[1] Tong, Z.R. (2002) The WG theory, 4.1-4.2. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter4.htm
[2] Tong, Z.R. (2002) The discovery of dark matter, 1.2-1.4. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter1.htm
[3] Tong, Z.R. (2002) The math-physical model for the universe consisting of dark matter WG. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter11.htm
[4] Tong, Z.R. (2002) Strong interaction. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter7.htm
[5] Tong, Z.R. (2002) A math-physical model of stable elemental particle formation─“Basic body of particles”, 8.1-8.5. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter8.htm
[6] Tong, Z.R. (2002) The equation of motion for the WG original particle. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter10.htm
[7] Tong, Z.R. (2002) The medium of light propagation, 2.1-2.2. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter2.htm
[8] Tong, Z.R. (2002) The dark matter and the nature of light. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter5.htm
[9] Tong, Z.R. (2002) The essence of electric interaction, 12.1-12.5. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter12.htm
[10] Tong, Z.R. (2002) The vortex field of dark matter and magnetic field. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter13.htm
[11] Tong, Z.R. (2002) The medium of light propagation and the complex wave function in quantum mechanics. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter15.htm
[12] Tong, Z.R. (2002) The mass of the dark matter wg and two experimental data, 9.1-9.2. http://tongzr.w1.hostlogin.cn/Ewgrrt/chapter9.htm
[13] De Broglie, L. (1940) La mechanique ondulatoire du photon, une Nouvelle theorie de la lumiere, Volcano1, Hermann, Paris, 39-40.
[14] G. Feinberg (1969) Binary pulsar. Nature, 221, 525.
[15] Tong, Z.R. (2006) Dark matter physics. Zhuhai Publishing House, Zhuhai.