The field of multimodal reasoning and representation learning is rapidly evolving, with a focus on developing models that can effectively integrate and process multiple forms of data, such as text, images, and videos. Recent research has explored various approaches to improve multimodal understanding, including the use of vision-language models, graph-based methods, and reinforcement learning. Notably, the development of unified frameworks that can handle multiple tasks and modalities has become a key area of research, with models such as ThinkMorph and LongCat-Flash-Omni demonstrating impressive performance on a range of benchmarks. Furthermore, the importance of reciprocal cross-modal reasoning has been highlighted, with benchmarks such as ROVER and TIR-Bench providing a means to evaluate models' ability to reason across different modalities. Overall, the field is moving towards the development of more generalizable and interpretable models that can effectively capture complex relationships between different forms of data. Noteworthy papers include RzenEmbed, which introduced a unified framework for learning embeddings across multiple modalities, and UME-R1, which pioneered the exploration of generative embeddings. Additionally, the Agent-Omni framework has shown promise in enabling flexible multimodal reasoning without requiring costly fine-tuning.