Alright learning crew, Ernis here, ready to dive into some seriously cool research that's pushing the boundaries of AI! We're talking about how we can make these AI models, like the ones powering chatbots and image generators, actually understand the world around them. Now, for a while, the big thing has been "Thinking with Text" and "Thinking with Images." Basically, we feed these AI models tons of text and pictures, hoping they'll learn to reason and solve problems. Think of it like showing a student flashcards – words on one side, pictures on the other. It works okay, but it's not perfect. The problem is, pictures are just snapshots. They don't show how things change over time. Imagine trying to understand how a plant grows just by looking at one photo of a seed and another of a fully grown tree. You'd miss all the crucial steps in between! And keeping text and images separate creates another obstacle. It's like trying to learn a language but only focusing on grammar and never hearing anyone speak it. That's where this new research comes in! They're proposing a game-changing idea: Thinking with Video. Think about it: videos capture movement, change, and the flow of events. They're like mini-movies of the real world. And the team behind this paper is leveraging powerful video generation models, specifically mentioning one called Sora-2, to help AI reason more effectively. Sora-2 can create realistic videos based on text prompts. It's like giving the AI model a chance to imagine the scenario, not just see a static picture. To test this "Thinking with Video" approach, they created something called the Video Thinking Benchmark (VideoThinkBench). It’s basically a series of challenges designed to test an AI's reasoning abilities. These challenges fell into two categories: Vision-centric tasks: These are like visual puzzles, testing how well the AI can understand and reason about what it sees in the generated video. The paper mentions "Eyeballing Puzzles" and "Eyeballing Games," which suggest tasks involving visual estimation and spatial reasoning. Imagine asking the AI to watch a video of balls being dropped into boxes and then figure out which box has the most balls. Text-centric tasks: These are your classic word problems and reasoning questions, but the researchers are using video to help the AI visualize the problem. They used subsets of established benchmarks like GSM8K (grade school math problems) and MMMU (a massive multimodal understanding benchmark). And the results? They're pretty impressive! Sora-2, the video generation model, proved to be a surprisingly capable reasoner. "Our evaluation establishes Sora-2 as a capable reasoner." On the vision-based tasks, it performed as well as, or even better than, other AI models that are specifically designed to work with images. And on the text-based tasks, it achieved really high accuracy - 92% on MATH and 75.53% on MMMU! This suggests that "Thinking with Video" can help AI tackle a wide range of problems. The researchers also dug into why this approach works so well, exploring things like self-consistency (making sure the AI's answers are consistent with each other) and in-context learning (learning from examples provided right before the question). They found that these techniques can further boost Sora-2's performance. So, what's the big takeaway? This research suggests that video generation models have the potential to be unified multimodal understanding and generation models. Meaning that "thinking with video" could bridge the gap between text and vision in a way that allows AI to truly understand and interact with the world around it. Why does this matter? Well, for everyone: For AI developers: This opens up new avenues for building more intelligent and capable AI systems. For educators: This could lead to more engaging and effective learning tools. Imagine AI tutors that can generate videos to explain complex concepts! For anyone i