Finding the Unseen Molecules
By cross-referencing the 12-dimensional topological mesh with the QM9 benchmark index, we have identified "Density Gaps"—regions where the mathematical surface normals ($N_x, N_y, N_z$) and feature magnitudes ($d$) predict stable structural geometries that do not yet exist in our primary chemical database.
Target Cluster
C6H8O3
Primary synthesis target for variant_id 98533
Discovery Hotspots
14
Topological regions showing high curvature (K)
Energy Stability
-12488.6
Predicted Internal Energy U threshold (Hartree)
Anomaly Threshold
> 160°
Critical Theta ($th$) angle shift for new species
Property Discovery Map
This WebGL projection identifies the "Property Hotspots" where multiple molecular values converge. The orange clusters represent the highest probability zones for new molecules dictation based on Internal Energy gaps.
Zone Analysis: Discovery Gap
The region between $U = -12480$ and $U = -12490$ shows a significant void in the current QM9 dataset, yet the 12D mesh displays a stable "Property Surface." This indicates a high likelihood of structural isomers currently missing from the index.
Emergent Geometry
The star-shaped density points at the periphery suggest "Exotic" property profiles where the Heat Capacity ($C_v$) spikes alongside magnitude ($d$), potentially identifying high-efficiency thermal storage molecules.
Theta Angle Anomalies
We track frames where the Theta Angle ($th$)—representing the scalar change in orientation ($N_z$ deviation)—spikes significantly. These frames represent the precise moment a property profile transitions into a new chemical family.
Primary Spike: Frame 60
Transition between C5 and C6 core structures detected.
Secondary Spike: Frame 360
Unstable orientation shift; likely reactive intermediate site.
Topological Anomaly Distribution
Predictive Synthesis Workflow
How we turn 12D mesh data into new molecular candidates.
Mesh Capture
Vectorize property magnitudes across 12D space.
Anomaly Scan
Locate theta spikes ($th > 160$) in mesh frames.
Energy Filtering
Match coordinates against QM9 stability benchmarks.
Candidate Generation
Dictate new molecular formula and geometry.