Scientific Process Infographic

Prompt

{   "type": "educational infographic",   "style": "clean, modern, scientific illustration",   "background": "dark blue gradient",   "header": {     "title": "{argument name=\"main title\" default=\"Wavefunction Collapse\"}",     "subtitle": "From Many Possibilities to One Outcome"   },   "layout": {     "structure": "3 columns separated by thin vertical lines, connected by 2 horizontal right-pointing arrows",     "sections": [       {         "heading": "{argument name=\"step 1 title\" default=\"Before Measurement\"}",         "subheading": "{argument name=\"subject\" default=\"Electron\"} as a Probability Wave",         "visual": "diffuse, glowing blue cloud of particles resembling a nebula",         "labels": ["Probable Locations", "Superposition of all possibilities"]       },       {         "heading": "{argument name=\"step 2 title\" default=\"Measurement\"}",         "subheading": "We Measure the {argument name=\"subject\" default=\"Electron\"}'s Position",         "visual": "grey rectangular measuring device with a green screen and red button, with a downward arrow pointing to a flattened, glowing blue and yellow particle cloud"       },       {         "heading": "{argument name=\"step 3 title\" default=\"After Measurement\"}",         "subheading": "Wavefunction Collapses",         "visual": "single, solid yellow sphere emitting radial light rays",         "labels": ["Single, Definite Location"]       }     ]   },   "footer": {     "explanation": "'Collapse' means the wavefunction goes from a spread of possibilities to one specific result.",     "summary": "From Multiple Potentials [yellow right arrow] To One Certain Outcome"   } }