Funded by the Engineering and Physical Sciences Council (EPRSC), new molecular beam epitaxy (MBE) devices utilize AI to accelerate the discovery and development of new, sustainable, transformed semiconductor materials.
The instrument is configured to provide a new means for research with unique combinations of materials, such as mixtures of semiconductors and superconductors, creating the concept of brand new devices.
The system will be installed at the National Epitaxy Facility funded by EPSRC, a centre of excellence organized by Sheffield in collaboration with Cambridge University and UCL.
Semiconductors are used in many applications, and new semiconductors are important for technology innovation. Historically, discoveries such as gallium nitride (GAN) have had an impact by creating new industries such as the 100 million pound LED lighting industry. Overall, the global semiconductor industry is worth £900 million.
Additionally, the environmental sustainability of the semiconductor industry must be increased by searching for new semiconductors made from earth-rich materials such as zinc, aluminum and nitrogen.
Details from Electronics
In a statement, Professor John Heffernan, director of the National Epitaxy Facility, said: “Semiconductors are crucial as they drive the technology and infrastructure that modern society is being built on. The recent global shortage is that many popular appliances have disappeared, causing prices, causing prices, and we do not bring about the supply of quarantine.
“The National Epitaxy Facility in Sheffield is an important part of the UK’s capabilities in semiconductor R&D, and the MBE system will help the UK become a global leader in enabling the discovery and optimization of existing semiconductors for the future of its technology.”
In another development, a new facility was opened by Patrick Balance Lord at the University of Southampton to build next-generation semiconductor chips using electron beam technology.
As the name suggests, electron beam lithography uses centralized beams of electrons to create patterns on materials with unparalleled resolutions, allowing researchers to create features thousands of times smaller than human hair.
In addition to this, the government has launched a £4.75 million semiconductor skills package that will help build the talent base for the UK’s semiconductor industry. The package is also intended to help strengthen research and development capabilities at universities in the UK.
