Causal Hierarchy
Causal hierarchy frameworks, such as Pearl's, organize causal reasoning into levels of increasing complexity: observational, interventional, and counterfactual. Current research focuses on developing methods to learn causal representations from data, often leveraging deep learning architectures like variational autoencoders and reinforcement learning to identify latent causal variables and their relationships, even in high-dimensional settings with limited prior knowledge. This work aims to improve causal inference and prediction by moving beyond simple correlations, with applications ranging from treatment effect estimation to enhancing the interpretability and performance of machine learning models. The ultimate goal is to build more robust and reliable AI systems capable of understanding and reasoning about cause and effect.