Power laws, scale invariance and the generalized frobenius series: Applications to Newtonian and tov stars near criticality

Keyphrases

• Background Solution 40%
• Central Pressure 20%
• Chandrasekhar 20%
• Complex Exponents 20%
• Core Radius 20%
• Differential Equations 20%
• Expansion Theorem 20%
• Extant Literature 20%
• Frobenius 60%
• Frobenius Series 100%
• Invariant Differentials 20%
• Lane-Emden 20%
• Limit Cycle 40%
• Linearized Problem 20%
• Linearized Solution 40%
• Linearized System 20%
• Lyapunov 40%
• Lyapunov Function 20%
• Mass Radius 20%
• Monotone Flows 40%
• Near-criticality 100%
• Oscillation Damping 20%
• Power Law 100%
• Power Series 100%
• Power Series Solution 40%
• Radius of Convergence 20%
• Realistic Model 20%
• Relativistic Case 20%
• Scale Invariance 100%
• Scale Invariant 20%
• Scale-invariant Model 20%
• Spatial Infinity 20%
• Stellar Cores 20%

Mathematics

• Differential Equation 20%
• Finite Frobenius Ring 100%
• Fixed Points 100%
• Integer 20%
• Integer Multiple 20%
• Limit Cycle 40%
• Linearized System 20%
• Power Law 100%
• Power Series 100%
• Power Series Solution 40%
• Radius of Convergence 20%
• Scale Invariance 100%

Engineering

• Complex Exponent 20%
• Core Radius 20%
• Fixed Points 100%
• Isothermal 20%
• Liapunov Function 20%
• Limit Cycle 40%
• Linearized Problem 20%
• Linearized System 20%
• Relativistic Case 20%