• 1.摘要
  • 2.基本信息
  • 3.人物关系
  • 4.个人履历
  • 5.学术成就
  • 6.个人作品

范洪义

中国物理学家

范洪义,1947年出生于浙鄞县,著名物理学家、博士生导师。 曾任中国科学技术大学材料科学与工程系系主任,意大利国际理论物理中心协联成员,美国名人传记学院顾问,我国首批18名博士学位获得者之一,我国理论物理界学术影响很高的学者之一。现担任中国科大材料科学与科学工程系教授。曾发表SCI论文多篇,出版专著多部。在美国、加拿大多所国际著名高校做过专题讲学,被国际同行称为“World class expert”。学术成果丰富,共发表SCI研究论文824余篇,六次获得全国发表SCI论文个人排名第一,三次获得多篇SCI论文数被引用全国第一。

基本信息

  • 中文名

    范洪义

  • 国籍

    中国

  • 民族

    汉族

  • 出生日期

    1947年

  • 出生地

    浙鄞县

  • 毕业院校
  • 职业

    物理学家博士生导师

  • 职称

    中国科大材料科学与科学工程系教授

人物关系共1人

image
学生
潘孝胤,男,1974年10月出生,浙江宁海人。潘孝胤,男,1974年10月出生,浙江宁海人。 1996年毕业于中国科技大学近代力学系,并师从国内著名量子力学专家范洪义教授攻读理论物理硕士, 1998年获硕士学位,同年留学美国纽约城市大学,师从美国著名的密度泛函理论以及电子结构研究先驱Viraht Sahni教授,2004年获博士。 2008年回国,被 宁波大学聘为甬江特聘教授,研究员。 主要从事密度泛函基础理论研究,现在在美国的APS上发表了论文6篇。还在JCP上发表5篇论文。 主要研究方向:现主要为密度泛函理论,一维多体模型,和流体力学。 发表论文摘要如下: Pan, X-.Y. and V. Sahni. "Quantal Density Functional Theory in the Presence of a Magnetic Field." Accepted for publication. 2011 Pan, X.-Y., V. Sahni, L. Massa and K.D. Sen. "New Expression for the Expectation Value Integral for a Confined Helium Atom." 965: 202. 2011 Pan, X.-Y. and V. Sahni. "Density and Physical Current Density Functional Theory." 110: 2833. 2010 Pan, X.-Y. and V. Sahni. "Particle Number and Probability Density Functional Theory and A-Representability." 132: 16 4116. 2010 Pan, X.-Y., M. Slamet and V. Sahni. "Wave Function Functionals." 81: 042524. 2010 Sahni, V. and X.-Y. Pan. "Particle Number and Probability Density Functional Theory and A-Representability." 55: 450. 2010 "Quantal Density Functional Theory: Beyond Hohenberg-Kohn-Sham Theory." Eds. by J.L. Birman, S. Catto and B. Nicolescu. Canopus Publishers. 452-64. 2009 Springer-Verlag. The volume details applications to atoms, molecules and metal surfaces, as well as describes various approximation methods within quantal density functional theory. 2009 Pan, X.-Y. and V. Sahni. "Correlation-Kinetic Contributions in the Mapping to Model Noninteracting Fermion and Boson Systems." 54: 313. 2009 Pan, X.-Y. and V. Sahni. "Quantal Density Functional Theory of the Density Amplitude: Application to Atoms." 80: 022506. 2009 Sahni, V. and X.-Y. Pan. "Basic Variables in Density Functional Theory in the Presence of a Magnetic Field." 54: 529. 2009 Pan, X.-Y. and V. Sahni. "New Perspectives on the Fundamental Theorem of Density Functional Theory." 108: 2756. 2008 Sahni, V. and X.-Y. Pan. "New Perspectives on the Fundamental Theorem of Density Functional Theory." 53: 308. 2008 Slamet, M., X.-Y. Pan and V. Sahni. "Construction of Wave Function Functionals." 53: 276. 2008 Pan, X.-Y., V. Sahni and L. Masa. "Normalization and Fermi-Coulomb and Coulomb Hole Sum Rules for Approximate Wave Functions." 107: 816. 2007 Pan, X.-Y., V. Sahni and L. Massa. "Wave Function Functional via the Normalization Constraint." 52: H21.00003. 2007 Qian, Z. and V. Sahni. "Asymptotic Near-Nucleus Structure of the Electron-Interaction Potential in Local Effective Potential Theories." 75: 032517. 2007 Sahni, V. and Z. Qian. "Asymptotic Near Nucleus Structure of the Electron-Interaction Potential in Local Effective Potential Theories." 52: H21.00007. 2007 Sahni, V., M. Slamet and X.-Y. Pan. "Local Effective Potential Theory: Non-uniqueness of Potential and Wave Function." 126: 204106. 2007 Slamet, M., X.-Y. Pan and V. Sahni. "Wave Function Functionals via the Constraint of the Expectations of Hermitian Single-Particle Operators." 52: H21.00002. 2007 Pan, X.-Y., V. Sahni and L. Massa. "Determination of a Wave Function Functional: The Constrained-Search―Variational Method." 86: 2673. 2006 Pan, X.-Y., V. Sahni and L. Massa. "Fundamental Importance of the Coulomb Hole Sum Rule to Understanding of the Colle-Salvetti Wave Function Functional." 125: 034103. 2006 Sahni, V. and M. Slamet. "Quantal Density Functional Theory: Wave Function Arbitrariness of the Noninteractng Fermion Model." 106: 3087. 2006 Sahni, V., X.-Y. Pan and L. Massa. "One-to One Correspondence of the Normalization and Coulomb Hole Sum Rules for Approximate Wave Functions." 51: 661. 2006 Sahni, V., X.-Y. Pan and M. Slamet. "Non-Uniqueness of Local Effective Potential Energy in Density Functional Theory." 51: 660. 2006 Slamet, M. and V. Sahni. "Wave Function Arbitrariness of Noninteracting Fermion Model in Quantal Density Functional Theory (QDFT)." 51: 661. 2006 Pan, X.-Y., V. Sahni and L. Massa. "Determination of Wave Function Functionals: The Constrained Search -- Variational Method." 72: 032505. 2005 Pan, X.-Y., V. Sahni and L. Massa. "Integration Domain of Hylleraas Coordinates." E-print: physics/0310128. 2005 Qian, Z. and V. Sahni. "Exact Electronic Properties in the Classically Forbidden Region of a Metal Surface." 104: 929. 2005 "On Ehrenfest's Theorem." 97: 953. 2004 Berlin and Heidelberg, Germany: Springer-Verlag. The book, aimed at advanced undergraduate students, graduate students and researchers in the field, encompasses the critical ideas developed in my research over the past two decades. The book describes a new theory of electronic structure incorporating both time-dependent and time-independent phenomenon. It further provides an entirely new perspective on both time-dependent and time-independent Schrödinger and Hohenberg-Kohn-Sham Density Functional Theories. 2004 Pan, X.-Y. and V. Sahni. "Coalescence Constraints of Many-Body Systems in One Dimension." E-print: cond-mat/0309231. 2004 Pan, X.-Y. and V. Sahni. "Quantal Density Functional Theory of the Hydrogen Molecule." 120: 5642. 2004 Pan, X.-Y., V. Sahni and L. Massa. "Determination of a Wave Function Functional." 93: 130401. 2004 Pan, X.-Y., V. Sahni and L. Massa. "The Constrained-Search -- Variational Method: Application to the Ground State of the Helium Atom." 49: 433. 2004 Sahni, V. and M. Slamet. "State Arbitrariness of the Noninteracting Fermion Model in Quantal Density Functional Theory." 100: 858. 2004 Sahni, V., X.-Y. Pan and L. Massa. "Determination of a Wave Function Functional: The Constrained Search Variational Method." 49: 432. 2004 Slamet, M. and V. Sahni. "The State Arbitrariness of the Model Noninteracting Fermion System in Quantal Density Functional Theory (QDFT)." 49: 433. 2004 "Quantal Density Functional Theory." Eds. A. Gonis, N. Kioussis and M. Cifton. New York: Kluwer Academic/Plenum Publishers. 2003 "Quantal Density Functional Theory." Eds. Gonis et al. Kluwer Academic/Plenum Publishers. 2003 Pan, X.-Y. and V. Sahni. "Corollary to the Hohenberg-Kohn Theorem." 95: 387. 2003 Pan, X.-Y. and V. Sahni. "Criticality of the Electron-Nucleus Cusp Condition to Local Effective Potential-Energy Theories." 67: 012501. 2003 Pan, X.-Y. and V. Sahni. "Integral Coalescence Conditions in D2, Dimension Space." 119: 7083. 2003 Pan, X.-Y. and V. Sahni. "Quantal Density Functional Theory (Q-DFT) of the Density Amplitude." 48: 1024. 2003 Sahni, V. and X.-Y. Pan. "Corollary to the Hohenberg-Kohn Theorem." 48: 1025. 2003 Sahni, V. and X.-Y. Pan. "Quantal Density Functional Theory of Degenerate States." 90: 123001. 2003 Slamet, M., R. Singh and V. Sahni. "Quantal Density Functional Theory (Q-DFT) of Excited States: The State Arbitrariness of the Model Noninteracting System." 48: 1024. 2003 Slamet, M., R. Singh, L. Massa and V. Sahni. "Quantal Density-Functional Theory of Excited States: The State Arbitrariness of the Model Noninteracting System." 68: 042504. 2003 Pan, X.-Y. and V. Sahni. "Quantal Density Functional Theory (Q-DFT) Applied to the Hydrogen Molecule." 47: 1215. 2002 Qian, Z. and V. Sahni. "Analytical Asymptotic Structure of the Kohn-Sham Exchange-Correlation Potential at a Metal Surface." 47: 1214. 2002 Qian, Z. and V. Sahni. "Quantum Mechanical Image Potential Theory." 66: 205103. 2002 Sahni, V. and X.-Y. Pan. "Quantal Density Functional Theory (Q-DFT) of Degenerate Ground and Excited States." 47: 1214. 2002
全文

个人履历

范洪义教授

1964年9月-1970年7月中国科大物理系学习,

1978年9月-1981年12月中国科大近代物理系研究生,

1982年5月获博士学位,是我国首批18名博士学位获得者之一。

1973年以来在中国科大物理系任助教、副教授、教授、博士生导师;曾在加拿大New Brunswick 大学,美国New York 大学、 Rochester大学、阿肯色大学、休斯顿大学、Folrida大学、拉斯维加斯大学讲学访问,并在1993年美国召开的国际相干态会议任顾问。

学术成就

发表SCI论文330篇,六次获得全国发表SCI论文个人排名第一,三次获得多篇SCI论文数被引用全国第一。

按中国科技论文统计结果:2000年、2001年和2002年物理领域SCI收录论文数个人第一名,被引用篇数个人第一名。1999年国际论文被引用篇数全国第一,1999年SCI收录数物理力学类全国第一。1998年SCI系统论文数全国第一、1998年国际论文被引用篇数全国第二、1996年SCI系统论文数全国第一、1995年SCI系统论文数全国第三、1994年SCI系统论文数全国第二、1993年SCI系统论文数全国第一、1992年SCI系统论文数全国第三。

在J. Opt. B: Quan. & Semiclass, 5(2003) R 上发表Review 文章,系统地总结了发展Dirac 符号法的成果。

他曾获得有突出贡献的中国博士称号, 并获得教育部1998年科技进步一等奖(个人获得)。

范洪义教授在量子力学的数理基础领域提出了新的研究方向,30年来坚持有鲜明特色的科学研究,另辟蹊径地创造了有序算符内的积分理论(英文简称为IWOP), 不但发展和完善了狄拉克(Dirac)以来量子力学的表象与变换理论,而且推陈出新,在国际上首次提出和实现了如何把牛顿-莱布尼兹积分应用于对由Dirac符号所组成的算符积分的新课题, 不但使得量子力学的数理基础有一个别开生面的发展,而且也对数学微积分的领域做了崭新的扩充。

范洪义的理论揭示了狄拉克符号法更深层次的优美与简洁,克服了原有形式表述的不足与局限,使量子力学的表象和变换理论上了一个新台阶,有了更丰富的内涵,成为Dirac符号法的有机组成部分,使我国学者在量子基础理论的国际舞台上占有一席之地。其系列研究成果有普及教学的意义和广泛的国际影响。

一、另辟蹊径地发展了量子力学创始人之一、诺贝尔奖得主狄拉克(Dirac)的符号法、以及表象与变换论,在理论物理与群表示论等多方面有广泛的应用,有长远的国际影响和教学的普及意义;把对被积函数的牛顿-莱布尼兹积分发展为对Ket-Bra符号的积分,开创了一个积分的新领域。

二、基于爱因斯坦(Einstein)的纠缠态思想,首创建立与发展连续纠缠态表象,给出了其多方面(for example,Quantum Communication,Quantum Optics)的物理应用。

三、发展与丰富了量子光学中的相干态、压缩态、相算符理论,提出有序算符积分理论(英文简称:IWOP技术),更新量子光学数理基础。

四、提出解量子主方程的新方法——纠缠态方法,首次给出求密度算符的无穷算符和表示的新途径。