Jungfen Fan
Centre: BIFI
Institution: University of Zaragoza, Zaragoza (Spain)
Position: PhD Student
E-mail: fanjfcn@qq.com
Phone: 976762889
Profile: Ver
Personal statement
He obtained a Bachelor of Engineering degree in 2012 and a Master of Engineering degree in 2023. He has experience working as a developer in large companies, and currently, he is pursuing a Ph.D. at BIFI. His previous research focused on aware-disease coupled spreading. Over time, he has integrated this research with evolutionary game theory. He is now combining epidemiological and demographic data to construct networks and matrices for analysing disease transmission dynamics.
Researcher profile identity
His research background spans information-disease coupled spreading in multilayer networks, focusing on the dynamic interactions between epidemic propagation and behavioural changes. Over time, he integrated his work with evolutionary game theory to explore how strategic decision-making influences disease transmission patterns. His current research combines epidemiological and demographic data to build complex networks and matrices, aiming to analyse and better understand the dynamics of disease spread. This interdisciplinary approach bridges network science, game theory, and population studies to address challenges in epidemic modelling and public health.
Why my research is important
His research contributes to understanding the complex dynamics of disease transmission by integrating network science, evolutionary game theory, and demographic data. By modelling how human behaviour and disease spread co-evolve, his work offers valuable insights for designing more effective public health interventions. This research is crucial for predicting outbreak patterns and assessing the impact of preventive measures, especially in scenarios where misinformation can influence health-related decisions. The findings have broad applications in epidemiology, public policy, and health communication strategies, ultimately helping societies better prepare for and respond to infectious disease outbreaks.
More about me and my research
