The Random Walk: From Coin Flips to Stochastic Calculus
Discover how a simple coin flip evolves into the mathematics powering modern derivative pricing. From Binomial Trees to the Wiener Process and the Heat Equation; we handle all in Python.
Discover how a simple coin flip evolves into the mathematics powering modern derivative pricing. From Binomial Trees to the Wiener Process and the Heat Equation; we handle all in Python.
We analyze 60,000 spins of Sweet Bonanza 1000 using Python, Bootstrap CI, and Hypothesis Testing to see if the 96.53% RTP holds up against extreme volatility.
Stop using abstract volatility. Learn how to calculate Value at Risk (VaR) and Conditional VaR (CVaR) using Python to understand your actual downside potential.
Using Python, statistics, and 40,000 spins to analyze RTP, variance, bonus frequency, and volatility in Gates of Olympus through hypothesis testing and simulation.
Unlock the basics of stock options. Learn the difference between calls and puts, American vs. European styles, and how Greeks like Delta and Theta impact pricing.
Turn raw data into actionable insights. Learn how to use Seaborn and Matplotlib for Exploratory Data Analysis (EDA), including heatmaps, Q-Q plots, and distribution analysis.
Master the quantitative core of Modern Portfolio Theory. Learn how to use Markowitz optimization and Python to build an efficient frontier for asset allocation.
Master the 6-step framework for data wrangling. Learn to handle missing values, remove outliers using IQR, and validate data quality using Python and Pandas.