
Show Notes
As Artificial Intelligence becomes increasingly embedded in military systems, the form, tempo, and decision-making of warfare are undergoing profound transformation. From target identification and intelligence analysis to battlefield surveillance, command systems, and autonomous operations, these technological advances have also raised growing concerns over strategic stability, crisis escalation, human control, and the applicability of existing legal frameworks. Is AI simply making warfare more efficient, or quietly reshaping the logic of war itself? As military decision cycles keep shrinking and the principle of keeping humans “in the loop” faces mounting practical challenges, can humans still retain meaningful control over the use of force? At the same time, the international community has been advancing discussions on the governance of military AI within the United Nations framework. This week, diplomats and experts will reconvene in Geneva to discuss issues ranging from lethal autonomous weapons systems (LAWS) and meaningful human control to risk mitigation and emerging international norms. Yet amid intensifying great-power competition, rapid technological iteration, and growing trust deficits, what discussions are underway in Geneva? Why has forging a global consensus remained elusive? Can international law keep pace with the evolution of military AI technologies? And as human-machine collaboration becomes increasingly complex, where should the red lines of future warfare be drawn? In this episode of SinoAI Insights, we invite three distinguished scholars specializing in military AI, strategic stability, and international humanitarian law to explore how AI is reshaping battlefield dynamics, transforming the logic of war, and identifying viable pathways to global governance. 【Host】 XIAO Qian, Deputy Director, Center for International Security and Strategy, Tsinghua University 【Guests】 LI Qiang, Associate Professor, China University of Political Science and Law (CUPL); Director, Military Law Institute QI Haotian, Associate Professor, Deputy Director, Center for International Security and Peace Studies (CISAP), Peking University (PKU) JIANG Tianjiao, Associate Professor, Development Institute of Fudan University; Research Fellow, Center for Global AI Innovative Governance 【Shownotes】 02:13 How Is AI applied in the Military Domain? 05:39 How to Distinguish AI-assisted Warfare from Autonomous Warfare? 09:23 Is AI Lowering the Threshold of War? 11:53 Can Today's International Legal Framework Keep Pace with the Development of Military AI? 15:24 What Lessons Can Early Arms Control Practices Bring to the Global Governance of AI in the Military Domain? 16:55 What Are the Topics and Significance of the Geneva Talks? 19:10 What Does "Responsibility" Mean in Military AI? 21:30 Meaningful Human Control or Symbolic Human Participation? 23:44 How Do Risk Characteristics Shape AI Competition and Cooperation? 26:33 The Key to Governance Coordination: Political Will or Technological Feasibility? 30:58 How Do Stakeholders Contribute to the Global Governance of AI in the Military Domain? 35:46 Where Lie the Practical Breakthroughs for Global Governance of military AI in the Next Five Years? 【Team】 Executive Producer: XIAO Qian Producer: WANG Yexu, LIU Yuan Podcast Editor: ZHANG Shuoning Content Assistant: XU Ruijia, DU Wanhong Graphics Designer: ZHONG Junwen
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Artificial intelligence is entering multiple stages of life sciences research. From protein-structure prediction, genomic analysis, and literature synthesis to molecular and sequence design, experimental planning, and automated laboratory execution, AI is evolving from a collection of point solutions into a new kind of research infrastructure connecting the entire “hypothesis–design–experiment” cycle. This convergence could accelerate drug discovery, biomanufacturing, and the transition to a more sustainable economy. But it also raises a series of new challenges: when AI models can translate biological knowledge into actionable designs and experimental pathways, are existing biosecurity safeguards still sufficient? How should we move beyond text-level refusal tests to measure the real capability uplift AI provides to users? And where should biosecurity safeguards be deployed at the model layer, tool application layer, DNA synthesis stage, or laboratory operation stage? In this episode of SinoAI Insights, we are joined by BAO Yuhan, Lecturer at the School of International Organizations at Beijing Foreign Studies University and Coordinator of the iGEM Human Practices Committee, and XU Jia, Researcher at the Shanghai Artificial Intelligence Laboratory. We explore the rapidly evolving intersection of AI and biology through the lens of China’s technological development and governance practices. 【Host】 ·XIAO Qian, Deputy Director, Center for International Security and Strategy, Tsinghua University 【Guests】 ·BAO Yuhan, Lecturer, School of International Organizations, Beijing Foreign Studies University; Coordinator, iGEM Human Practices Committee ·XU Jia, Researcher, Shanghai Artificial Intelligence Laboratory 【Shownotes】 02:51 From Task-Specific Tools to an Integrated Research Pipeline: How Is AI Transforming the Life Sciences? 05:49 The Public Value of AI × Bio: Biomanufacturing, Medicine, and the Transition to Sustainability 12:41 The State of AI × Bio Development in China 19:16 Does the Integration of AI into the Life Sciences Create New Governance Risks? 22:41 Frontier AI Risk Management and the “Yellow Line–Red Line” Dual-Threshold Framework 25:28 Beyond Model Refusal: What Intern-BioBreaker Reveals About AI Safety Evaluation 30:24 Can Existing Governance Systems Keep Pace with Technological Development? 38:45 From Models to Laboratories: Building End-to-End Safety across the AI × Bio Chain 46:05 The Evolution of China’s AI × Bio Governance Approaches and Policy Tools 55:45 Building Practical International Cooperation on AI × Bio 【Team】 Executive Producer: XIAO Qian Producers: WANG Yexu, LIU Yuan Podcast Editor: ZHONG Junwen Content Assistant: GAO Meilin Graphics Designer: DU Wanhong
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