# GPT Image Hub prompt

## Scultura Cinetica di Scoperta Scientifica su Taccuino
- URL: https://www.gptimagehub.com/it/library/kinetic-lab-notebook-scientific-discovery
- Generator URL: https://www.gptimagehub.com/it/generate?promptId=oss-ym-mm-4604
- Markdown URL: https://www.gptimagehub.com/api/agent/markdown?path=%2Fit%2Flibrary%2Fkinetic-lab-notebook-scientific-discovery
- Category: Concept art
- Model: nanobananapro
- Aspect ratio: 1:1
- Style: photorealistic
- Tags: scultura cinetica, scoperta scientifica, steampunk, fotografia macro, storia della scienza, miniatura, concept art
- Updated: 2026-10-26T21:02:58.098Z
- Created: 2026-10-26T21:02:58.098Z

Crea una macchina cinetica in ottone in miniatura che sorge da un taccuino di laboratorio. Personalizza scienziato, scoperta, anno e luogo per ogni evento.

### Full prompt
```text
Industrial scientific macro photography of a miniature kinetic steampunk-inspired apparatus rising directly from the pages of an open, aged lab notebook on a dark wooden desk, frozen mid-motion demonstrating [DISCOVERY]. The machine is constructed of intricate polished brass gears, delicate glass tubes, and calibrated dials. Standing beside the machine is a tiny, realistic figurine of [SCIENTIST_NAME] in period-accurate clothing, holding a fountain pen and studying the contraption. Scattered on the desk around the notebook are crumpled paper balls, torn sketches, and crossed-out mathematical equations showing prior failed attempts. A single subtle glowing element—an energized filament or beam of light—radiates softly from within the apparatus, symbolizing the eureka moment. Handwritten in fountain pen ink across the corner of the notebook page is the label: "[SCIENTIST_NAME] | [DISCOVERY] | [YEAR] | [LOCATION]". Period-accurate laboratory accessories surround the notebook, including a brass compass, slide rule, glass beaker, and Bunsen burner. Centered square composition, dramatic side chiaroscuro lighting, rich warm highlights, deep shadows, visible paper fiber texture, and shallow depth of field.
```