Individual response to three types of nonlethal weapons

This study investigates behavioral reactions to three types of nonlethal weapons (NLWs) used by the U.S. military. We provided participants with simulated situations involving military use of NLWs, and asked them to predict how they would react. We found variations in response according to weapon type. In general, individuals were unlikely to aggress or disperse, although these reactions were mediated by demographic factors. It may be important for Army officials to know the behavioral effects of NLWs in order to use them effectively

Nanominerals and Mineral Nanoparticles: More Clues as to How they Operate and the Chemistry they Perform at Nanometer to Global Scales

No abstract available

Effects of emotional working memory training on problematic internet use, inhibition, attention, and working memory among young problematic internet users: a randomized control study

Problematic internet use (PIU) has been defined as an inability to control impulses to use the internet, and is associated with psychological, social, educational, and/or occupational problems. Considering the harmful effects of PIU, the present study evaluated a treatment intervention aimed at controlling PIU. A randomized control study investigated the effectiveness of emotional working memory training (eWMT) in improving inhibition, attention, and working memory among individuals with PIU in comparison with a placebo group. Young adults (N = 36) with PIU were either trained for 20 sessions in an n-back dual emotional task (eWMT; n = 18) or a feature matching task (placebo; n = 18). Results showed that 20 continuous sessions of eWMT significantly reduced the symptoms of PIU and improved participants’ working memory, attention, and inhibition (compared to the placebo group). These preliminary findings suggest that eWMT can be considered a promising treatment to reduce PIU by improving individuals’ cognitive and emotional functioning

Nanominerals and Mineral Nanoparticles: More Clues as to How they Operate and the Chemistry they Perform at Nanometer to Global Scales

No abstract available