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Kalyan Prasad - Python-Driven Portfolios: Bridging Theory and Practice for Efficient Investments
Learn how Python and Modern Portfolio Theory combine to create efficient investment strategies, with hands-on examples using popular data science libraries and real market data.
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    Portfolio is a collection of financial instruments (stocks, bonds, commodities, mutual funds) aimed at generating wealth through investments 
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    Modern Portfolio Theory (MPT) provides a framework for evaluating risk and return, developed by Nobel Prize winner Harry Markowitz 
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    Risk comes in two forms: - Idiosyncratic risk (specific to individual assets)
- Systematic risk (affects entire market)
 
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    Diversification helps reduce portfolio risk by: - Spreading investments across different assets
- Including negatively correlated assets
- Balancing high-risk with low-risk investments
 
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    Portfolio optimization focuses on: - Finding optimal asset weights
- Maximizing returns for given risk levels
- Creating efficient frontier plots
 
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    Python tools for portfolio analysis include: - Yahoo Finance for data gathering
- NumPy for calculations
- Pandas for data manipulation
- Matplotlib for visualization
 
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    Efficient frontier represents: - Optimal portfolios with best risk-return tradeoff
- Parabolic curve showing portfolio options
- Higher expected returns require accepting more risk
 
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    Key portfolio metrics: - Expected returns
- Standard deviation (volatility/risk)
- Covariance between assets
- Daily and annual returns
 
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    For practical implementation: - Use 252 trading days for annual calculations
- Convert prices to log returns
- Calculate portfolio weights that sum to 1
- Consider correlation between assets