Quantum Hardware Spin-off

Quantum Photonics

Needs a

Room-Temperature Solution

AtomLux delivers the full stack — crystal to module.

Our Thesis

What if you could engineer

the perfect single photon source

with atomic precision?

Room-temperature single photon emission in hBN has been proven since 2016. But emitters appear randomly — with uncontrolled wavelengths, unpredictable brightness, and far too many unwanted defects.

We can.

AtomLux has a proprietary process to engineer single photon emitters in hBN with tunable purity, emission wavelength, and position.
AtomLux delivers room-temperature single photon emitter modules.

Purity

Pristine crystals with minimal unwanted defects

Wavelength

Tunable emission across target spectra

Position

Address-searchable emitters on-chip

This is the missing piece for scalable quantum photonics.
We're building it.

The Problem

Quantum photonics is stuck in the lab.

The reason is temperature.

Today's best single photon sources require cryogenic cooling at or below 4 Kelvin. The cryostats that sustain these temperatures cost $100K–$500K, are bulky, noisy, and have limited lifespans. This makes every system economically non-scalable and impossible to deploy in the field.

See Our Approach

Our Crystals

The best hBN in the world.

This is not marketing, but what the data shows.

Ultra-high purity hBN with full isotope control. Quality matching or exceeding NIMS Japan — produced in-house in days, not months.

Explore Our Crystals

Applications

Affordable quantum photonics unlocks new markets.

Edge-deployable. Scalable. No cryogenics.

Quantum random number generation, quantum-secured communications, and field-deployable sensors — now possible outside the lab, at a fraction of the cost.

View Applications

Company

A quantum hardware spin-off.

Born from research at Yale, AtomLux is vertically integrated from crystal growth to emitter module delivery. Our team spans crystal synthesis, condensed matter physics, nanomanipulation, and AI-driven process optimization.

About AtomLux

Interested in room-temperature quantum technology?

Get in Touch