AI
AI personas that actually feel human What if our "AI citizens" behaved less like cardboard cutouts and more like real, diverse people? DeepPersona is a generative engine that builds rich, fully narrated synthetic personas at scale. It first assembles a large, hierarchical taxonomy of human attributes by mining
Robotics
What's new PhysWorld lets robots learn skills from AI-generated videos—without collecting any real robot data. How it works * Given a task and one photo of the scene, a video model "imagines" a demonstration. * PhysWorld reconstructs a physics-based world from that video. * An object-centric learner turns
Robotics
What if robots could learn new tasks just by watching AI-generated videos - and still obey physics? PhysWorld is a new framework that turns text-and-image prompts into physically executable robot skills. * It first generates a task-conditioned video from a single scene image and a command. * Then it reconstructs the scene&
AI
MusRec is a new AI model that edits existing songs using plain text—without task‑specific retraining. Powered by rectified flow and diffusion transformers, it brings true zero‑shot, text‑guided edits to real‑world music (not just audio generated by the model itself). * What it does: Apply diverse edits
AI
Tell richer stories, one node at a time This research introduces a node-based editor that lets you build a multimodal story as a graph—each “node” can hold text, images, audio, and video. You can expand, reorder, and refine nodes using plain-language prompts or direct edits. * Targeted edits: tweak a
AI
Tell richer stories, one node at a time This research introduces a node-based editor that lets you build a multimodal story as a graph—each “node” can hold text, images, audio, and video. You can expand, reorder, and refine nodes using plain-language prompts or direct edits. * Targeted edits: tweak a
AI
Tell richer stories, one node at a time This research introduces a node-based editor that lets you build a multimodal story as a graph—each “node” can hold text, images, audio, and video. You can expand, reorder, and refine nodes using plain-language prompts or direct edits. * Targeted edits: tweak a
AI
Tell richer stories, one node at a time This research introduces a node-based editor that lets you build a multimodal story as a graph—each “node” can hold text, images, audio, and video. You can expand, reorder, and refine nodes using plain-language prompts or direct edits. * Targeted edits: tweak a
AI
Imagine crafting a story like a mind map: each node can hold text, images, audio, or video. This research introduces a node-based editor that turns multimodal storytelling into flexible, AI-assisted creation. What it lets you do: * Edit any node directly or with plain-language prompts. * Auto-branch alternate plotlines for parallel storylines.
AI
Imagine crafting a story like a mind map: each node can hold text, images, audio, or video. This research introduces a node-based editor that turns multimodal storytelling into flexible, AI-assisted creation. What it lets you do: * Edit any node directly or with plain-language prompts. * Auto-branch alternate plotlines for parallel storylines.
ultrasound
Ultrasound comes in different "flavors" (grayscale and color flow Doppler), but clinical datasets rarely have both for every view. A new study trains a generative AI to "translate" between them—creating realistic videos to fill the gaps. Trained on 54,975 videos and tested on 8,
GenerativeAI
Build stories like a graph What if writing felt like assembling LEGO? This research introduces a node-based editor that lets you craft multimodal stories—mixing text, images, audio, and video—one beat at a time. * Graph-first storytelling: Each scene is a node you can expand, swap, or refine with natural-language