从2009年到2026年，我总共发表了38篇论文，其中独立作者30篇。这些论文涵盖了许多不同的学科，现在我将其中的原创性论文列在下面，作为学科分类的记录。

【代表性学术论文】

收入不平等与经济增长[1-3]：

[1]. Yong Tao, Li Lin, Hanjie Wang, and Chen Hou, Superlinear growth and the fossil fuel energy sustainability dilemma: Evidence from six continents. Structural Change and Economic Dynamics 66, 39-51 (2023)  

[2]. Yong Tao, Xiangjun Wu, Tao Zhou, Weibo Yan, Yanyuxiang Huang, Han Yu, Benedict Mondal, and Victor M. Yakovenko. Exponential structure of income inequality: evidence from 67 countries. Journal of Economic Interaction and Coordination 14, 345-376 (2019)

[3]. Yong Tao, Spontaneous economic order, Journal of Evolutionary Economics 26, 467-500 (2016)

统计场论与量子临界现象[4-11]：

[4]. Yong Tao, Complex time and quantum criticality: A renormalization group framework. Physics Letters A 579, 131491 (2026)

[5]. Yong Tao, Superconducting quantum criticality and the anomalous scaling: A nonlinear relativistic equation. Physica C 616, 1354424 (2024)  

[6]. 陶勇, 量子涨落与过掺杂铜氧化物超导薄膜中的反常两段标度, 《电子科技大学学报（自然科学版）》, 51 (2): 314-320 (2022)  

[7]. Yong Tao, Relativistic Ginzburg–Landau equation: An investigation for overdoped cuprate films. Physics Letters A 384, 126636 (2020)   

[8]. Yong Tao, Parabolic Scaling in Overdoped Cuprate: a Statistical Field Theory Approach. Journal of Superconductivity and Novel Magnetism 33, 1329-1337 (2020)

[9]. Yong Tao, Parabolic Scaling in Overdoped Cuprate Films. Journal of Superconductivity and Novel Magnetism 32, 3773-3777 (2019)    

[10]. Yong Tao, BCS quantum critical phenomena. Europhysics Letters 118, 57007 (2017)     

[11]. Yong Tao, Scaling Laws for Thin Films near the Superconducting-to-Insulating Transition. Scientific Reports 6, 23863 (2016)

自旋霍尔效应[12-13]：

[12]. Yong Tao, Spin Hall conductivity based on the Drude model. Solid State Communications 328, 114258 (2021)     

[13]. Yong Tao, Spin hall effect associated with SU(2) gauge field. European Physical Journal B 73,125-132 (2010)

量子力学基础[14-16]：

[14]. Yong Tao, Quantum Behavior Arises Because Our Universe is a Fractal, Reports in Advances of Physical Sciences 01, 1750006 (2017)

[15]. Yong Tao, Sufficient Condition for Validity of Quantum Adiabatic Theorem, Communications in Theoretical Physics 57, 343–347 (2012)     

[16]. Yong Tao, Necessity of integral formalism, Communications in Theoretical Physics 56, 648–654 (2011)

生物学[17]：

[17]. Yong Tao, Life as a self-referential deep learning system: A quantum-like Boltzmann machine model. Biosystems 204, 104394 (2021)

人工智能[18-19]：

[18]. Yong Tao, Self-referential Boltzmann machine. Physica A 545, 123775 (2020)

[19]. Yong Tao, Swarm intelligence in humans: A perspective of emergent evolution. Physica A 502, 436-446 (2018)

复杂社会系统[20-26]：

[20]. Yong Tao, Hualong Li, Opportunity polarization: A divided world. Physica A 685, 131284 (2026)

[21]. Yong Tao, From Malthusian Stagnation to Modern Economic Growth: A swarm-intelligence perspective. Journal of Physics: Complexity 5, 025028 (2024)

[22]. Yong Tao, Boltzmann-like income distribution in low and middle income classes: Evidence from the United Kingdom. Physica A 578, 126114 (2021)  

[23]. Yong Tao, Didier Sornette, and Li Lin, Emerging social brain: a collective self-motivated Boltzmann machine. Chaos, Solitons & Fractals 143, 110543 (2021)

[24]. Yong Tao, Universal Laws of Human Society’s Income Distribution. Physica A 435, 89-94 (2015)      

[25]. Yong Tao and Xun Chen, Statistical Physics of Economic Systems: a Survey for Open Economies. Chinese Physics Letters 29, 058901 (2012)    

[26]. Yong Tao, Competitive market for multiple firms and economic crisis. Physical Review E 82, 036118 (2010)   

复数维流形上的微积分[27]：

[27]. Yong Tao, The validity of dimensional regularization method on fractal spacetime, Journal of Applied Mathematics 2013, Article ID308691, 9 pages (2013)

随机过程[28]：

[28]. Yong Tao: Generalized Pareto Distribution and Income Inequality: An extension of Gibrat’s law. AIMS Mathematics 9, 15060-15075 (2024)

统计学[29]：

[29]. Yong Tao, Maximum entropy method for estimating the reproduction number: An investigation for COVID-19 in China and the United States. Physical Review E 102, 032136 (2020)

热力学与胶体科学[30]：

[30]. Yong Tao, Gibbs Paradox and Thermodynamics of Colloids. Physics Letters A 547, 130531 (2025)

拓扑超导[31]：

[31]. Yong Tao, Spatial Chern-Simons Interactions and Complex Magnetic Penetration Depth. Annalen der Physik (Berlin) 537, 2400352 (2025)

需要提醒的是，上面的31篇论文中，论文[14]是相当大胆的，它认为量子力学出现的原因是因为时间维度是一个小于1的分数（即所谓的“分形”）。这是我2006年时的一个想法，最终发表在2017年，不过在2026年的我来看，这个想法极大概率在物理上是错的。当年我还是太年轻了，一有想法就希望做出来尽快发表。