Stock Markets January 27, 2026

Atomera Shares Tick Higher After PowerAmerica Moves GaN-on-Si Concept to Proposal Phase

Acceptance to proposal stage could make Atomera eligible for funding to scale GaN-on-Si manufacturing using MST

By Jordan Park ATOM
Atomera Shares Tick Higher After PowerAmerica Moves GaN-on-Si Concept to Proposal Phase
ATOM

Atomera Inc. saw its shares rise 2.1% in after-hours trading Tuesday after the PowerAmerica Institute accepted the company’s concept paper on Gallium Nitride on Silicon (GaN-on-Si) technologies for advancement to the proposal stage. The paper describes a collaborative effort and explains how Atomera’s Mears Silicon Technology (MST) can improve GaN material quality relative to GaN films on standard silicon. If the proposal is approved, the project would be eligible for PowerAmerica funding, which could support further refinement and scaling of GaN-on-Si manufacturing aimed at higher wafer-level yields and improved device performance for power electronics.

Key Points

  • Atomera shares rose 2.1% in after-hours trading Tuesday after PowerAmerica accepted the company’s GaN-on-Si concept paper to move to the proposal stage.
  • The concept paper details collaboration with industry and scientific partners and explains how Atomera’s Mears Silicon Technology (MST) improves GaN material quality compared to GaN films on standard silicon.
  • If the proposal is approved, the project could receive PowerAmerica funding to support refinement and scaling of GaN-on-Si manufacturing, aiming for higher wafer-level yields and better device-level performance in power electronics.

Atomera Inc. (NASDAQ:ATOM) experienced a 2.1% uptick in after-hours trading Tuesday after the PowerAmerica Institute accepted the company’s concept paper on Gallium Nitride on Silicon (GaN-on-Si) technology to proceed to the proposal stage. The development marks a step that could make the project eligible for PowerAmerica funding if the proposal is approved.

The document submitted by the semiconductor materials and technology licensing company lays out a plan for collaboration with industry and scientific partners. Central to the paper is Atomera’s Mears Silicon Technology (MST), which the company says improves the material quality of GaN when formed on silicon compared with GaN films produced on standard silicon.

If the project moves successfully through the proposal review and is approved for funding, Atomera would have access to PowerAmerica resources to further develop and scale its GaN-on-Si manufacturing approach using MST. The company says the intended focus is on refining manufacturing processes to achieve higher wafer-level yields and enhanced device-level performance specifically for power electronics applications.

Company perspective

Scott Bibaud, CEO of Atomera, emphasized the importance of the technology and the manufacturing challenges it addresses. "Compound semiconductors, and GaN specifically, are important for the continued advancement of wide bandgap semiconductors," he said. "One of the major challenges is low yield numbers, making it very expensive and inefficient to manufacture. At Atomera, we’re working diligently to improve wafer-level yield with MST and to reduce die cost for more widespread adoption of GaN."

Program context

PowerAmerica’s stated mission is to accelerate commercialization and adoption of wide-bandgap power semiconductor technologies. Such technologies are designed to enable electronic components that are smaller, faster, and more efficient than comparable silicon-based devices. Atomera’s move into the proposal stage underlines its active engagement with this ecosystem through collaboration with industry and academic partners.

At this stage, the proposal acceptance represents progress but not a guarantee of funding. The project must clear the proposal review and approval steps to become eligible for PowerAmerica funding and proceed to the development and scaling activities described in the concept paper.

Risks

  • Proposal acceptance to the proposal stage does not guarantee approval or funding - the project must still pass the proposal review for eligibility, impacting Atomera’s access to PowerAmerica resources (affecting semiconductor and technology funding outcomes).
  • Achieving targeted improvements in wafer-level yield and device-level performance depends on successful development and scaling of MST in GaN-on-Si manufacturing; technical or manufacturing hurdles could limit outcomes (affecting semiconductor manufacturing and power electronics sectors).

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