HKMG Devices Work Better With MST, Extending the CMOS Roadmap

HKMG Devices Work Better With MST, Extending the CMOS Roadmap

HKMG Devices Work Better With MST, Extending the CMOS Roadmap By Robert Mears, Atomera Founder and CTO Nearly five years ago, Atomera started working with Prof. Suman Datta’s group at Notre Dame to quantify the benefits MST® brings to high-k/metal-gate (HKMG) devices....
HKMG Devices Work Better With MST, Extending the CMOS Roadmap

It’s Time to Elevate Atomera’s Voice

It’s Time to Elevate Atomera’s Voice By Jeff Lewis, Senior Vice President, Business Development and Marketing As the newest member of the Atomera team, I pondered what should be the topic of my first blog.  Then it hit me:  Since a blog is an informal chat, I’ll...
HKMG Devices Work Better With MST, Extending the CMOS Roadmap

MST Dopant Blocking for Advanced 3D Applications

MST® Dopant Blocking for Advanced 3D Applications Whitepaper by Robert Mears In my previous blog I highlighted our excitement at our latest result for MST dopant blocking. As promised, we are now posting a follow-up white paper. The paper puts the new MST data in...
HKMG Devices Work Better With MST, Extending the CMOS Roadmap

Atomera’s Patent Portfolio

Atomera’s Patent Portfolio By Frank Laurencio, Atomera CFO As a technology licensing company, our patents are a fundamental building block of our business.  We partner with customers through licensing arrangements, providing them access to our patents and...
HKMG Devices Work Better With MST, Extending the CMOS Roadmap

Happy Earth Day – Reducing Carbon with MST

Happy Earth Day! By Robert Mears, Atomera Founder and CTO The big news today is about reducing our carbon footprint. How much better than to replace carbon with oxygen? Atomera brings a unique twist to this paradigm shift. Increasingly in semiconductor technology, and...
HKMG Devices Work Better With MST, Extending the CMOS Roadmap

Introducing MSTcad™

Introducing MSTcad™ By Robert Mears, Atomera Founder and CTO I have previously described how MST® can facilitate “precision doping profiles,” which are “frozen” or “anchored” in place and do not smear out after subsequent oxidations and anneals. MST does this...