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We sat down with Teja Potočnik, founder of Nanomation, to talk about her journey from Slovenia to Cambridge, and the potential of nanomaterials in transforming chip production.
Teja’s background is impressive, she holds a PhD in nanomaterials, has published research in top journals, and recently won the Female Founders category at the Wolfson Entrepreneurship Competition. But it’s her ability to bridge deep science with commercial application that really stands out.
What exactly are nanomaterials? Nanomaterials are materials at the nanoscale, 1,000 times smaller than the width of a human hair. They have unique properties that make them ideal for applications in electronics, including transistors and sensors.
With Moore’s Law hitting physical limits, Teja explains how nanomaterials can offer new functions beyond just shrinking components.
But translating cutting-edge research into viable tech isn’t easy. She’s candid about the hurdles early-stage companies face in scaling advanced materials into mass production.
The conversation touches on the vast market opportunities for sensing applications, particularly in the infrared spectrum. Teja aims to lower costs while enhancing functionalities, making her technology appealing to various industries.
Teja praises the collaborative spirit within Cambridge's tech community, noting the invaluable connections and support she has received. "Everyone knows everyone, and it's great.”
If you're curious about the future of semiconductors, or how science moves from lab bench to product, this one’s worth a listen.
Produced by Cambridge TV
Hosted on Acast. See acast.com/privacy for more information.
By James Parton & Faye HollandWe sat down with Teja Potočnik, founder of Nanomation, to talk about her journey from Slovenia to Cambridge, and the potential of nanomaterials in transforming chip production.
Teja’s background is impressive, she holds a PhD in nanomaterials, has published research in top journals, and recently won the Female Founders category at the Wolfson Entrepreneurship Competition. But it’s her ability to bridge deep science with commercial application that really stands out.
What exactly are nanomaterials? Nanomaterials are materials at the nanoscale, 1,000 times smaller than the width of a human hair. They have unique properties that make them ideal for applications in electronics, including transistors and sensors.
With Moore’s Law hitting physical limits, Teja explains how nanomaterials can offer new functions beyond just shrinking components.
But translating cutting-edge research into viable tech isn’t easy. She’s candid about the hurdles early-stage companies face in scaling advanced materials into mass production.
The conversation touches on the vast market opportunities for sensing applications, particularly in the infrared spectrum. Teja aims to lower costs while enhancing functionalities, making her technology appealing to various industries.
Teja praises the collaborative spirit within Cambridge's tech community, noting the invaluable connections and support she has received. "Everyone knows everyone, and it's great.”
If you're curious about the future of semiconductors, or how science moves from lab bench to product, this one’s worth a listen.
Produced by Cambridge TV
Hosted on Acast. See acast.com/privacy for more information.

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