A framework for financial systemic risk valuation and analysis.

Financial research data services for academics.

SOAP - A Sockpuppet Auditing Tool for Very Large Online Platforms

This repository contains the codes for the paper "Machine-Learning-enhanced Systemic Risk Measure: A Two-Step Supervised Learning Approach" (by R. Liu and C.S. Pun)

Official implementation of "Predicting Systemic Risk in Financial Systems Using Deep Graph Learning"

A research-grade lab for stress-testing DeFi protocols using Solidity mini-systems, a Python simulation engine, and a Streamlit dashboard. Simulates price crashes, liquidity shifts, AMM behavior, lending liquidations, and systemic risk dynamics. Designed for DeFi engineers, auditors, and researchers.

A deep exploration of the economic physics governing DeFi crashes, AMM decay, liquidity spirals, and liquidation cascades. This article models decentralized finance as a nonlinear system driven by invariants, thresholds, and feedback loops, revealing why crashes follow predictable laws of motion.

Some codes used for the numerical examples proposed in https://arxiv.org/abs/1803.00445

An open-source platform for modeling systemic climate transition risks in financial systems. Developed by CFA Institute RPC & UK CGFI

Source code, data and plots for our paper "Analysis of Large Market Data Using Neural Networks: A Causal Approach"

Python implementation of advanced financial network analysis toolkit for creating multi-layered Digital Twins of market dynamics. Implements information-theoretic Transfer Entropy and stochastic Kramers-Moyal methods to map non-linear, directed relationships between assets during normal and crisis periods.

Code repository for Restaking research, containing Python scripts, Dune SQL queries, and interactive data visualizations.

A quantitative research framework utilizing Linear Algebra (Spectral Decomposition) and Network Theory (PageRank) to decode systemic fragility in global markets.

Algorithm for reconstructing topology of complex networks from a limited number of links (Bootstrapping method)

End-to-End Python implementation of LPPLS (Log-Periodic Power Law Singularity) framework for detecting financial bubbles and critical transitions. Features Filimonov-Sornette calibration, Lagrange regularization, Lomb-Scargle spectral validation, and Monte Carlo significance testing. Complete computational replication of Hosseinzadeh (2025).

The Semantics of Collapse: Lawful Instability in Agentic Systems - A Safe-to-Exist Analysis of Optimization-Driven Systemic Risk

A kernel-based stochastic approximation (KBSA) framework for contextual optimization.

Deterministic coherence-governance engine for intelligent systems. A model-agnostic governor enforcing: identity integrity, autonomy boundaries, temporal responsibility, systemic risk, limits, safe embodiment

End-to-End Python implementation of Markov-Switching VAR framework for detecting endogenous financial fragility. Replicates Delli Gatti et al.'s (2025) methodology using EM algorithm, Hamilton filtering, and HP spectral decomposition to empirically test Minsky's Financial Instability Hypothesis in macroeconomic data.

An evidentiary policy paper analysing systemic fragility in UK higher education through the lens of Akerlof’s ‘lemons’ market. Examines opaque rankings and think tanks as conflicted intermediaries, and proposes fiduciary openness, ratings reform, and stress testing to safeguard systemic stability.