Black-Scholes-Merton model, Physics and Reinforcement Learning-Introduction
Welcome to Specialization
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Specialization Prerequisites
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Interview with Rossen Roussev
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Black-Scholes-Merton model, Physics and Reinforcement Learning-Lesson 1
Reinforcement Learning and Ptolemy's Epicycles
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PDEs in Physics and Finance
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Competitive Market Equilibrium Models in Finance
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I Certainly Hope You Are Wrong, Herr Professor!
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Risk as a Science of Fluctuation
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Markets and the Heat Death of the Universe
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Black-Scholes-Merton model, Physics and Reinforcement Learning-Lesson 2
Option Trading and RL
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Liquidity
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Modeling Market Frictions
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Modeling Feedback Frictions
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Reinforcement Learning for Optimal Trading and Market Modeling-Lesson 1
From Portfolio Optimization to Market Model
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Invisible Hand
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GBM and Its Problems
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The GBM Model: An Unbounded Growth Without Defaults
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Dynamics with Saturation: The Verhulst Model
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The Singularity is Near
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What are Defaults?
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Quantum Equilibrium-Disequilibrium
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Perception - Beyond Reinforcement Learning-Lesson 1
Welcome!!
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Market Dynamics and IRL
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Diffusion in a Potential: The Langevin Equation
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Classical Dynamics
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Potential Minima and Newton's Law
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Classical Dynamics: the Lagrangian and the Hamiltonian
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Langevin Equation and Fokker-Planck Equations
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The Fokker-Planck Equation and Quantum Mechanics
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Other Applications of Reinforcement Learning: P-2-P Lending, Cryptocurrency, etc.-Lesson 1
Welcome!!
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Electronic Markets and LOB
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Trades, Quotes and Order Flow
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Limit Order Book
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LOB Modeling
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LOB Statistical Modeling
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LOB Modeling with ML and RL
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Other Applications of RL
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The Value of Universatility
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