News & publications

Atomic engineering, moving forward.

Company milestones, peer-reviewed research and independent reporting on AtomQ’s work.

Publication

Mesoscale atomic engineering in a crystal lattice

The Nature paper reports deterministic creation of more than 40,000 user-defined defects in a three-dimensional crystal.

Read in Nature
Atomic engineering schematic associated with the Nature publication
Research news · ORNL

Researchers “reprogram” materials by rearranging atoms

Oak Ridge National Laboratory explains the methods, scale and potential of the team’s atomic-engineering breakthrough.

Read the story
Oak Ridge National Laboratory campus and entrance sign
Research news · MIT

Researchers reprogram materials by quickly rearranging their atoms

MIT News covers how controlled electron-beam trajectories created tens of thousands of atomic structures inside a crystal.

Read at MIT News
Animated atomic-resolution view of an engineered crystal lattice
Independent coverage

Electron beams rearrange atoms in a 3D crystal

Physics World reports on the leap from surface atom manipulation to engineered structures embedded within solid matter.

Read at Physics World
Illustration of an electron beam interacting with a layered crystal lattice
Founder profile · ORNL

Kevin Roccapriore: The quantum leap of startup AtomQ

An ORNL founder profile on the transition from microscopy research to building a commercially focused quantum-technology company.

Read the profile
Kevin Roccapriore standing beside a Nion electron microscope
Founder profile · Teknovation

The quantum revolution is here

Teknovation introduces AtomQ, its origin in atomic manipulation research and the Innovation Crossroads path toward commercialization.

Read at Teknovation
Innovation Crossroads Cohort 2024 profile graphic for Kevin Roccapriore of AtomQ

Media & speaking

For interviews, technical context or event inquiries.

Contact AtomQ for commentary on atomic engineering, programmable electron-beam control and emerging quantum-materials platforms.