Products & partnerships

Control the beam. Program the material.

AtomQ’s commercial path begins with programmable electron-beam control and advances toward the manufacture of designed atomic structures.

Available for partner discussions

Programmable Beam Control

A hardware and software system that extends compatible electron microscopes with programmable scanning, precise beam placement and custom acquisition or fabrication workflows.

FPGA-timed scan and exposure control
Custom raster, sparse and user-defined beam trajectories
Integration pathway for live imaging, measurement and fabrication
Research-focused interface for adaptable experimental workflows

Discuss a system

Concept rendering of the AtomQ Programmable Beam Control hardware — Programmable Beam Control · industrial-design concept rendering.

PBC in motion

From a scan path to an experiment.

Three short views of programmable beam control. Demonstrations use simulated specimen data.

Scan within your region

A spiral trajectory stays fully constrained to a triangular region of interest.

Experiment Builder

Connect modules into a repeatable experimental workflow.

Custom atomic patterning

A custom target sequence remains inside the triangular write region while the beam follows the selected MoS₂ columns.

A customer defect-coordinate request translated into an electron-beam-written pattern in a multilayer crystal above an annular ADF detector — Customer design request → beam delivery → atomic-scale verification.

Research & development partnerships

Atomic Engineering Services

Collaborative work for organizations exploring material-specific defect creation, patterned atomic structures, characterization workflows and routes toward device integration.

Engagements are scoped around technical fit, facility access, material readiness and the maturity of the proposed device pathway.

Start a conversation

In development

Programmable Matter

The long-term product is not simply a controller. It is designed matter: solid-state materials whose atomic defect architecture is intentionally written to produce targeted optical, magnetic, electronic or quantum behavior.

AtomQ is building toward repeatable atomic structures that can be aligned with photonic, electrical and mechanical device interfaces.

Explore the technology

Atomic-resolution image of an engineered Lieb lattice defect array — Programmable Matter · defect placement → coupling graph → engineered Hamiltonian.

Find the right entry point

Beam-control customer, atomic-engineering partner, or both?

Tell us about your microscope, material system or target application. We’ll identify the most credible starting point.

Partner with AtomQ