
Explore causality's role in constraining higher derivative corrections to Einstein Maxwell theory through photon scattering off charged shock waves, examining gravitational effects and IR divergences.

Explore scientific feasibility with Erica Briscoe, delving into the concept of ScFy and its applications in research and innovation.

Explore patterns in Kubernetes/OpenShift alerting data to uncover relationships between software health metrics, applicable to various services and data science tasks.

Explore machine learning and resampling techniques for stochastic parameterization with memory in multiscale dynamical systems, focusing on overcoming challenges in long-memory scenarios.

Explore efficient parameter estimation for dynamic models in biology using PEtab.jl. Learn to import problems, set up estimations, and choose optimal gradient computation methods.

Explore neural-symbolic AI integration with DeepSeaProbLog, combining logic, probability, and neural networks for discrete and continuous domains. Learn about its semantics, inference, and unbiased learning algorithm.

Explore human-aligned synthetic data in machine learning, focusing on mixup regularization. Discover how perceptual judgments and uncertainties can enhance model reliability and generalization.

Explore parity calibration in sequential regression, focusing on predicting increase-decrease events rather than exact values. Learn its applications in epidemiology, weather forecasting, and nuclear fusion control.

Explore functional causal Bayesian optimization for optimizing interventions in causal graphs. Learn about extending CBO methods, modeling with Gaussian processes, and maximizing expected improvement.

Explore optimal caching policies for serverless computing, focusing on Hawkes processes. Learn to balance cache retention costs with miss costs and evaluate performance using simulations and Azure Functions data.

Explore a novel approach combining probabilistic circuits with normalizing flows for enhanced expressivity while maintaining tractable inference in deep probabilistic models.

Explore probabilistic circuits' robustness to out-of-distribution data and learn about tractable dropout inference for improved uncertainty quantification in a single forward pass.

Explore deep symbolic regression through Petersen et al.'s 2021 ICLR paper, covering innovative techniques at the intersection of symbolic methods and deep learning.

Explore domain-independent diversity measures to detect uncertainty in language model outputs, enhancing error detection and improving AI reliability.

Evaluate a NYSE Monte Carlo model using advanced statistical techniques. Gain insights into financial modeling and risk assessment for stock market analysis.

Integrating diverse clinical data into a unified stochastic model for cancer patient trajectories, combining tumor growth, metastasis, and survival data using Julia for simulation and Bayesian inference.

Explore relative survival analysis in cancer studies using NetSurvival.jl, a Julia package offering fast, reliable tools for extracting net survival curves and integrating with StatsModels.jl API.

Explore cognitive computational modeling using Julia, featuring ActionModels.jl for flexible simulations and HierarchicalGaussianFiltering.jl for advanced learning and perception models.

Explore challenges and best practices in covariate shift, a crucial concept in machine learning, with insights on improving model performance and adaptability in changing data distributions.

Explore Meta's ServiceLab platform for detecting minute performance regressions in large-scale systems, addressing challenges in noisy cloud environments through statistical analysis and machine factor studies.

Optimizing web server performance through dynamic tuning of networking protocol stack configurations, addressing challenges in configuration space and network dynamics.