SunQM-1: Quantum mechanics of the Solar system in a {N,n//6} QM structure.  http://vixra.org/pdf/1805.0102v2.pdf （submitted on 2018-05-03）
 
SunQM-1s1: The dynamics of the quantum collapse (and quantum expansion) of Solar QM {N,n} structure.  http://vixra.org/pdf/1805.0117v1.pdf （submitted on 2018-05-04）
 
SunQM-1s2: Comparing to other star-planet systems, our Solar system has a nearly perfect {N,n//6} QM structure.  http://vixra.org/pdf/1805.0118v1.pdf （submitted on 2018-05-04）
 
SunQM-1s3: Applying {N,n} QM structure analysis to planets using exterior and interior {N,n} QM. http://vixra.org/pdf/1805.0123v1.pdf （submitted on 2018-05-06）
 
SunQM-2: Expanding QM from micro-world to macro-world: general Planck constant, H-C unit, H-quasi-constant, and the meaning of QM.  http://vixra.org/pdf/1805.0141v1.pdf （submitted on 2018-05-07）
 
SunQM-3: Solving Schrodinger equation for Solar quantum mechanics {N,n} structure.  http://vixra.org/pdf/1805.0160v1.pdf （submitted on 2018-05-06）
 
SunQM-3s1: Using 1st order spin-perturbation to solve Schrodinger equation for nLL effect and pre-Sun ball's disk-lyzation.   http://vixra.org/pdf/1805.0078v1.pdf （submitted on 2018-05-02）
 
SunQM-3s2: Using {N,n} QM model to calculate out the snapshot pictures of a gradually disk-lyzing pre-Sun ball.   http://vixra.org/pdf/1804.0491v1.pdf （submitted on 2018-04-30）
 
SunQM-3s3: Using QM calculation to explain the atmosphere band pattern on Jupiter (and Earth, Saturn, Sun)'s surface.   http://vixra.org/pdf/1805.0040v1.pdf （submitted on 2018-05-01）
 
SunQM-3s6: Predict mass density r-distribution for Earth and other rocky planets based on {N,n} QM probability distribution.   http://vixra.org/pdf/1808.0639v1.pdf (submitted on 2018-08-29)
 
SunQM-3s8: Using {N,n} QM to study Sun’s internal structure, convective zone formation, planetary differentiation and temperature r-distribution.  http://vixra.org/pdf/1808.0637v1.pdf (submitted on 2018-08-29)
 
SunQM-3s7: Predict mass density r-distribution for gas/ice planets based on {N,n} QM probability distribution.  http://vixra.org/pdf/1812.0302v1.pdf (submitted on 2018-12-17)
 
SunQM-3s9: Using {N,n} QM to explain the sunspot drift, the continental drift, and Sun’s and Earth’s magnetic dynamo.  http://vixra.org/pdf/1812.0318v1.pdf  (submitted on 2018-12-18)

SunQM-1: 太阳系的量子力学及{N,n//6}量子结构

SunQM-1s1: 太阳系{N,n}量子力学结构的量子坍塌(及量子膨胀）之动力学

SunQM-1s2: 与外星太阳系相比，我们的太阳系具有几乎完善的{N,n}量子力学结构

SunQM-1s3: 运用外{N,n}量子结构和内{N,n}量子结构来分析行星

SunQM-2: 将量子力学从微观世界扩展到宏观世界：通用Planck常数，H-C单位，及量子力学的含义

SunQM-3: 解析太阳系{N,n}量子力学结构的薛定谔方程

SunQM-3s1: 用一阶自旋微扰法解出薛定谔方程的nLL效应以及原始太阳球的碟盘化

SunQM-3s2: 用{N,n}量子力学模型算出原始太阳球逐步碟盘化的快照图

SunQM-3s3: 用量子力学计算来解释木星（及地球，土星，太阳）表面的大气层带狀模式

SunQM-3s6: 根据{N，n}QM几率分布预测地球和其他岩石行星的质量密度的径向分布

SunQM-3s7: 根据{N，n}QM几率分布预测气体及冰体行星的质量密度的径向分布

SunQM-3s8: 用{N,n}量子力学研究太阳的内部结构，对流层的形成，内层密度分化，及温度的径向分布

SunQM-3s9: 用{N,n}量子力学来解释太阳黑子漂移，大陆板块漂移，太阳（及地球）磁场发电机