Active Causal

Active causal learning focuses on efficiently discovering causal relationships by strategically selecting data points or interventions for observation or experimentation. Current research emphasizes developing amortized methods, often employing neural networks (like transformers) and reinforcement learning, to rapidly and adaptively select informative data, even generalizing to unseen scenarios. This approach is particularly valuable in high-dimensional settings, such as molecular design and personalized medicine, where exhaustive experimentation is impractical, enabling more efficient causal inference and improved decision-making in various scientific and engineering domains. Bayesian methods are also prominent, providing principled ways to quantify uncertainty and guide data acquisition.

Papers