Rogers VP and Chief Information Officer Bipin Jayaraj looks at AI and Generative AI and explores the benefits of embracing change and adapting to innovations in workplace technology.
This paper was presented at SPIE Photonics West 2024 in San Francisco, CA. It was authored by J. Wiesend, F. Wagle, and S. Lutter.
Design engineers have many details to consider when choosing the right materials for advanced applications. Learn more about what makes silicone a material of choice from Rogers’ Principal Technical Service and Development Engineer Dan Kubick.
Check out the six-part Coonrod's Corner video series and eBook designed to help RF engineers adapt education to real-world application design.
People are often surprised to learn about the many different applications and industries that rely on the superior performance of silicone materials. From the aerospace and defense sector to healthcare and renewable energy, silicones have quietly become a mission-critical material across a wide range of fields.
When you think of silicones, your first thought may be gaskets and seals, but silicones are also used in addressing all sorts of gap-filling, shock, and vibration challenges across thousands of mission-critical applications and industries.
Whether you're working on a sealing gasket, electronic component, or a different application, choosing the right silicone material is paramount.