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In this episode, Mark, Adam, and Aphrodite talk materials for nuclear fusion, and the success stories Goodfellow has had within this sector.
Goodfellow announces the acquisition of two new companies
Technical ceramics offer thermal resistance, electrical insulation & durability for aerospace, healthcare & electronics applications. Listen now for surprising insights.
Mike Adelstein, President of Potomac, discusses the new era of micromanufacturing excellence that was created when Potomac joined Goodfellow in June 2024.
What do you know about the Periodic Table? For this year's Periodic Table Day, Ron Clawson joins Mark and Adam to discuss all things elements, how the table was created, and how it relates to watching paint dry. There's also an exclusive competition for listeners - to get the details, listen now!
In our second episode of 2025, we delve into the technical side of our business, exploring the services and expertise that set us apart. Join your hosts Mark, Dr. Aphrodite Tomou, and Adam Sells as they discuss how Goodfellow goes beyond standard product offerings to provide custom solutions for a range of industries.
Goodfellow's Innovation Discuss podcast is back for 2025! This episode explores the future of materials science, including plans for the Advanced Materials Show and Cambridge University events. Discover our specialist product range with high-purity aluminum and composites, plus a new product finder. We're also exploring January's groundbreaking discoveries and inviting customer stories.
This special Christmas edition concludes with a unique and hilarious twist: a compilation of outtakes, curated and introduced by our very own AI-generated podcast hosts. You'll be hard pushed to tell the AI from the real people as they guide you through the bloopers, highlighting the personalities and humour behind the microphones.
Mark, Adam and Aphrodite take a look at a new soft, sustainable, biodegradable electroactive material referred to as Nanoribbons. Suitable for applications from medical implants to wearable electronics, these low-energy consuming biocompatible materials have been developed by Northwestern University.
