How AI powers Hong Kong Baptist University professors’ research to benefit society
Two researchers in Hong Kong are using advanced data-driven computation and artificial intelligence (AI) alongside traditional scientific principles to better understand the mechanisms of the human brain and tackle the growing urban threat posed by extreme temperatures and air pollution. The academics at Hong Kong Baptist University (HKBU) have been recognised by Hong Kong’s Research Grants…
Two professors at Hong Kong Baptist University (HKBU) are leveraging artificial intelligence (AI) and traditional scientific methods to advance their research in neuroscience and urban sustainability. The work of Zhou Changsong, a chair professor in physics and complex systems, and Gao Meng, an ecological engineer, has been supported by Hong Kong’s Research Grants Council (RGC) through dedicated funding.
Professor Zhou is utilizing AI to create prediction models for dynamics-based evaluation methods within his neuroscience research. These models can provide insights into how various parts of the human brain collaborate to enable essential functions such as memory, language, and decision-making, as well as how aging and dementia impact these functions.
Zhou received approximately HK$7.8 million over a five-year period for his project, aiming to develop early biomarkers for abnormal brain aging and neurodegenerative diseases while designing automated tools to monitor the effectiveness of prevention and intervention measures. His ultimate goal is to integrate AI modeling with biological knowledge to improve personalized brain modulation therapy and potentially bring clinical applications to fruition.
Parallel to Zhou's research, Professor Gao Meng is applying AI machine learning techniques to address urban sustainability challenges posed by extreme temperatures and air pollution in the southern China’s Greater Bay Area development zone. Funded with around HK$8.5 million over five years, Gao’s research aims to develop a dynamic model that simultaneously predicts how transportation and energy changes can mitigate both urban heat and air pollution.
His approach integrates climate science with real-world urban planning to create a direct, actionable plan for sustainable megacities. By combining AI with atmospheric physics, Gao ensures that predictions remain both intelligent and physically accurate. Gao believes continued interdisciplinary collaboration will be crucial in advancing sustainable urban development and addressing global environmental challenges.
Written by urgent.news from South China Morning Post - Hong Kong's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
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