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Quantum networking hardware

Building the quantum internet of tomorrow.

A scalable, patented approach combining four-wave mixing in hot atomic vapour and quantum memories — all on one platform.

Let's Connect See the technology

Building blocks

What a quantum internet needs

01

Source

Emits single photons

02

Memory

Stores quantum states in atoms and releases them when needed

03

Fiber

Carries photons between network nodes

4Quantum

We are building single-photon sources and memories, all on one fiber-integrated patented platform.

Technology

Source + Memory

3D-PRINTED CHIP Light cage + FWM (source) Light cage + EIT (memory) Pump laser Detector Click Memory control Delay fiber Quasi On-demand photons

1The pump beam enters the light cage

→Up to 5x less powerStronger atom-photon interaction
→Proven physics, made compactSame processes as market sources
→All in fiber, telecom nativeNo mirrors to misalign, no days lost

Technology · Patent

Patented light cages

Rendering of a 3D-printed light cage: spaced rods surrounding a glowing core while atomic gas flows through.
01
Patent pendingPhoton sources, memories, sensors and more
02
3D-printed light cagesSpaced rods let the atomic gas flow through
03
All in fiber, plug and playNo alignment needed, demonstrated in the lab

Team

Meet the team

Jasper Glindemann

Jasper Glindemann

Technology & Business Development

Researcher at Humboldt-Universität zu Berlin

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Esteban Gómez López

Esteban Gómez López

Research Lead

Researcher at Humboldt-Universität zu Berlin

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Lennard Baur

Lennard Baur

Fundraising & Operations

Analyst at High-Tech Gründerfonds

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Siavash Qodratipour

Siavash Qodratipour

Product Application & Process Development Lead

Researcher at Humboldt-Universität zu Berlin

LinkedIn ↗
Prof. Dr. Oliver Benson

Prof. Dr. Oliver Benson

Scientific Advisor

Leader of the Nanooptics group at Humboldt-Universität zu Berlin