解决深层次问题OA
SOLVING DEEP-SEATED PROBLEMS:EXPLORING THE GROWTH PATH OF WORLD-CLASS MASTER-LEVEL SCIENTISTS
基础学科拔尖创新人才的自主培养,特别是物理学科,是决定我国科技竞争力和长远发展的重要因素.然而,当前人才培养面临急功近利、应试教育、文化传统抑制创新、国际交流受阻以及人工智能冲击等多重深层次问题,亟需从理念到制度作出系统性回应.本文总结清华大学拔尖计划1.0至2.0的实践经验,围绕国家育人现状、"钱学森之问"的当下回答、中国科技进步特征、人工智能时代高校教学如何深入改革等问题,从国内外社会环境、师生精神层面提出若干人才培养的建议和指导.本文再现回顾朱邦芬院士对"以独立之精神,自由之思想"为核心培育面向未来的原始创新人才的报告全程.
The independent cultivation of top-notch innovative talents in basic sciences,partic-ularly in physics,is a critical factor determining China's technological competitiveness and long-term development.However,current talent cultivation faces multiple deep-rooted chal-lenges,including short-termism,exam-oriented education,cultural traditions that inhibit in-novation,hindered international exchanges,and the impact of artificial intelligence,which ur-gently call for systematic responses at both conceptual and institutional levels.This report summarizes the practical experiences of Tsinghua University's Top-notch Talent Program from Phase 1.0 to 2.0.It analyzes the current state of national talent cultivation,the contem-porary response to"Qian Xuesen's Question,"the characteristics of China's scientific pro-gress,and the in-depth reform of university teaching in the age of artificial intelligence.It also examines the deep-seated issues faced by physics top-notch talent training bases in talent culti-vation,including domestic and international social environments,the spiritual and intellectual dimensions of teachers and students,and artificial intelligence,and puts forward several guid-ing suggestions.This paper reproduces Academician Zhu Bangfen's entire report on cultiva-ting future-oriented original innovative talents centered on the core values of"independent spirit and free thought."
朱邦芬
清华大学物理系,北京 100084
基础学科人才培养人工智能教育改革
basic sciencestalent cultivationartificial intelligenceeducational reform
《物理与工程》 2026 (5)
3-12,10
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