Nanostructured materials are rapidly gaining interest among researchers due to their exceptional optical, biological, and mechanical properties, which differ from those of bulk form materials.
Early Career Talks aim to expose the participants to novel areas and aspect of engineering in solving real world problems as well as to establish a link for networking, mentorship and to create a connection for research opportunities.
RAS 2023 invites academics and professionals from the robotics and automation industry (RAS) to come together to share our research and innovations in RAS, and explore future trends in RAS, and foster collaboration between academia and industry.
ComSoc Hybrid Lecture | Toward Low-latency Extended Reality (XR) Enabled by RF Imaging and Programmable Wireless Environment (PWE) Technologies by Prof Andreas Pitsillides, University of Cyprus This is a hybrid event which can be attended in person or remotely. About the Speaker Andreas Pitsillides is a Professor in the Department of [...]
This talk will summarise recent developments and trends in engineering nonlinear optical properties in several types of nanostructures.
Nanowires have emerged as an efficient alternative to their planar counterparts, especially for optoelectronics applications. This talk will present recent work on semiconducting and superconducting nanowire devices.
This lecture will reflect on the work of James Lovelock of Gaia Theory fame and his association with Cybernetics at Reading.
The IEEE Wireless Communications and Networking Conference (WCNC) is one of the premier annual events of IEEE in the wireless research arena bringing together researchers, academics, industry, and government.
This WiSC workshop will include a series of technical talks delivered by female speakers from academia and industry whose expertise fall in the broad area of smart wireless communications networks.
This SSIT Distinguished Lecture focuses on social implications and ethical issues to be considered when co-designing and implementing interventions in resource-constrained environments.