Jianlin Chen – författare

With comparative case studies from China, Taiwan and Hong Kong, Jianlin Chen's new work offers a fresh, descriptive and normative perspective on law and religion. This presentation of the original law and religious market theory employs an interdisciplinary approach that sheds light on this subject for scholars in legal and sociological disciplines. It sets out the precise nature of religious competition envisaged by the current legal regimes in the three jurisdictions and analyses how certain restrictions on religious practices may facilitate normatively desirable market dynamics. This updated and invaluable resource provides a new and insightful investigation into this fascinating area of law and religion in Greater China today.

In comparing the ways in which China, Taiwan and Hong Kong punish religious claims and practices considered by the state to be false or fraudulent, Jianlin Chen presents a seminal contribution to the interdisciplinary study of religious freedom. The book not only reveals how these legal tools sustain a hierarchy of religion, but also the political dynamic behind the design and utilization of these legal tools.Adopting a novel, comparative approach, Chen adeptly investigates various legal tools employed to regulate religious fraud in China, Taiwan and Hong Kong. Through a systematic survey of court judgments, he identifies the surprising convergences among the religious fraud regulations across the three jurisdictions. He further employs public choice analysis to tease out the reasons behind these often unconstitutional religious fraud regulations, and highlights the complicity of individuals who otherwise advocate for liberal democratic values. With its wealth of legal and political analysis, the book critically interjects in the global inquiry of religious freedom and democratic backsliding.This progressive book is an important touchstone for scholars and students in Asian studies, law and religion, criminal law and justice, and law and society.

This book focuses on the Jet Transport (JT) technique and gives a systematic introduction on its theory development, algorithm implementation, and in particular, the applications in the field of astronautics including uncertainty propagation, filtering, as well as guidance and control.