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Explore our collection of in-depth quantitative finance research and market insights

Jump Diffusion in Finance: Comparing Black-Scholes-Merton and Kou's Double Exponential Jump Models

A comprehensive comparison of the Black-Scholes-Merton and Kou's Double Exponential Jump-Diffusion models for option pricing, examining their theoretical foundations and practical applications.

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Integrating Machine Learning in Architecture: Predicting and Mitigating Overheating Risk in Council Housing

A transformative, data-driven approach using machine learning to assess and mitigate summer overheating in council housing, enhancing resilience against climate change.

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Automating Quantitative Market Insights Using AI and Workflow Orchestration

A practical approach to creating a lightweight automation pipeline that transforms raw market data into structured reports using AI, Python analytics, and workflow orchestration.

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The Centrality of Repo Rates in Modern Financial Systems

This article examines the critical role of repurchase agreement (repo) rates within contemporary financial systems and their linkages with other fundamental economic indicators.

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Machine Learning and the Stock Market: Optimizing Trading Strategies with Genetic Algorithms

Discover how genetic algorithms can be leveraged to develop and optimize trading rules that consistently outperform conventional approaches in complex market conditions.

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Modeling and Simulating Interest Rate Dynamics with Vasicek & CIR

A comprehensive analysis of the Vasicek and Cox-Ingersoll-Ross (CIR) models for interest rate modeling, including mathematical formulations, calibration techniques, and applications in fixed income markets.

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Predicting Formula 1 Front Wing Aerodynamics Using CFD Data and Machine Learning

Exploring how machine learning models can accelerate Formula 1 front wing design by predicting aerodynamic performance from CFD simulation data without running computationally expensive simulations.

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