Christoph Weinert

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This research aims to explain the negative side of ICT-enabled communications. Therefore, the perception of users that social interactions on online social networks (OSN) are threatening is suggested as a new variable called social interaction overload. The paper theorizes that individual, OSN-specific, and OSN-specific communication characteristics(More)
Despite the wide dissemination and acceptance of teleworking in the IT industry, companies like Yahoo!, HP, or Best Buy have stopped their telework programs, which indicates that there might also be some negative side effects in this type of work. In regard to this, our research focuses on one particular negative side of teleworking by focusing on(More)
Information and communication technology induced stress, called technostress, influences users negatively. Numerous investigations are made about technostress; however, none consider the concept of coping in order to explain strategies to avoid these negative consequences. Therefore, this paper develops a theoretical model to explain the coping process and(More)
Despite the wide dissemination and acceptance of teleworking, there are negative effects for employees. Literature shows that these negative effects of telework lead to undesired outcomes for teleworkers such as telework-exhaustion. The present research, however, goes one step further by identifying three significant telework-characteristics and(More)
Attitudes are one of the three most-frequently studied independent variables to explain user behavior. However, although psychological literature distinguishes between explicit and implicit attitudes, most of the investigations in the research stream of IS acceptance and usage have a pure focus on explicit attitudes and do not consider implicit attitudes.(More)
Femtosecond spectroscopy with hyperspectral white-light detection was used to elucidate the ultrafast primary processes of the thermodynamically stable organic radical, 1,3,5-triphenylverdazyl, in liquid acetonitrile solution at room temperature. The radical was excited with optical pulses having a duration of 39 fs and a center wavelength of 800 nm thereby(More)