Haoyang Chen

Asynchronous EEG event detection is solved by a novel multiscale discrete spatiotemporal tokenization that captures both brief and sustained neural dynamics, outperforming prior methods across diverse datasets.

A mass ratio threshold of $μ < 3/8$ guarantees regular extension of spherically symmetric Einstein-scalar field solutions across singularities, improving Christodoulou's condition by an order-one factor.

A finite Doppler exponent unlocks a new extension principle for Einstein-Maxwell charged scalar fields, finally proving weak cosmic censorship in a broader regime.

Agents can be misled into premature conclusions, but a new method reveals how to alleviate this pressure and improve decision-making.

Hallucination-driven error propagation is tackled head-on, enabling state-of-the-art segmentation performance in adverse weather conditions through innovative cross-task collaboration.