Matthew Porter on Muck Rack

Matthew Porter

England, London
As seen in: Nature, The Daily Mirror, Yahoo News UK, Daily Express, Daily Star (UK), GQ, InfoQ, Kent Live, Dove Medical Press, Echo (Essex) and
Digital news stuff. Ex-Head of Social @DailyMirror. All views on West Ham, county cricket and the Red Sox very much my own.
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Articles

A megawatt ultra-wide bandgap semiconductor module for pulsed power electronics

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By Hehe Gong, Xin Yang, Boyan Wang, Zichen Zhang, Zineng Yang, Matthew Porter, Hongchang Cui, Yuan Qin, Rong Zhang, Han Wang, Dong Dong, Guo-Quan Lu, Yuhao Zhang, Qingrui Yuchi
| Nature Verified
Abstract Ultra-wide bandgap semiconductors exhibit advantageous electronic properties that make them promising for high-voltage, high-power electronics applications. Building on over a decade of progress in material growth and device fabrication, discrete ultra-wide bandgap devices with power-switching capacities up to the kilowatt level have been recently demonstrated.
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Bishop of Bolton: Reflections on Canterbury and the heart of worship

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By Matthew Porter
| Yahoo News UK Verified
On Wednesday, I was in Canterbury Cathedral for the installation of the new Archbishop of Canterbury. It was quite an occasion. The Prime Minister was there, and royalty too, as well as representatives from across the globe. The readings were inspiring and the prayers helpful, but the thing that caught my attention was the visiting African choir. Vibrantly dressed in rich colours, this choir sang joyfully and powerfully with passion and energy.
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Cryogenic neuromorphic circuits using gate-controlled negative differential resistance in silicon carbide

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By Xin Yang, Matthew Porter, Yuan Qin, Hehe Gong, Zichen Xi, Han Wang, Liyan Zhu, Yuhao Zhang, Linbo Shao, Zineng Yang, Liyang Jin
| Nature Verified
Abstract Cryogenic electronic circuits are crucial for interfacing and controlling scalable quantum computing platforms at millikelvin temperatures, yet face stringent thermal constraints demanding ultra-low power operation. Neuromorphic circuits, emulating the spiking behavior of biological neurons, offer solution for achieving energy-efficient electronics under these conditions.
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