Archive SearchSearch 2023 Compute Christoffel Symbol and Its Contraction with Given Metric via Mathematica PRLabour’s note on MIT8.04 [part 7] PRLabour’s note on MIT8.04 [part 6] PRLabour’s note on MIT8.04 [part 5] PRLabour’s note on MIT8.04 [part 4] PRLabour’s note on MIT8.04 [part 3] 8.04_Assignments PRLabour’s note on MIT8.04 [part 2] PRLabour’s note on MIT8.04 [part 1] 1.6 Strange Particles $($1947~1960$)$ 1.5 Neutrinos $($1930~1962$)$ 1.4 Antiparticle $($1930~1956$)$ 1.3 Mesons $($1934~1947$)$ Pure Neutron Star : Fermi Gas Model of Neutrons White Dwarfs: Fermi Gas Model of Electrons Derivation of Tolman-Oppenheimer-Volkof Equation 1.2 Photon and Compton Scattering 1.1 The Classical Era Introduction to Elementary Particles Newtonian Tidal Effect « Previous 1 2 3 Next » Categories Select Category _NOTES_ Analytical Mechanics Blogs BNS GWs Research 0.Prerequisites 0.1 TOV equation 0.2 WDs: Fermi Gas Model 0.3 Pure NS: Fermi Gas Model General Relativity Christoffel symbols Mathematica codes exercise Gravitational Waves tensor General Relativity by Wald Wald C1 Wald C2 Group Theory MIT8.04 Quantum Physics 1 Assignments PRLabour Notes Prof.Zwiebach’s Lecture Notes Particle Physics chapter1. historical introduction 1.1 the classical era 1.2 Photon 1.3 Meson 1.4 Antiparticle 1.5 Neutrino 1.6 Strange Particles introduction Tools Uncategorized