REWIRE Transforming Next-Gen Power Electronics Webinar Series – #1 Why test and measurement standards are key to enabling innovation and impact across the wide bandgap semiconductor sector

by Alex | May 14, 2025

REWIRE Webinar Series 2025 #1 Why test and measurement standards are key to enabling innovation and impact across the wide bandgap semiconductor sector – please register for the webinar This is the first webinar in an ongoing webinar series focusing on all...

Power Semiconductors for Everyone – Issue #1: The Basics

by Dr. Katie Hore and Alex | Apr 14, 2025 | Blog, News

Are you curious about the technology that powers your world? From ultra-fast smartphone charging to electric cars with incredible range, power semiconductors are the invisible force making it possible. In ‘Power Semiconductors for Everyone!’, we are going to dive into...

REWIRE Workshop – Leveraging AI and ML for wide band gap semiconductor (WBG) materials and power electronic devices

by Alex | Apr 10, 2025

We would like to invite you to our first focusing on how to effectively leverage AI and ML for wide band gap semiconductor (WBG) materials and power electronic devices. This virtual workshop will take place online on the afternoon of 11th June 2025, between 1:30pm and...

REWIRE hosts Nobel Prize winning physicist Professor Hiroshi Amano

by Dr. Alex Oliver and Alex | Apr 10, 2025 | News

World-renowned and Nobel Prize winning physicist Professor Hiroshi Amano visited the University of Bristol at the beginning of April 2025 to share his knowledge and expertise with REWIRE researchers and PhD students as part of an enterprising exchange programme to...

REWIRE Blog – Could collaboration be the key to the next decade of semiconductor innovation?

by Dr. Alex Oliver and Alex | Apr 7, 2025 | Blog, News

Alex Oliver, Business Partnerships Lead at REWIRE, reflects on presenting at the NMI Conference in March 2025 and considers how collaboration could drive technology innovation for power semiconductors and power electronics. The relentless pace at which technology is...