Core Viewpoint - The article reflects on the life and contributions of Yang Zhenning, emphasizing his scientific achievements, deep sense of national pride, and the impact of his upbringing on his character and academic pursuits [2][6][39]. Group 1: Life and Legacy - Yang Zhenning passed away on October 18, 2025, at the age of 103, marking the end of an era for modern physics [2]. - He is recognized not only for his scientific contributions but also for his role in changing the perception of Chinese people regarding their capabilities [6][39]. - The book "Returning Still a Youth - The Biography of Yang Zhenning" is highlighted as a warm encounter and a deep remembrance of his life [2][4]. Group 2: Family Influence - Yang Zhenning's upbringing in a culturally rich environment at Tsinghua University and the influence of his parents played a crucial role in shaping his character and academic style [10][19]. - His father, Yang Wuzhi, emphasized a patient and well-rounded education, while his mother, Luo Menghua, instilled resilience and a strong work ethic [19][21]. - The concept of "permeation learning" was introduced, which Yang Zhenning later identified as a significant method for understanding complex subjects [26][36]. Group 3: Scientific Contributions - Yang Zhenning's scientific journey began with a profound interest in physics, sparked by reading about revolutionary concepts like relativity and quantum mechanics at a young age [26][29]. - His collaboration with peers during his time at Southwest Associated University was crucial for his academic development, emphasizing the importance of discussion and cooperation in research [33][36]. - The article notes his significant contributions to theoretical physics, including the Yang-Mills theory and the concept of parity violation, which reshaped fundamental physics [6][39].

当一代大师真正落幕，喧嚣的舆论场才终于安静下来。人们才猛然意识到，我们曾用"老夫少妻"的肤浅标签，覆盖了他波澜壮阔的百年人生。 2025年10月18日，一颗照亮现代物理学天空的星辰归于沉寂。杨振宁先生在北京逝世，享年103岁。 当这则消息刷屏时，许多人才第一次真正尝试去了解这个名字背后，除了那段备受瞩目的婚姻，还意味着什么。 于是，我们发现了另一个杨振宁—— 一个在爱因斯坦、费米身旁讨论物理的年轻人； 一个用诺贝尔奖为中国人在世界科学殿堂"破冰"的开拓者； 一个因信中老友说"千里共同途"，便用半生去履行的赤子。 从清华园出发，登顶世界科学巅峰，最终落叶归根——这位跨越两个世纪的探索者，用整个生命画下了一个完整的圆。在人类文明的星河中，他留下的不仅是深 邃的科学足迹，更有一份温暖如初的家国情怀。 要读懂这位跨越世纪的探索者，《归来仍是少年——杨振宁传》是一次温暖的相遇，也是一段深情的追忆。 本书由数学博士、青年学者林开亮在杨振宁先生的鼓励下撰写。作者因撰写戴森传记受杨先生赏识，后多次受邀在归根居与先生长谈，结下深厚信任。全书获杨 振宁办公室授权，收录多幅珍贵影像与史料。 1971年，中美关系尚未完全解冻，杨振宁 ...

杨振宁认为，那些懂得怎样动手的人恰恰是中国最需要的人才。 自1971年首次回新中国访问，杨振宁掀起一批华裔学者访华热潮，半个世纪以来为祖国的科教事业作出巨大贡献。《归来仍是少年——杨振宁传》讲述杨振 宁的百年科学人生，由杨振宁教授办公室授权珍贵资料和图片。经出版社授权，以下节选部分出自杨振宁1983年对香港中学生的演讲，原稿为英文，由宁可 译成中文。 首先我想同大家讨论的是科学中的实验技能问题。对人类来说，科学毕竟有百分之九十是实验活动，科学的基础是实验。那些特别擅长动手的学生应该把这 个作为自己的优势，因为他们凭这种本领往往超过他人，在某些适当的科学领域中做最有益和最重要的事情。 让我强调一下，一个人的动手能力是一种天赋，因人而异。我能给大家讲的最好的事例就是我和我的儿子。在他上中学的时候就可以清楚地看到他将成为一 名出色的实验家。当我们俩一起做一些具体工作时，我才清楚这一点。 一天，我们停车房的门推手坏了，那时，我儿子将近15岁。于是我们俩爬上梯子想查看一下停车房顶部的装置哪里出了毛病。我们刚爬到那儿，他便说是一 个小齿轮错位了。我问："你怎么知道的?"他不能告诉我，只是耸了耸肩。但是我们在那个地方忙活了 ...