Simulate ion clocksion clocks, lattice clocks, RF packages, acoustic filters, ferroelectrics, high-Q resonators and mm-wave devices

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Characterize your lattice or ion atomic clock with CliffordClock

Whole-device simulation of heterogeneous integrated circuits and advanced packages, in beta late 2026

Applications

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Optical Clocks & Quantum Metrology

The world’s most accurate clocks drift when stray electric fields disturb the atoms inside them. CliffordClock predicts the drift.

See the application → Coming late 2026

RF Materials & Compound Semiconductors

Design support for teams pushing past what has been measured.

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Photonics & Nonlinear Optics

What happens when light is intense enough to change the material it passes through.

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The engine

Velar’s full-field physics engine advances the complete electromagnetic field through real device geometry, with coupled material response.

The approach is a geometric reformulation of established physics, published in the peer-reviewed literature. Our unique advantage is that it runs significantly more efficiently on a GPU, enabling full system behavior at device scale. See the validation report on our resources page for specifics.

Our team: experience from interplanetary spaceflight to quantum chemistry

Michael Rudolph
Michael Rudolph
Founder & CEO

Former NASA Jet Propulsion Laboratory systems engineer who developed an imaging spectrometer on its way to Jupiter, and dozens of other missions to locations across the solar system.

Dr. Mayank Drolia
Dr. Mayank Drolia
Technical Advisor

Expert in the relevant numerical methods from his PhD in mathematical physics at Heriot-Watt and post-doctoral research on scalable numerical methods at Cambridge.

Arnie Benn
Arnie Benn
Science & Strategy Advisor

Co-author of published work on quantum spin topology and electromagnetic field structure that informs our physics models. Creator of QuantumPeriodicTable.com.

Benno Nieswand
Benno Nieswand
Commercial Advisor

Founder and CTO of exorbyte GmbH, with two decades building a commercial high-performance-computing software business. Advises on the path from a numerical engine to a product.

Michael, Mayank and Arnie are founding members of the Quicycle Society, the physics research group where the theoretical framework behind our engine was developed.

Let's discuss what's possible

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