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    Hideki Yukawa

    Hideki Yukawa

    Japan flagJapan
    名人

    physicisttheoretical physicist

    Also known as: Hideki Ogawa

    January 23, 1907: September 8, 1981 (享年74岁)

    生日

    January 23, 1907

    星座

    Aquarius

    出生地

    Azabu, Tokyo, Japan

    年龄

    74岁去世

    身高

    5 ft 6 in (168 cm)

    简介

    汤川秀树是一位日本理论物理学家,他取得了20世纪物理学最重要的突破之一。1935年,他预言了一种新的亚原子粒子——介子的存在,以解释原子核如何结合在一起。这项工作为他赢得了1949年的诺贝尔物理学奖,使他成为第一位获得诺贝尔奖的日本人。

    汤川的介子理论为现代对强核力的理解奠定了基础,强核力是一种将原子核中的质子和中子结合在一起的基本相互作用。他的预言于1947年在π介子被发现后得到实验证实。如今,他的遗产通过京都大学汤川理论物理研究所得以传承,该研究所是理论研究的领先中心。

    汤川是一位温和而富有哲学思想的人,同时也是一位公共知识分子。他于1955年签署了《罗素-爱因斯坦宣言》,呼吁核裁军。他在日本被尊为民族英雄和科学卓越的象征。他是第一位在任何领域获得诺贝尔奖的日本人,他的工作至今仍是粒子物理标准模型的基石。2025年,学术界举办了会议纪念他的介子理论提出90周年。他通过邮票、奖章和仍在积极从事研究的汤川研究所而持续受到纪念。

    早年生活与背景

    汤川秀树1907年1月23日出生于东京麻布,原名小川秀树,在七个孩子中排行第五。他在京都长大,父亲在京都帝国大学教授地质学。童年时,他阅读儒家和道家经典,培养了哲学思维。中学时,父亲曾考虑送他去技术学校,认为他能力不足,但校长称赞他的数学天赋,并提出收养他以让他继续走学术道路。

    汤川于1923年进入第三高等学校,在那里他对物理产生了浓厚兴趣。1926年进入京都帝国大学,仅用三年就获得硕士学位。在一次老师将他富有创意的数学证明判为错误后,他转向理论物理;又因无法掌握玻璃吹制技术而放弃实验物理。毕业后,他作为无薪助手留校三年,在缺乏支持的情况下进行研究。

    职业发展

    1932年,汤川被任命为京都大学物理讲师。1933年他转到大阪大学,并于1935年发表了介子理论。该论文提出,质子和中子通过交换一种新粒子——介子——来产生强核力。起初,这一观点并未受到关注,但在1936年μ子被发现后逐渐获得认可。他于1938年获得博士学位,1939年成为京都大学教授。π介子最终于1947年被塞西尔·鲍威尔的团队发现,证实了他的预言。1949年,他获得诺贝尔物理学奖,并加入哥伦比亚大学担任教授。1953年返回日本,在京都大学建立了重要的理论物理学派。他一直活跃于研究和倡导工作,直至1981年去世。

    职业生涯年表

    1907出生于日本东京
    1926进入京都帝国大学
    1929获得硕士学位;开始担任无薪助手
    1932与汤川澄结婚,改姓;被任命为京都大学讲师
    1933转到大阪大学担任讲师
    1935发表介子理论,预言介子的存在
    1938获得大阪大学物理学博士学位
    1939成为京都大学理论物理学教授
    1947介子被Powell及其团队实验证实
    1949获得诺贝尔物理学奖;成为哥伦比亚大学教授
    1955签署《罗素-爱因斯坦宣言》呼吁核裁军
    1963获得罗蒙诺索夫金质奖章
    1981在京都去世,享年74岁

    公众形象与风格

    汤川以害羞、温和的科学家形象著称,照片中常出现在写满方程式的黑板前。他穿着西装或传统日式服装,媒体将他描绘成谦逊的先驱。在日本,他被尊为民族英雄和日本理论物理学之父。他的形象出现在邮票和纪念奖章上。京都大学的汤川理论物理研究所是他的活纪念碑。他在《罗素-爱因斯坦宣言》上的签名强化了他作为有良知的科学家的形象。1949年11月7日,他成为第一位登上《时代》杂志封面的日本人。2007年,联合国教科文组织参与了他诞辰100周年的纪念活动,并铸造了带有他肖像的奖章。

    名气与粉丝圈

    Hideki Yukawa's public legacy is that of a revered national scientific figure, not a celebrity with a conventional fanbase. There is no formal fandom name, no organized fan clubs, and no documented grassroots fan campaigns. Instead, his memory is preserved through institutional honors: the Yukawa Institute for Theoretical Physics at Kyoto University, the Hideki Yukawa Chair in Theoretical Physics, and the renovation of his Kyoto residence by architect Tadao Ando. His Nobel Prize in 1949, the first for a Japanese citizen, made him a symbol of postwar Japanese achievement, and his advocacy for peace and disarmament further cemented his status as a moral leader. However, his fame is of a quiet, intellectual kind, celebrated in academic circles and national commemorations rather than through fan culture.

    As of August 2026, iFANN's Global Fame Engine has evaluated Hideki Yukawa but he does not currently hold a placement in the published rankings, whether the Global Top 1,000 or any Top-100 scope list. His fame, while historically significant, does not translate into the contemporary global rankings that measure ongoing public engagement.

    趣闻与传奇

    Hideki Yukawa's original surname was Ogawa; he adopted the name Yukawa upon marrying in 1932. His classmate from elementary school through university, Sin-itiro Tomonaga, also won a Nobel Prize in Physics in 1965. Yukawa chose physics over mathematics after a high school teacher marked his creative proof incorrect, and he could not pursue experimental physics due to his failure to master glassblowing. His father initially considered him less gifted than his brothers and wanted him to attend technical college. In 1955, he signed the Russell-Einstein Manifesto alongside Einstein and Russell. He received numerous honors, including the Order of Culture, the Lomonosov Gold Medal, the Imperial Prize of the Japan Academy, and the Decoration of the Sacred Treasure. He was a member of the Japan Academy, a Foreign Member of the Royal Society, and a Foreign Associate of the National Academy of Sciences, and held honorary doctorates from the University of Paris and the University of Moscow.

    A legendary moment in his legacy came in 2007 with the discovery of a cache of his unpublished manuscripts, dubbed "Yukawa's gold mine," which provided unprecedented insight into his thought processes. His deep attachment to Kyoto, despite his international career, is a recurring theme in his mythology, as is his time at the Institute for Advanced Study in Princeton, where he interacted with Albert Einstein. A 2025 article from the American Institute of Physics highlighted his interest in baseball, adding a humanizing touch to his image.

    著名语录

    The theory of nuclear forces was my first love, and it was the subject of my first published paper.
    We have to learn to think in a new way. We have to learn to ask ourselves, not what steps can be taken to give military victory to whatever group we prefer, for there no longer are such steps.
    I was attracted to the study of nature because it seemed to me that the laws of nature are beautiful and simple.
    The creative process in science is very similar to that in art. Both require imagination and intuition.

    家庭与个人生活

    汤川秀树是地质学教授小川琢治和小川小雪七个孩子中的第五个。他的三个兄弟也成为大学教授。他于1932年与汤川澄结婚,按照日本婿养子习俗改姓汤川。他们有两个儿子,春树和孝昭。全家住在京都,汤川在京都大学工作。他的家庭学术氛围浓厚,注重传统,强调教育和哲学思考。父母均出身于武士传统的书香门第。1908年父亲成为京都大学教授后,全家迁至京都。

    重要关系

    汤川秀树最亲密的合作者是朝永振一郎,两人从小学到大学一直是同学,朝永振一郎也在1965年获得了诺贝尔物理学奖。他的导师仁科芳雄和K. Tamaki鼓励了他的理论研究。实验物理学家塞西尔·鲍威尔于1947年证实了汤川的介子预言。汤川在普林斯顿和哥伦比亚大学期间还与阿尔伯特·爱因斯坦和理查德·费曼有过交流。

    恋情与交往史

    去世时:已婚

    汤川秀树于1932年与汤川寿美按照日本传统方式结婚。作为婚姻的一部分,他被收养到寿美家族,并将姓氏从小川改为汤川。寿美是汤川家族的女儿。他们育有二子,春树和贵晶。婚姻稳定而私密,专注于家庭和他的科学工作。汤川与寿美一直保持婚姻关系,直至1981年去世。没有任何其他恋爱关系的记录。截至2026年,他已去世,婚姻随其离世而终结。

    • 已婚Sumi Yukawa1932 - 19811932年结婚;婚后汤川随妻子姓氏。育有二子。

    逝世与身后事

    逝世

    September 8, 1981 (享年74岁)

    逝世地点

    Kyoto, Japan

    死因

    未知

    Hideki Yukawa died on September 8, 1981, in Kyoto, Japan. The available records confirm the date and location of his passing but do not provide specific details regarding the official cause of death or any subsequent medical investigation. His final days were marked by no unusual events or public disputes, and his death was treated as a natural event without legal controversy. Tributes from the scientific community honored him as a pioneer in meson theory and quantum mechanics, focusing primarily on his enduring contributions to the understanding of the strong nuclear force. While the specific date and nature of his funeral or memorial service remain undocumented, his legacy continued through academic institutions.

    Notable posthumous developments include the renovation of his former residence in Sakyo Ward, Kyoto, which served as his home for over two decades and was converted into a public multi-purpose facility by May 26, 2024. The academic community further recognized his stature with the establishment of the Hideki Yukawa Chair in Theoretical Physics, most recently awarded to Mayuko Yamashita in April 2026. The handling of his estate by the family is not detailed in the source material, though the primary documented legacy remains his status as Japan's first Nobel laureate in physics.

    身价(遗产价值)

    $2 Million

    iFANN编辑团队估算

    As a deceased Nobel laureate and university professor, Hideki Yukawa's estate value is estimated at $2 million, according to iFANN's editorial analysis. His lifetime earnings came primarily from academic salaries at Kyoto University and Columbia University, plus the Nobel Prize monetary award of approximately $30,000 in 1949 (equivalent to about $350,000 today). The estate generates revenue through royalties from his published works and scientific papers, as well as licensing of his name and image for educational materials and commemorative items such as stamps and medals. The Yukawa family manages the estate. The Yukawa Institute for Theoretical Physics at Kyoto University is a separate institutional entity that continues his academic legacy but does not generate personal income for the estate. Specific dollar figures for his estate are not publicly documented, but his papers receive thousands of citations annually on Google Scholar.

    获奖 (4)

    汤川秀树因预言介子的存在而获得1949年诺贝尔物理学奖。他还获得了日本文化勋章、苏联科学院罗蒙诺索夫金质奖章以及日本学士院帝国奖。这些荣誉表彰了他对粒子物理学的奠基性贡献。

    1949 · 物理学

    Prediction of the existence of mesons

    获奖

    1949 · 文化荣誉

    Contributions to physics

    获奖
    查看全部 14 项奖项、荣誉和成就

    代表作

    Meson theory (prediction of the pion)

    1935 · Theoretical physicist

    关键词

    介子π介子强核力诺贝尔奖日本物理学家理论物理

    来源

    速览

    职业
    physicist, theoretical physicist
    出生
    1907-01-23
    出生地
    Azabu, Tokyo, Japan
    逝世
    1981-09-08
    逝世地点
    Kyoto, Japan
    性别
    配偶
    Sumi Yukawa
    星座
    Aquarius

    个人资料

    全名
    Hideki Ogawa
    身高
    5 ft 6 in (168 cm)
    配偶
    Sumi Yukawa
    子女
    Haruki Yukawa, Takaaki Yukawa
    教育
    Kyoto Imperial University (Master's, 1929); Osaka University (Ph.D., 1938)

    常见问题

    汤川秀树是如何预言介子的?
    汤川于1935年预言了介子的存在,他提出原子核中的质子和中子通过交换一种新粒子(他称之为介子)而结合在一起。他计算出其质量约为电子的200倍。
    汤川秀树因何获得诺贝尔奖?
    汤川因基于核力理论研究预言了介子的存在,获得了1949年诺贝尔物理学奖。他是首位获得诺贝尔奖的日本人。
    汤川秀树结婚了吗?
    是的,他于1932年与汤川寿美结婚,婚后将姓氏从小川改为汤川。他们育有二子,婚姻持续至1981年他去世。
    汤川秀树的身价是多少?
    具体数字未公开。作为已故诺贝尔奖得主和大学教授,其遗产截至2026年估计约为200万美元,价值来自版税和授权。
    汤川秀树去世时多大年纪?
    他于1981年9月8日在日本京都去世,享年74岁。他出生于1907年1月23日。

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