The field of computer vision and multimodal learning is moving towards more robust and efficient representations of complex data. Recent research has focused on leveraging auxiliary information, such as visual attributes and temporal context, to improve retrieval performance and bridge the semantic gap between different modalities. Another significant direction is the development of event-driven vision methods, which can efficiently process and represent asynchronous event streams from event cameras. These methods have shown great promise in various applications, including person re-identification, object recognition, and visible-infrared person re-identification. Notable papers in this area include S3CE-Net, which proposes a spike-guided spatiotemporal semantic coupling and expansion network for long-sequence event-based person re-identification, and BiMa, which introduces a novel framework to mitigate biases in text-video retrieval via scene element guidance. Additionally, the proposed dataset FRED provides a valuable resource for researchers to explore drone detection, tracking, and trajectory forecasting using event cameras.