---- Advertisement ----
Washington: A new study has found the connection between problematic smartphone use and low sense of control, repetitive thinking, and fear of missing out (FOMO) during the COVID-19 pandemic in the spring of 2021.
Previous research had shown that, during the COVID-19 pandemic, smartphone use had significantly increased. While smartphones can enhance daily routines and social connections, the use of smartphones can become problematic and negatively affect relationships, work, and mental or physical health. A better understanding of factors that may contribute to problematic smartphone use could help inform efforts to prevent and manage such behaviour.
To provide new insights, Brailovskaia and colleagues conducted an online survey of 516 smartphone users aged 18 and over in Germany in April and May of 2021.
While the findings do not prove causation, the statistical analysis also suggested possible interactions between the four factors. For one, fear of missing out may be a key mechanism by which a low sense of control could lead to problematic smartphone use. Meanwhile, a higher degree of repetitive negative thinking was associated with a stronger relationship between fear of missing out and problematic smartphone use.
The sample was comprised of mostly female and rather young participants; the authors suggested that the study should be replicated in more age and gender-balanced samples from other countries, to ensure the results are generalizable to other populations.
Furthermore, the study was conducted during the pandemic when participants' usual daily routines may have been disrupted, possibly affecting the participants' sense of control. Nonetheless, the findings are in line with the hypothesis that loss of control--as experienced by some during the pandemic--could boost the risk of problematic smartphone use.
The authors added, "Problematic smartphone use is fostered by the interaction of loss of control, fear of missing out and repetitive negative thinking."
The study has been published in the 'PLOS ONE Journal'. Julia Brailovskaia of Ruhr-Universitat Bochum, Germany, and colleagues presented these findings.