IP in hypersonic materials and high-performance semiconductors for national security.
Joined May 2026
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Professor Joan Redwing of Penn State leads Battalion's wide-bandgap semiconductor project: an atomically thin interlayer between gallium nitride and diamond.
Next in the series: how it works.
The laboratory work is underway. So is the work of understanding the problems it will be asked to solve.
R. Michael Jones, Co-founder and Director, in Washington, DC this week.
Our partners at @penn_state have published their story on the research collaboration — a closer look at the two projects underway at the Materials Research Institute on semiconductor integration and high-temperature alloys.
@PennStateMRI @PSUresearch
psu.edu/news/materials-resea…
Battalion Advanced Technology retweeted
Every quantum modality so far has forced a trade-off between stability and scale.
Now, there’s something new. No trade-off needed.
@DeltaGoldTech
#QuantumComputing #QuantumMaterials #DeepTech
Battalion Advanced Technology has entered two research agreements with @penn_state worth up to $6M to advance semiconductor integration and high-temperature alloys for national security applications.
Read the full announcement via the link in the comments below.
3/ U.S. Senator Dave McCormick commented: "This research collaboration, backed by up to $6 million from Battalion Advanced Technology, will help Penn State advance critical work in semiconductors, aerospace, defense, and other strategic industries."
Read the full announcement: prnewswire.com/news-releases…
2/ The second develops oxidation-resistant refractory metal alloys for extreme-temperature environments, including hypersonic flight, led by Prof. Douglas Wolfe.