developing software for simulating quantum-photonic devices

Cut the design cycle of your single-photon source or qubit from 26 weeks to 2 and the associated expenditure by up to 90% with Quantillion.

How we can help you

Academics

Discover novel quantum phenomena, advance understanding of fundamental physics, and develop cutting-edge quantum-photonic devices.

Quantum Start-ups & Quantum-Conscious Enterprises

Build top-quality, reliable devices quickly and inexpensively with Quantillion.

Software Design Companies

Quantum-enable your electromagnetic solver with the Quantillion plug-in and tap into the burgeoning quantum technologies market.

Semiconductor Foundries

Boost your production yield of quantum-photonic components by >1,000x with Quantillion.

Helping you to model realistic quantum-photonic devices

Our software suite Quantillion is underpinned by a patent-pending fast and accurate algorithm that rigorously describes cavity quantum electrodynamics with exquisite spatio-temporal resolution, down to the attosecond and angstrom level. Quantillion is essential for rapidly building high-quality, reliable qubits and quantum state control in quantum photonic computers, as well as single-photon sources for QKD communication systems.

Introducing the Quantillion Software

The world’s first state-of-the-art software for modeling quantum components. The software took 15 years to develop, is based on advanced quantum mechanical theory, and can predict the behavior of quantum components with exquisite precision.

You can save time & money with Quantillion

Replace costly physical prototypes with our modelling software. Quantillion can shorten the optimisation process from 26 weeks to 2 and decrease costs by 90%.

Design quantum-photonic devices 10x faster and 10x cheaper with Quantillion
Endorsements

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Simulated Spatiotemporal Dynamics Using Quantillion

Time Evolution of Electric-Field Components and Population Inversion in a Degenerate Four-Level Quantum System
Play Video

Time evolution of the Ey component of the optical spin excitation mode propagating in a nonlinear optical waveguide filled with an ensemble of four-level resonant absorbers.

Play Video
Time evolution of the Ez component of the optical spin excitation mode propagating in a nonlinear optical waveguide filled with an ensemble of four-level resonant absorbers.
Play Video
Energy-level population inversion in one pair of a 2-by-2 coupled four-level system upon excitation with an ultrashort pulse.

Funders and supporters of Quantopticon

Quantopticon's Awards

experience excellence

Be on the verge

Develop universal quantum computers and truly unbreachable quantum communication systems.

Quantopticon's partnerships:

Our Mission

To create the world’s first comprehensive software suite for designing & optimising solid-state quantum optical components, circuits and devices

Latest News

Quantum Zeitgeist features Quantopticon

In late December 2020, Brett Donovan from Quantum Zeitgeist wrote an excellent review of our software, Quantillion. Quantillion is a game-changing software suite for the