/imagine prompt: [TECHNOLOGY_TYPE] from [TIME_PERIOD/SETTING], featuring [KEY_DESIGN_ELEMENTS], constructed with [MATERIAL_DESCRIPTION], [FUNCTIONAL_DETAILS], [ENERGY/POWER_SYSTEMS], [INTERFACE_ELEMENTS], [SCALE_REFERENCE], [ENVIRONMENT_INTEGRATION], [LIGHTING_EFFECTS], hard science fiction, concept design, engineering visualization, technical illustration, [DESIGN_STYLE], photorealistic rendering, detailed mechanical components, futuristic technology, innovative design, blueprints realized --ar 16:9 --v 6 --style raw Detailed parameters to customize: TECHNOLOGY_TYPE: Device category (e.g., "atmospheric harvesting station," "neural interface implant," "orbital defense platform") TIME_PERIOD/SETTING: Era context (e.g., "near-future Earth," "post-singularity civilization," "interstellar colony era") KEY_DESIGN_ELEMENTS: Distinctive features (e.g., "modular reconfigurable components," "biomimetic structural system," "non-Euclidean geometry") MATERIAL_DESCRIPTION: Construction materials (e.g., "carbon nanotubes with transparent aerogel insulation," "self-healing metallic alloys," "grown crystalline substrates") FUNCTIONAL_DETAILS: Technical elements (e.g., "exposed thermal management system," "field projection array," "quantum computation cores") ENERGY/POWER_SYSTEMS: Power source (e.g., "ambient radiation harvesting," "miniaturized fusion reactor," "zero-point energy tap") INTERFACE_ELEMENTS: Control systems (e.g., "holographic command interface," "neuro-responsive controls," "haptic feedback mechanisms") SCALE_REFERENCE: Size context (e.g., "human figure showing scale," "handheld with ergonomic grip," "massive city-scale installation") ENVIRONMENT_INTEGRATION: Contextual placement (e.g., "integrated with urban infrastructure," "deployed in extreme environmental conditions," "space-based with orbital dynamics") LIGHTING_EFFECTS: Tech illumination (e.g., "bioluminescent power indicators," "holographic display projections," "ambient energy fields") DESIGN_STYLE: Visual approach (e.g., "utilitarian industrial," "sleek minimalist," "organic technology aesthetic") To enhance sci-fi technology quality: Balance fantastical elements with plausible engineering Include logical component relationships and connections Show material properties through surface details Include cooling systems and power management Add wear patterns appropriate to the technology's use Consider ergonomics for human interaction points Include maintenance access and modularity Add easter eggs and details that suggest deeper functionality Balance form and function in the design aesthetics