This study introduces the Multidimensional Antiviral Antibody Database (MAAD), a comprehensive and standardized platform integrating sequence, structure, and functional data for antibodies targeting three high-impact RNA virus families. MAAD serves not only as a curated data repository but also as an interactive analytical toolbox designed to support rational antibody engineering, structure-based vaccine design, and AI-driven antibody discovery.

Tomatoes are an important vegetable crop worldwide, but their picking operations have long relied on manual labor, facing problems such as high labor intensity, high costs, and easy fruit damage. In protected tomato cultivation, fruits often grow in clusters with dense branches and leaves. Traditional mechanical picking equipment is prone to environmental interference, resulting in low picking success rates or high damage rates. How to achieve efficient and non-destructive picking of tomatoes in complex planting environments?

In the vast cotton fields of Xinjiang, plastic film covering technology has been a weapon for increasing yield—it conserves water, raises temperatures, and improves water utilization efficiency, significantly boosting cotton production in arid regions.

In International Journal of Extreme Manufacturing, researchers report a neuromorphic chip that processes and learns information using light and electronics tightly integrated on a single platform, much like biological neurons combine sensing, communication, and memory in one physical structure.