The Sustainable Electronic Technologies (SET) group aims to address aspects of sustainability which relate to electricity, electronics and communication. Electronic devices (computers, mobile phones, data centres) use a significant amount of the world's total energy consumption. Low power and efficient computing and electricity from renewable resources is required to allow electronic devices to have a continued positive impact on society.
Green electronics at the nanoscale
Smart power transfer system
Researchers develop patterning technology for...
Sustainable Electronic Technologies experts from the University of Southampton have demonstrated a new plasma patterning technique that can create high-quality nanostructured surfaces for infrared thermal control coatings and nonlinear optics.
Read MoreEnergy harvesting research to investigate new...
ECS lecturer Dr Ruomeng Huang is investigating new micro-thermoelectric generator, enabling more efficient self-powered IoT devices and sensing systems.
Read MoreResearchers expand silicon photonics...
A rapid prototyping service for photonic integrated circuits is being expanded in a new funding success at the University of Southampton's £120m cleanroom complex.
Read MoreRecent SET publications
Real-time phase trimming of Mach-Zehnder interferometers by femtosecond laser annealing of Germanium implanted waveguides - Xingshi Yu, Bigeng Chen, Xia Chen, Milan Milošević, Shinichi Saito, Graham Reed and Otto Muskens
Type: Conference or Workshop Item
| 2018
| IEEE
Photonic bonding modes with circular polarization at zero-group-velocity points - Moise Sala Henri Sotto, Kapil Debnath, Ali Khokhar, Isao Tomita, David Thomson and Shinichi Saito
Type: Conference or Workshop Item
| 2018
| IEEE
| Item not available on this server.
Low-loss silicon waveguides and grating couplers fabricated using anisotropic wet etching technique - Kapil Debnath, Hideo Arimoto, Muhammad K. Husain, Alyssa Prasmusinto, Abdelrahman Al-Attili, Rafidah Petra, Harold M.H. Chong, Graham T. Reed and Shinichi Saito
Type: Article
| 2016
Type: Thesis
| 2019
| University of Southampton
| Item availability restricted.
A novel low temperature fabrication approach of multichannel zinc oxide nanowire field effect transistors for biosensing applications - Martin Ebert
Type: Thesis
| 2019
| University of Southampton