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  • Overview
  • Curriculum
    • FLUMental maths and numerical fluency
    • TVMTime value, rates and linear products
    • OPTOptions: fundamentals and arbitrage
    • PRCOption pricing models
      • 1Replication and risk-neutral pricing

        • Replication and risk-neutral pricing
      • 2Black–Scholes

        • Black–Scholes: what it says and what breaks it
      • 3Binomial trees

        • Binomial trees, backward induction and early exercise
      • 4Numerical methods

        • Numerical pricing: Monte Carlo, finite differences and when to use which
      • 5Model limitations

        • Beyond Black–Scholes: local, stochastic and jump models
    • GRKThe Greeks and hedging
    • VOLVolatility
    • EXOExotics and structured products
    • SCStochastic calculus

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  1. Curriculum
  2. /Derivatives and options

PRC

Option pricing models

Replication, trees, Black–Scholes and the numerical methods that do the work in practice.

  1. 1

    Replication and risk-neutral pricing

    The one-period binomial, the hedge that prices it, and why risk-neutral probabilities are not beliefs.

    • 1.1Replication and risk-neutral pricing13 min
  2. 2

    Black–Scholes

    The formula, what each term means, the assumptions, and the honest answer to what is wrong with it.

    • 2.1Black–Scholes: what it says and what breaks it13 min
  3. 3

    Binomial trees

    Multi-period trees, CRR parameterisation, American options and convergence.

    • 3.1Binomial trees, backward induction and early exercise13 min
  4. 4

    Numerical methods

    Monte Carlo, finite differences and solving for implied volatility.

    • 4.1Numerical pricing: Monte Carlo, finite differences and when to use which13 min
  5. 5

    Model limitations

    Stochastic and local volatility, jumps, and SABR.

    • 5.1Beyond Black–Scholes: local, stochastic and jump models13 min
← Previous topicOPT · Options: fundamentals and arbitrageNext topic →GRK · The Greeks and hedging

QuantMax · 141 lessons · 1342 questions · c5c0caa

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