Mehra-Prescott with Rare Disasters (Equity Premium Puzzle)
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Extends the Mehra-Prescott consumption-based asset pricing model with a mathematical rare disasters framework calibrated to U.S. data.
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Extends the Mehra-Prescott consumption-based asset pricing model with a mathematical rare disasters framework calibrated to U.S. data.
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Comprehensive CV + LLM safety framework investigating adversarial robustness, interpretability, and human-guided alignment across frontier models.
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Urban traffic management embedding graph theory, linear algebra, and calculus into C++ and JAX to optimize signal timing for city planners.
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End-to-end quant options trading system with real-time data integration, ML volatility models, interactive dashboards, and automated signal generation.
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Trained a latent diffusion world model on 737K+ Super Mario Bros frames with VAE encoder, CNN reward model, and PPO agents.
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DRL agent predicting short-horizon price movements from order book snapshots and executing trades via event-driven backtesting.
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Hierarchical mixed-effects models and ML ensembles to isolate the effect of team transitions from individual skill trajectories in NFL player data.
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ML pipeline predicting ACL injury risk from biomechanical and performance data, combining sports science domain knowledge with gradient boosting and interpretability tools.
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Fuses wastewater, genomic, and outbreak-text surveillance into one calibrated probability that transmission is growing right now, and proves the number is trustworthy.
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An open-source mechanistic interpretability and AI-safety lab for RL post-training: train policies to choose activation-level interventions, then verify they’re behaviorally safe, useful, and mechanistically faithful.
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An open-source tool that hunts for counterexamples to mathematical and logical statements, catching wrong specifications rather than just mismatched proofs.
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36,342 ATP/WTA matches turned into an unsupervised playstyle map, an exactly-explainable win-probability model, and an in-browser ball tracker, trained at build time and inferred client-side.
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Deterministic, resettable task environments for LLM agents with a programmatic verifier, per-run token/cost metering, and Kubernetes autoscaling: pod health and model behavior on one pane.
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An open, reproducible benchmark of context compression (tokens saved vs. quality retained vs. latency) across the tokenizers production apps actually pay for, on real public data.
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An end-to-end chess RL system that routes each position to the method that owns it, retrains itself nightly by gated self-play, and reports only the Elo Stockfish says it can actually play.
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A multi-agent concierge you text like a person: it simulates thousands of years of your real care against every real plan, ranks on risk-adjusted all-in cost, and stays on as a year-round advocate.