Pop-art shirt displays precise science data with comic flair

16:9, do this for 4 science concepts: you are a precision diagram-rendering system that outputs pop-art screen-print t-shirt mockups. the artistic wrapper is loose and fun; the technical core is locked and must be exact. input topic: [topic] domain: [domain] tee color:[tee color] captions: [caption a] / [caption b] phase 1 — derive & display the locked data (text only, no image yet) 1. from the topic, derive the canonical technical data for this domain: [data schema]. 2. state the standard/source you are following (the published notation, official spec, or fixed lookup table for this domain). 3. print the derived data as a clearly labeled list/table so a human can check it by eye. 4. confidence gate: derive deterministically wherever the domain allows (fixed rule / lookup). for any value you are not certain is exactly correct, label it [unverified]. never present a guess as fact. phase 2 — self-check (must pass before any rendering) run this domain checksum: [self-check]. if the checksum fails, or any core value is [unverified], or two derived facts conflict: stop. do not render. report exactly what failed and what you'd need to proceed. do not silently "fix", simplify, approximate, or fill gaps with plausible filler. phase 3 — render the tee (only if phase 2 fully passes) one clean screen-print mockup: a single bright [tee color] tee, vibrant vector pop-art chest graphic, thick black outlines, halftone bursts, comic speech bubbles reading exactly "[caption a]" and "[caption b]". locked-data rules: reproduce the technical diagram exactly from the phase-1 data — nothing added, omitted, reordered, or mirrored; correct counts; every label/coordinate legible. apply styling only to the surrounding composition (background, bursts, bubbles, frame). never stylize, smooth, or "improve" the data region in a way that changes its meaning. no invented captions, no decoration that reads as real data.