financial-econometrics
The SEC EDGAR API is one of the best-kept secrets in financial data engineering: every mandatory disclosure filed by every U.S. public company, available as clean JSON, for free, with no API key. If you've ever paid for a "fundamentals" data vendor or scraped a brokerage page for a balance sheet, you've been working harder than you need to. The raw, authoritative source — quarterly revenue, insid…
What are the sources one can search for or view / download research articles and other publications on quantitative finance in addition to the Internet search engines?

Quantitative finance has a reputation for being gatekept behind expensive certificates and heavy math. Some of the math is real. But the fastest way in is not a reading list, it is building the core models yourself in Python until they are no longer mysterious. Here is the path that works, and what you are really learning at each step. Start with returns and risk Everything begins with returns. S…
Quantitative Finance (Quant): The Comprehensive Learning Path Introduction Quantitative Finance (Quant) is the application of mathematical and statistical methods to financial and risk management problems. Quants are the "rocket scientists of Wall Street," blending deep mathematical rigor, financial theory, and computer science to price complex derivatives, manage risk, and identify profitable al…
A pre-submission readiness check for the Review of Financial Studies: how to judge contribution framing, identification strategy, robustness, the public code-release condition, and double-blind anonymization before you pay the submission fee.

Financial institutions have spent years building AI: fraud models, credit models, recommendation engines and risk systems. While this sprawl of task-specific models has been effective, it’s also constrained by siloed systems. Siloed systems prevent institutions from developing a unified understanding of consumers’ financial behavior. As enterprise datasets keep growing, so does the gap between w…
A comprehensive guide to Agent-to-Agent (A2A) protocols, solving fragmentation, and orchestrating autonomous AI in modern finance. Explore capability advertising, stateful collaboration, opacity architecture, and the broader protocol stack (MCP, ACP, AGP) powering the next generation of financial infrastructure. 📊 Deep Research Topics: quantitative finance, investment analysis, financial educat…
PurposeThis study investigates the impact of financial development on CO2 emissions in BRICS-T countries within the framework of the Environmental Kuznets Curve (EKC) hypothesis over the period 1990–2021.MethodsThe study employs panel quantile regression to examine heterogeneous effects across different emission levels. Robustness analyses were conducted using CUP-FM and CUP-BC estimators. In add…
This is a summary of links recently featured on Quantocracy as of Wednesday, 05/27/2026. To see our most recent links, visit the Quant Mashup. Read on readers! Quantpedia Awards 2026 Winners Announcement [Quantpedia] Welcome to the Quantpedia Awards 2026 winners announcement. For the third time, we are proud to celebrate excellence in quantitative research and […] The post Recent Quant Links from…
I've been modelling the relationship between government debt auction calendars and implied volatility surfaces in emerging market contexts — specifically whether φ (sovereign refinancing pressure) and λ (liquidity stress) create predictable, calendar-driven dislocations that standard models like Heston and Bates don't capture. The intuition: retail-dominated EM options markets systematically unde…

Using the following Python code I am setting USD LIBOR Swap quotes. I found that by default settlementdays uses whatever is associated with the Index (in C++: if (settlementDays_==Null<Natural>()) settlementDays_ = iborIndex->fixingDays(); ). If I wanted to explicitly set settlementDays = 0 , how can I do that? I tried just use settlementDays = 0 , but the code does not seem to like named argumen…
I was able to obtain some tick data on a particular asset and I wanted to calculate the daily realized variance of the asset. After browsing through a few threads here, it seems the formula to calculate daily realized variance is simply (assuming you have constant time intervals): Where R^2 is the squared log returns from the constant time interval t , with a total of m time intervals during the …

Intercontinental Exchange, Inc., one of the world’s leading providers of financial market technology and data powering global capital markets, and Ornn, a market leading compute company building financial markets for AI, announced plans to launch a suite of GPU compute futures contracts based on Ornn’s Compute Price Index (OCPI), which tracks live-traded spot prices for GPU compute across major h…
_Financial Retrieval and Risk Governance Forum_. 2026Financial retrieval-augmented generation (RAG) systems are increasingly used to summarize market events, explain portfolio exposures, answer policy questions, and support regulated advisory workflows. Standard retrieval pipelines optimize semantic relevance and latency, but financial decisions are shaped by asymmetric losses, tail events, priva…

Learn how financial data APIs power quant research pipelines, from data ingestion to scalable analysis using structured financial datasets.
A comprehensive deep research analysis of correlation as the most mathematically complex parameter in quantitative finance. Explores statistical foundations, portfolio diversification failures, realized vs. implied correlation, the Correlation Risk Premium, dispersion trading mechanics, correlation-sensitive derivatives, and advanced copula modeling frameworks. 📊 Deep Research Topics: quantitat…
A comprehensive quantitative analysis of Credit Default Swaps from bilateral insurance mechanics to advanced Greeks. Master hazard rates, the Credit Triangle, Big Bang standardization, CS01 risk sensitivities, and professional stress testing frameworks used by institutional credit desks. 📊 Deep Research Topics: quantitative finance, investment analysis, financial education, financial research, …
I am trying to implement a local volatility pricer using Monte Carlo and Dupire's equation in function of implied volatilities and I was told that first of all I have to check Dupire is well implemented so I was reccommended to prove it like this: -The first step, to check Dupire's function, was to get the local volatility surface from a flat implied volatility surface. As it is flat and we know …
The investment giant is seeking regulatory approval for two new tokenized funds.

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