征稿启事：全球科技创新中心建设：机遇、挑战与政策创新

征稿启事

首届全球创新城市科技与教育论坛

会议主题：全球科技创新中心建设：机遇、挑战与政策创新

一、会议简要信息

主办单位 ：

深圳大学

香港科技大学

新加坡南洋理工大学

承办单位 ：

深圳大学大湾区国际创新学院

协办单位 ：

深圳大学管理学院

香港科技大学公共政策系

南洋理工大学公共政策与国际事务系

深圳大学新加坡研究中心

语言 ：中文、英文

时间 ：2020年6月12-13日

地点 ：深圳大学

二、 会议主题

科技创新已成为经济发展的重要驱动力，科技创新中心建设也成为很多国家和地区的政策重点。在中国，为促进科技创新和经济发展，中央政府先后确定了21个国家自主创新示范区，并规划将北京、上海及粤港澳大湾区建设成为全球或国际科技创新中心。与政策规划对应的，聚焦于科技创新中心的发展特点、挑战和机遇的一系列研究问题也成为科技创新政策的讨论热点。例如，地理因素对创新活动以及全球性科技创新中心建设的影响；开放创新在全球性科技创新中心发展中的作用；大学对于全球性科技创新中心建设的作用；不同的科技产业类型（如人工智能，或者生物技术等）对全球科技创新中心发展的影响；以及不同的科技创新中心之间的相互影响。这些问题的解答对全球科技创新中心建设和进行政策创新、政策干预的设计及实施都至关重要。

会议欢迎来自不同学科背景的学者共同探讨全球科技创新中心建设相关议题，同时作为首届全球创新城市科技与教育论坛，我们也欢迎科技创新、创新型城市建设与高等教育发展有关的研究。 根据参会论文的质量及论文之间的契合度，我们会组织专刊将参会的优秀论文由国内外公共管理、公共政策与科技政策相关期刊发表。

本次研讨会聚焦但不局限于以下主议题和分议题：

· 全球科技创新中心建设与政策创新

地理与科技创新中心

技术与科技创新中心

大学与科技创新中心

政策创新与科创中心

比较研究与科创中心

开放创新与科技发展

科技发展与治理效能

· 国际知名湾区科技创新与高等教育

· 粤港澳大湾区创新要素聚集、流动与优化配置

· 深圳创建全球标杆城市战略与政策

三、 会议学术委员会（按照英文名排序）

Ben Martin（ Research Policy 主编,苏赛克斯大学,英国）

朱春奎（上海市科技创新与公共管理研究中心主任,复旦大学,中国）

钱海峰（ Small Business Economics 编辑, 爱荷华大学,美国）

王珏（ 南洋理工大学公共管理研究生院副院长,新加坡）

Kazuyuki Motohashi（ Research Policy 主编,东京大学,日本）

薛澜 （清华大学中国科技政策研究中心主任,中国）

Michael Howlett（ Policy Sciences 主编， 西蒙弗雷泽大学, 加拿大）

穆荣平 （中国科学学与科技政策研究会理事长,中国）

吴逊 （香港科技大学公共政策系主任,中国香港）

四、参会信息

此次会议由深圳大学、香港科技大学、南洋理工大学联合主办，于2020年6月12-13日在深圳大学举行。研讨会 召集人分别是香港科技大学 吴逊教授 、南洋理工大学 王珏副教授 和深圳大学李淑飞博士。 有意参会者请于 2020年2月23日 前将论文摘要（需包括研究问题、研究方法、主要发现及研究意义,投稿论文须是未公开发表的原创论文，另请注明作者必要信息）提交到邮箱： [email protected] ,我们将在 2020年3月8日 前通知入围的参会学者。 此次会议不收取任何费用，除特邀嘉宾外参会学者需承担往返深圳的交通费用和住宿。

五、会议联络

李淑飞

邮箱：[email protected]

电话：+86-0755-26534631

车  达

邮箱：[email protected]

电话：+86-0755-86925879

Call for Papers

DevelopingGlobal Technology and Innovation Hubs: Aspirations, Challenges and Policy Innovations

Introduction:

Technology innovation has been increasingly recognized as a major driver of economic growth. The successes of global technology innovations hubs such as Silicon Valley, New York City, Beijing, London and Tel Aviv have inspired many countries, regions and cities to develop their own global technology and innovation hubs by placing technology innovation development at the top of their policy agendas. In China, for example, the central government has identified 21 national-level innovation demonstration zones across the country to spur future economic growth, with the ambition to develop some of them into global technology and innovation hubs based on their respective strengths and geographical advantages.

While public policy plays a critical role in the development of the global technology and innovation hubs, the efficacy of policy interventions cannot be taken for granted. Much of the attention has so far focused on policy interventions aiming to enhance capacity for innovation activities, such as infrastructure development, financial incentives for entrepreneurial development, and investments in research institutes and higher education institutions, for the agglomeration of innovative firms and the acceleration of the development in the R&D capacity. In comparison, less attention has been paid on institutional, cultural and behavioral factors that are essential for the development of the global technology and innovation hubs.

Topics:

Recent practices in promoting the development of technology and innovation hubs in many countries provide good opportunities to study several key questions with regard to the limits and potential of policy interventions towards global technology innovation hubs. First of all, what role does geography play in the development of the technology innovation hubs? To what extent the clustering of innovation activities can be linked to the geograpical dimensions? Second, what role does open innovation play in the development of global technology and innovation hubs? How can the potential of open innovation be harnessed through policy interventions? Third, how do the types of technology affect the development of global technology and innovation hubs? Would the optimal configuration of innovation factors be different across different technology types, such as AI and bio-tech? Fifth, what are roles of universities in the development of technology and innovation hubs? Are world-class research universities necessary conditions for the emergence of global technology and innovation hubs? Last, how do technology and innovations hubs interact with each other? What might be the effective mechanism to coordinate such development at the regional, national and global levels? Better understanding of above questions can be critical in the realization of the the aspiration of the developing global technology and innovation hubs, and for the design and implementation of policy interventions.

The workshop aims to bring scholars in different research fields together to discuss the development of global technology and innovation hubs. The workshop will be a part of the the First International Conference of Global Innovative Cities on Technology and Education holding in Shenzhen, and we also welcome submissions of papers on technology innovation and higher education, such as optimal configuration of key elements for the development of the Guangdong-Hong Kong-Macau Greater Bay Area, and the development of Shenzhen as a world-leading technology and innovation hub, in addition to the themes and issues mentioned earlier.

Submission:

Please submit extended abstracts (including research questions, research methods, and key findings) to [email protected] . Deadline for the submission is 23 February 2020 and you will be notified with the result by 8 March 2020 . The workshop will be held in Shenzhen University,China on June 12-13, 2020 . It will be jointly organized by Shenzhen University, Hong Kong University of Science and Technology, and Nanyang Technological Univerity. The workshop conveners are Xun Wu（HKUST）,  Jue Wang（NTU） and Shufei Li（SZU）.

The scientific committee of the workshop include :

Ben Martin (University of Sussex, UK)

Chunkui Zhu (Fudan University, China)

Haifeng Qian (The University of Iowa, USA)

Jue Wang (Nanyang Technological Univerity, Singapore)

Kazuyuki Motohashi (The University of Tokyo, Japan)

Lan Xue (Tsinghua University, China)

Michael Howlett (Simon Fraser University, Canada)

Rongping Mu (University of Chinese Academy of Sciences, China)

Xun Wu (Hong Kong University of Science and Technology, HongKong, China)