Education and dissemination strategies of photoactuation as a novel phenomenon

In the current information age, scientists and educators are urged to disseminate scientific findings in a prompt manner for increased public acceptance, later on, in the market place. Customer acceptance of highly novel technologies is an education-driven effort that requires attention early-on during the stage of technology development. Prompt attention is particularly needed in technologies where nanoparticles are employed, such as those being developed within the Nano- Optical Mechanical Systems (NOMS) project. Another driving force to disseminate photoactuation is to generate interest and curiosity amongst the K-12 population that could eventually lead to increased enrollment of students in the physical sciences. In this paper, we present a work plan for the dissemination of photoactuation to society at large; from K-12 to the general public. The work plan will be designed in accordance with the logic model, following indications of the National Academy of Sciences, and will include a proposal for evaluating translational research following a process marker model.