Immersion in video games, creative self-efficacy, and political participation

Data from a cross-national survey (N = 801) of young adults in Australia, the Philippines, South Korea, and the U.S. (Guam, Hawaii, Continental U.S.) were analyzed to explore the relationships between the three subcomponents of the immersion motivation of video game play—discovery, role-play, and customization (Yee, 2006)—creative self-efficacy, and political participation. Findings reveal role-play and creative self-efficacy are positively associated with political participation; discovery and role-play are positively associated with creative self-efficacy. Furthermore, discovery, role-play, and customization had small indirect effects on political participation via creative self-efficacy

Immersion in video games, creative self-efficacy, and political participation

Data from a cross-national survey (N = 801) of young adults in Australia, the Philippines, South Korea, and the U.S. (Guam, Hawaii, Continental U.S.) were analyzed to explore the relationships between the three subcomponents of the immersion motivation of video game play—discovery, role-play, and customization (Yee, 2006)—creative self-efficacy, and political participation. Findings reveal role-play and creative self-efficacy are positively associated with political participation; discovery and role-play are positively associated with creative self-efficacy. Furthermore, discovery, role-play, and customization had small indirect effects on political participation via creative self-efficacy

Measurement of the Resonant dμtd\mu t Molecular Formation Rate in Solid HD

Measurements of muon-catalyzed dt fusion ($d\mu t \to ^4He+n+\mu^-$) in solid HD have been performed. The theory describing the energy dependent resonant molecular formation rate for the reaction $\mu t$ + HD $\to [(d\mu t)pee]^*$ is compared to experimental results in a pure solid HD target. Constraints on the rates are inferred through the use of a Monte Carlo model developed specifically for the experiment. From the time-of- flight analysis of fusion events in 16 and 37 $\mu g\cdot cm^{-2}$ targets, an average formation rate consistent with 0.897$\pm$(0.046)$_{stat}\pm$ (0.166)$_{syst}$ times the theoretical prediction was obtained.Comment: 4 pages, 5 figure