Public preview · known materials & family trajectories

Browse the FluxMateria Semiconductor Atlas.

A curated demonstration slice of the 4.66 million-candidate universe — known binary semiconductors and well-established cation-mix ternary alloys (AlGaN, AlGaAs, GaInAs, GaInN, CdHgTe, ZnCdSe, …). Filter by band-gap window, family, and class. Click any point or row to inspect. The atlas's higher-value discovery layer is held confidential pending IP review.

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— Visible now
990 In public preview
4,662,588 Full universe Confidential
87.5% Match to published literature 49 ref materials · zero fitting

The full enumeration is a generated candidate universe, not a claim that every candidate is stable, synthesizable, or device-ready. Its purpose is to map · filter · rank · prioritize candidates for validation.

0.00 6.50

Band-gap × electron mobility 100%

III-V II-VI IV-VI size = Baliga · scroll to zoom · drag to pan

All visible candidates

Composition ↕ Family ↕ Class ↕ Tier ↕ Eg (eV) ↕ μe ↓ μh ↕ Baliga ↕ Johnson ↕

Candidate detail

Click a point on the scatter, or any row in the table, to see details here.
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Higher-order multinary discovery candidates are confidential, reserved for structured diligence, paid evaluation, or licensing discussions.
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How to cite this atlas

The public atlas preview is released under Creative Commons Attribution 4.0 (CC BY 4.0). Free for commercial and academic use; attribution required.

BibTeX
@dataset{fluxmateria_semiconductor_atlas_public_preview_v1_0,
  title  = {FluxMateria Semiconductor Atlas {\textemdash} Public Preview (v1.0)},
  author = {{FluxMateria}},
  year   = {2026},
  url    = {https://fluxmateria.com/demos/atlas/},
  note   = {990 known-material candidates: binary semiconductors and
            well-established cation-mix ternary alloy trajectories
            (AlGaN, AlGaAs, GaInAs, GaInN, CdHgTe, ZnCdSe, etc.).
            Physics-native deterministic enumeration; zero parameters
            fit to mobility or bandgap.}
}
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