「青年學者計畫」(Young Scholar Program, YSP) 創立於2003年,是NATPA為海外台灣留學生與青年研究者設計的外展計畫。YSP旨在協助青年學者認識NATPA,促進不同校園、世代與專業領域之間的交流,並凝聚海外學術力量,共同關心並回饋台灣社會。
截至2026年,YSP已邁入第24屆,累計超過250位台灣博士生與博士後研究員參與。每年年會中的「青年學者演講系列」是YSP的核心活動,透過公開徵選,邀請具潛力的青年學者發表研究,並分享其專業如何回應台灣的社會需求與未來挑戰。
2026年YSP邀請六位青年學者,研究主題涵蓋新興感染症與One Health、肥胖與脂質代謝、高齡化社會、無線通訊與韌性基礎建設、AI深偽性影像之法律規範,以及運載火箭任務成功率評估,展現新世代台灣學者跨領域、前瞻性與公共關懷兼具的研究能量。
Cheng, An-Chi 鄭安琪 (Department of Medicine & Department of Microbiology and Molecular Genetics, University of Pittsburgh)
From Wildlife to Humans: A One Health Perspective for Emerging Infectious Disease Research in Taiwan
Emerging infectious diseases have demonstrated profound impact on global health and society, as seen in outbreaks such as SARS and COVID-19. A substantial proportion of these pathogens originate from animal species, highlighting the importance of the One Health framework, which recognizes the interconnectedness of human, animal, and environmental health. My research has focused on understanding pathogen evolution across different host species. During my doctoral training at the University of Florida, I investigated emerging viral and bacterial pathogens in farmed white-tailed deer, integrating field surveillance, molecular diagnostics, and genomic analyses. These studies provided insights into how wildlife populations can serve as reservoirs and evolutionary environments for infectious agents. Building on this foundation, my current research as a postdoctoral associate at the University of Pittsburgh examines microbial evolution in human clinical settings, particularly focusing on the opportunistic pathogen Pseudomonas aeruginosa in patients with chronic respiratory infections. Using metagenomics and pathogen genomics approaches, this work aims to understand how pathogens adapt within host environments and develop antimicrobial resistance over time. Together, these experiences illustrate how pathogen evolution can be studied across wildlife, livestock, and human populations under One Health framework. Taiwan’s strong biomedical infrastructure and biodiversity provide unique opportunities to advance interdisciplinary One Health research integrating wildlife surveillance, pathogen genomics, and clinical microbiology. This talk will discuss how lessons from wildlife pathogen research and microbial evolution studies can inform future One Health research opportunities in Taiwan and could strengthen Taiwan’s preparedness for future outbreaks.
Yeh, Yu-Sheng 葉昱伸 (School of Medicine, University of Pittsburgh, Cellular Metabolism Unit , Center for Immunometabolism, University of Pittsburgh)
Unraveling the Paradox of Lipid Mobilization in Obesity: The Critical Role of Lysosomal Lipolysis
With over 50% of the adult population in Taiwan classified as overweight or obese, the highest rate in Asia, adipose tissue dysfunction is a primary contributor of the nation’s metabolic disorders, including diabetes, fatty liver, and cardiovascular diseases. This epidemic is characterized by chronically elevated circulating free fatty acids (FFAs), which exacerbate systemic metabolic dysfunction. Traditionally, lipid mobilization was thought to be driven exclusively by cytosolic lipolysis; however, our research identifies a "lipid paradox" where cytosolic lipolysis is significantly suppressed in obesity, yet FFA release remains high.
Leveraging single-cell transcriptomics and large-scale metabolic data analysis, we identified lysosomal lipolysis, specifically mediated by Lysosomal Acid Lipase (LIPA), as a critical compensatory pathway for lipid mobilization in this context. This discovery shifts the current paradigm of adipose metabolism and highlights LIPA as a novel therapeutic target. By integrating advanced genomic technologies, this work aims to provide actionable insights into managing the obesity epidemic and improving the metabolic health of the Taiwanese population and beyond.
Guo, Jin 郭靖 (Biomedical Genetics and Genomics, University of Rochester )
Taiwan Comes of Age: Confronting an Aging Future Before Time Runs Out
Taiwan faces one of the world’s fastest-aging populations, making urgent action essential. This presentation will explain why Taiwan needs solutions more than most countries and why both clinical and fundamental aging research must be prioritized. Investment in immune rejuvenation, lifestyle and dietary interventions, and healthy aging strategies is critical.
Yu, Cho-Hao 游卓澔 (Department of Electrical & Computer Engineering, University of Hawaii at Manoa)
Wireless Communication System Optimization and Propagation Modeling for Resilient Network Infrastructure in Taiwan
The main objective of this particular research is to cover the field of wireless communication system design, wireless communication system analysis, and electromagnetic propagation modeling to improve the efficiency of modern communication systems.
This particular study uses simulation tools such as Wireless InSite to understand how signals propagate through a system and how system parameters can be optimized to achieve greater efficiency. This particular study is important to Taiwan due to the high density of population in this particular region, which can affect wireless communication systems to a great extent. This study aims to improve the efficiency of wireless communication systems through better propagation modeling and optimization.
Another important aspect of this study is how new technologies, such as data-driven technology and AI technology, can be incorporated into wireless communication system design to achieve greater efficiency. This particular study aims to achieve greater efficiency in wireless communication systems, which is important to the development of next-generation communication technology in Taiwan.
Yang, Shao-Kai 楊劭楷 (Doctor of Juridical Science (S.J.D.) Program, Minnesota Law School)
Deepfake sexual images and Domination: A Comparative Analysis of the U.S. TAKE IT DOWN Act and Taiwan's Criminal Code
The paper begins by analyzing the divergent regulatory paths taken by the United States and Taiwan in addressing non-consensual deepfake sexual imagery. With the rapid advancement of AI, deepfake technology utilizing deep learning can generate hyper-realistic virtual imagery at a negligible cost. This technological shift blurs the line between reality and fabrication, transforming digital sexual violence from a mere "privacy intrusion" into an "automated assault" on human dignity that is difficult to delete and spreads with unprecedented speed. The U.S. TAKE IT DOWN Act (2025) employs a harm-centered approach, focusing on the defendant's intent to cause specific psychological or reputational damage. In contrast, Taiwan’s Criminal Code (2023) adopts a risk-centered approach, classifying these acts as "concrete endangerment offenses" to address the persistent social risks posed by AI-generated content.
There is a significant divergence in legal definitions and the role of consent between the two frameworks. The U.S. framework requires that a "digital forgery" be indistinguishable from an authentic depiction to a reasonable person and utilizes the victim’s lack of consent as a primary threshold for liability. Conversely, Taiwan’s Article 319-4 does not require indistinguishability, focusing instead on the technological means of production. Furthermore, Taiwan's provision for synthetic imagery conspicuously omits a consent requirement, creating a risk that the law may be applied too broadly, while the U.S. model risks being under-protective by focusing too heavily on the element of deception.
Drawing on Catharine MacKinnon’s feminist legal theory, this paper argues that both jurisdictions fail to address the structural harm of gender-based domination inherent in AI deepfakes. Deepfake pornography functions as a tool for male dominance, where the act of production itself objectifies women and creates a "silencing effect" regardless of whether the imagery is recognized as fake. The paper concludes with legislative recommendations: the U.S. should remove the "indistinguishability" requirement and expand the definition of harm to include the chilling of women's public participation. Meanwhile, Taiwan should clarify its protected legal interests and introduce a strict, informed consent defense to prevent over-criminalization.
Wang, Ju-Kai 王毓愷 (School of Aeronautics and Astronautics, Purdue University)
An Adaptive Probabilistic Framework to Support Mission Success Assessment in Launch Vehicle Development
My presentation will introduce an evidence-driven probabilistic framework for estimating launch vehicle mission success under limited data, a major challenge for new launch vehicle development at organizations such as the Taiwan Space Agency (TASA). The framework uses Bayesian learning, a core probabilistic reasoning approach in AI, to combine qualitative engineering assessments with quantitative test evidence. This approach helps quantify uncertainty, identify key risk contributors, and support risk-informed launch decisions.