduction of Emerging Science into the Classroom-the Case of Nanoscience and Nanotechnology
Submitted on 21-DEC-06
Contributed by Randal Batchelor, Lynn Bryan, George Bodner, Shanna Daly, Cesar Delgado, Bill Fornes, Nick Giordano, Eric Hagedorn, Kelly Hutchinson, Joseph Krajcik, Jim Pellegrino, David Sederberg, Namsoo Shin, Shawn Stevens, Molly Yunker

Nanoscience and nanotechnology incorporate aspects of chemistry, physics, biology and engineering to create highly interdisciplinary fields. Research is rapidly developing strategies for creating new products and technologies by controlling matter at the nanoscale. The new information and technologies resulting from this research will have broad societal implications, and will be realized in the fields of healthcare, and the sustainability of agriculture, food, water, energy, environment, and be...