Weijie Wang

Block3D slashes text-to-3D generation time from over 25 seconds to under 5, revolutionizing efficiency without compromising quality.

Liquid neural networks can enhance aircraft engine health monitoring by disentangling degradation from operating conditions, improving forecasting accuracy and interpretability.

Logical visual anomalies can be detected with 10% higher accuracy by modeling spatial relations rather than relying solely on local features.

State-of-the-art generative models struggle to maintain physical consistency and coherent interactions over time, revealing critical gaps in their world modeling capabilities.

Latent spatial memory can accelerate video generation by over 10 times while dramatically reducing memory usage, revolutionizing how we model dynamic scenes.

Long video generation fails not just because of limited context length, but because of *how* that context is allocated – and ReCA's hierarchical approach shows a way to fix it.

Finally, a feed-forward 3D reconstruction method that spits out meshes ready for physics engines, no expensive post-processing needed.

Turns out, your image-generating diffusion model already knows how to segment anything you ask it to.

Text-to-video models can now learn geometrically consistent world dynamics via reinforcement learning, without expensive architectural changes.