MetOx International has appointed Richard Gottscho to its Board of Directors, strengthening its leadership as the company advances high-temperature superconducting (HTS) technologies to address rising global energy demands.
The appointment comes at a time when industries such as artificial intelligence, hyperscale data centers, and electrified manufacturing are placing unprecedented pressure on power infrastructure. MetOx is positioning its HTS wire technology as a key enabler for efficient, high-capacity energy transmission systems designed to support next-generation digital and industrial ecosystems.
Gottscho brings decades of experience in semiconductor manufacturing and plasma science, having played a central role in scaling technologies that underpin modern computing. During his tenure at Lam Research, where he served as Executive Vice President and Chief Technology Officer, he led advancements in plasma etch and deposition processes critical to semiconductor fabrication. These innovations contributed to multiple generations of chip scaling and supported the expansion of cloud computing, artificial intelligence, and high-performance systems.
His expertise is expected to support MetOx as it transitions from technology development to large-scale deployment. The company is focused on expanding the commercial use of HTS wire, which offers higher efficiency and capacity compared to conventional conductors, particularly in applications requiring high power density.
Industry observers note that as compute capabilities scale rapidly, the ability to deliver reliable and efficient energy is emerging as a critical constraint. MetOx’s strategy reflects a broader convergence between advanced materials, energy infrastructure, and digital technologies.
In a statement, Gottscho highlighted the importance of scalable energy solutions, noting that the ability to deliver significantly more power efficiently will be essential to sustaining technological growth. His appointment also aligns with MetOx’s efforts to strengthen its board with expertise spanning materials science, advanced manufacturing, and energy systems.
Gottscho is a member of the National Academy of Engineering and holds academic credentials in chemistry and physical chemistry from Pennsylvania State University and Massachusetts Institute of Technology, respectively.
