The crystal beneath
the next decade of devices.
AtomLux supplies device-grade hexagonal boron nitride single crystals — used in 2D heterostructures, quantum technologies, deep-UV photonics, and the experiments yet to come.
Our Thesis
1,000+ papers in 10 years.
Zero downstream products.
Why?
Over the last decade, 1,000+ peer-reviewed papers have settled hexagonal boron nitride's case — across superconducting Josephson junctions, single-photon emitters outperforming NV centers, in-plane thermal conductivity beyond copper, room-temperature quantum sensing and communications, and the substrate underpinning every 2D heterostructure device.
The properties are settled. The papers are written. Yet no company has commercialized any of them at industrial spec.
That's why AtomLux exists.
Device-Grade
Near-zero defect background — verified by PL and Raman spectroscopy.
4 Isotopes
h¹⁰B¹⁴N, h¹⁰B¹⁵N, h¹¹B¹⁴N, h¹¹B¹⁵N — full configurational control.
Process Ownership
Every growth step controlled end-to-end — crystals in days, not months.
Only AtomLux can do this.
Our Crystals
The best hBN in the world.
This is not marketing, but what the data shows.
Device-grade hBN single crystals with full isotopic control across all four configurations — h¹⁰B¹⁴N, h¹⁰B¹⁵N, h¹¹B¹⁴N, h¹¹B¹⁵N. The only commercial source, grown end-to-end in-house.
Explore Our CrystalsApplications
One material. Many frontiers.
Three industries converging on the same upstream material: quantum sensing, quantum communications, and photonic computing. Plus a decade of academic adoption across 2D heterostructures, deep-UV optics, neutron detection, and phonon engineering — now meeting commercial supply.
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