Hungarian Study Sheds Light on Smartphone Addiction
Researchers at Semmelweis University have unveiled new insights into the complex causes of smartphone addiction, showing that it’s not just about how much we use our phones, but also about self-control and the fear of missing out (FOMO). Their study found that individuals with low self-control and high FOMO are more likely to engage in problematic smartphone usage — which in turn is linked to impairments in attention, memory, sleep quality, and even physical posture. The research emphasizes strategies for conscious use and psychological support rather than outright bans, marking important progress in understanding digital behaviour and mental well-being in the digital age. (Semmelweis Egyetem)
Precision Forest Protection Through Geobioinformatics
At the University of Sopron, scientists are pioneering geobioinformatics — a hybrid field that combines geoinformatics (spatial analysis) and bioinformatics (molecular information) to identify and address threats to forest ecosystems. By integrating satellite and drone data with DNA-level pathogen analysis, researchers can now quickly pinpoint struggling forest areas and target interventions with unprecedented precision. This innovation not only strengthens Hungary’s capacity to combat climate change impacts and emerging pests, but also positions the university at the cutting edge of environmental research and sustainable forestry solutions. (international.uni-sopron.hu)
BME Researchers Contribute to Space Weather Research in ESA’s Plasma Observatory Mission
Researchers from Budapest University of Technology and Economics (BME) are playing a key role in the European Space Agency’s Plasma Observatory (PMO) mission, an international effort to study space weather and geomagnetic storms that can affect satellites, communications and power grids on Earth. The Hungarian team — in collaboration with the HUN-REN Institute of Earth Physics and Space Science — is developing the low-voltage power supply system for a critical instrument (the Ion Mass Composition Analyzer) that will fly on a constellation of seven satellites to measure charged particles and magnetic-plasma interactions in unprecedented detail. This contribution not only advances understanding of near-Earth space physics but also highlights Hungary’s growing presence in cutting-edge space science and engineering. (BME)
New Discovery on the Predictive Brain & Social Behaviour
In work involving Eötvös Loránd University (ELTE) in collaboration with international partners, researchers are advancing our understanding of the predictive brain — the neural mechanisms that help humans interpret and navigate social environments. The research reveals how the brain encodes social hierarchy and uses prediction to guide where we focus our attention in complex social situations. These findings open fresh avenues for exploring how neural prediction supports social cognition, cooperation and communication, with implications for psychology, education and even psychiatric research. (ELTE)
Looking Ahead
Taken together, these studies paint a picture of Hungarian research that is both wide-ranging and deeply connected — exploring how we sustain our minds, our societies and the environments on which modern life depends.