这类高级科学可视化用 GPT Image V2 生成要容易得多。考虑到提示词的结构是推断出来的，准确率约为 95%，已经相当不错了。

These kinds of advanced scientific visuals are so much easier to generate with GPT Image V2. Accuracy is about 95%, which is pretty good considering the inferred structure of the prompt. 

2x2 grid, 16:9 [SUBJECT] = (Type: "ggF Higgs boson production and decay H→ZZ*→4ℓ," "photosystem II water-splitting Kok cycle S-states," "Deep Underground Neutrino Experiment far detector event," "protein quaternary structure change: haemoglobin T-to-R state," etc.) 

Generate a hyper-realistic 3D Feynman/energy-flow infographic of the process [SUBJECT], rendered as a luminous event display within a stylised particle-detector or cell-milieu volume.

LAYOUT STRUCTURE (CRITICAL):
- The canvas represents a vast, dark tracking volume with a very faint Cartesian grid (x,y,z) calibrated in metres, femtometres, or nanometres as appropriate.
- Incoming particles/molecules are rendered as glowing 3D arrows with distinct line styles: straight solid (charged fermion), wavy (photon), curly (gluon), dashed (neutrino), double helix (dsDNA), etc.
- Interaction vertices are luminous orbs with a radius encoding the interaction cross-section or rate constant. At each vertex, outbound tracks emerge at correct angles derived from 4-momentum conservation or reaction kinetics.
- The event display is frozen in time, but spark-like motion trails hint at the dynamics.
- Separate detailed "vertex analysis pods" float over each primary and secondary vertex.

DETAILING PER VERTEX:
- Each pod is a transparent hemispherical dome enclosing the vertex. Inside the dome, the vertex is magnified, and 3D callouts appear:
  1. Reaction equation written in LaTeX-style notation (e.g., gg → H → ZZ* → e⁺e⁻μ⁺μ⁻)
  2. Centre-of-mass energy √s in GeV
  3. 4-momentum vectors displayed as coloured arrows with magnitude labels
  4. For particle physics: Feynman graph embedded as a flat 2D inset, with coupling constants at vertices
  5. For biochemistry: transition state energy ΔG‡, rate constant k, and a mini reaction coordinate diagram
- Tracks themselves have floating flags every few units, stating particle ID (e, γ, π⁺, etc.), charge, and transverse momentum pT.

CONTEXTUAL HALO:
- A legend for track styles and colours (standard particle data group colour scheme: red=positron, blue=electron, etc.).
- A bottom-corner energy scale bar and a detector cross-section silhouette (e.g., CMS barrel, thylakoid membrane).
- A small box shows the total integrated luminosity (if collider) or quantum yield.

LIGHTING:
- The volume is filled with a very faint mist to catch track lighting; tracks are emissive with bloom.
- Vertices pulse subtly (render as a high-energy spark with micro-caustics).
- Background pure black with subtle hex-grid alignment marks for tracking detectors.

TITLE: "[SUBJECT]: COMPLETE EVENT TOPOLOGY — FROM INITIAL STATE TO FINAL DETECTOR SIGNATURES"
STYLE: High-energy physics event display meets cinematic molecular dynamics, scientifically rigorous, visually spectacular.