Useful Links
Mathematics
Mathematical Finance
1. Foundations of Mathematical Finance
2. Probability Theory for Finance
3. Discrete-Time Financial Models
4. Stochastic Calculus
5. Continuous-Time Models and Derivative Pricing
6. Interest Rate Modeling
7. Advanced Derivative Pricing
8. Credit Risk Modeling
9. Portfolio Theory and Optimization
10. Risk Management
11. Numerical Methods in Finance
Continuous-Time Models and Derivative Pricing
Black-Scholes-Merton Framework
Model Assumptions
Market Assumptions
No Arbitrage
Complete Markets
Constant Parameters
Asset Price Dynamics
Geometric Brownian Motion
Risk-Free Asset
Dividend Yield
Derivation of Black-Scholes PDE
Delta Hedging Argument
Risk-Neutral Valuation
Boundary Conditions
Black-Scholes-Merton Formulas
European Call Option
European Put Option
Greeks Formulas
Dividend Adjustments
Put-Call Parity
European Options
American Options
Dividend Effects
Risk-Neutral Valuation
Change of Measure
Girsanov's Theorem
Radon-Nikodym Derivative
Market Price of Risk
Risk-Neutral Measure
Construction
Uniqueness
Fundamental Theorems of Asset Pricing
First Fundamental Theorem
Second Fundamental Theorem
Economic Interpretation
Pricing under Risk-Neutral Measure
Expectation Formula
Feynman-Kac Theorem
PDE Approach
Sensitivity Analysis and Hedging
The Greeks
Delta
Calculation
Hedging Applications
Gamma
Calculation
Risk Management
Theta
Time Decay
Portfolio Management
Vega
Volatility Risk
Hedging Strategies
Rho
Interest Rate Risk
Dynamic Hedging
Delta Hedging Strategy
Gamma Hedging
Vega Hedging
Portfolio Hedging
Hedging in Practice
Transaction Costs
Discrete Rebalancing
Model Risk
Liquidity Constraints
Previous
4. Stochastic Calculus
Go to top
Next
6. Interest Rate Modeling