Publications by authors named "M TAKAC"

Background: The healthcare sector is acknowledged as a complex and challenging field. Increasingly, research highlights the importance of healthcare workers' internal social and emotional skills in managing their well-being and enhancing their capacity to provide patient care and support to colleagues. Emotional Intelligence (EI) has been identified as a key factor in improving the health and performance of healthcare workers, leading to the implementation of numerous programs aimed at enhancing EI.

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A narrative review of autonomous sensory meridian response (ASMR) was carried out. Definitional factors relevant to ASMR were canvassed. Related, but distinctly unique, sensorial phenomena, including frisson, synaesthesia, and misophonia were considered.

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Article Synopsis
  • Despite advancements in AI, creating systems for natural cooperative interaction with humans remains challenging, prompting the need to study how cooperation develops in infants.
  • BabyX, an 18-month-old virtual infant simulation, serves as a model to analyze cooperative behaviors, specifically focusing on nonverbal turn-taking through cognitive and motor mechanisms.
  • The study compares BabyX's interactions with human infants and caregivers, revealing similarities that support the idea that this model can help build a comprehensive understanding of human cooperation.
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Through its unique sensory synchronized design, virtual reality (VR) provides a convincing, user-centred experience of highly controllable scenarios. Importantly, VR is a promising modality for healthcare, where treatment efficacy has been recognized for a range of conditions. It is equally valuable across wider research disciplines.

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Geomagnetic fields interfere with the accumulation of iron in the human brain. Magnetic sensing of the human brain provides compelling evidence of new electric mechanisms in human brains and may interfere with the evolution of neurodegenerative diseases. We revealed that the human brain may have a unique susceptibility to conduct electric currents as feedback of magnetic dipole fluctuation in superparamagnetic grains.

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