Minimalist style, viewed from an isometric Angle, on a simple black background, modern museum made of crystal, with courtyard, monochrome, close-up, transparent "Create a conceptual image of a university hospital medical tower composed of three interconnected volumes. The volumes should be of varying heights (maximum five levels) and connected by elevated bridges at different levels, creating a sense of dynamic movement and functionality. Volumetric Design: Incorporate a play of volumes with staggered alignments, setbacks, and overhangs to create visual interest and depth. Use simple geometric forms, such as cubes or rectangular prisms, with abstract proportions to emphasize the conceptual nature of the design. Add green terraces or rooftop gardens on the upper levels to maximize the use of rooftop spaces and integrate nature into the structure. Connections: Design the bridges to appear lightweight yet integral to the structure, symbolizing connectivity and collaboration between the hospital’s functions. Position the bridges at varying heights to create a layered, cohesive look. Aesthetic Features: Focus on clean, minimalist lines and abstract representations rather than detailed realism. Introduce subtle texture or color variations between the volumes to distinguish their purposes while maintaining harmony. Utilize open spaces between the volumes to suggest areas for light, ventilation, or outdoor interaction zones. Context: Place the hospital in an urban setting, with a compact footprint. Indicate a front parking area or entrance plaza to suggest accessibility for patients and staff. Show a balance of functionality and aesthetics, with the volumes arranged to optimize light, views, and airflow. Conceptual Focus: The image should emphasize the conceptual stage, avoiding overly realistic details like windows or materials, instead focusing on the spatial relationship, form, and proportion of the volumes. The overall design should evoke a modern, innovative hospital, blending functional efficiency with a bold, dynamic architectural concept."