CMRI attend OFEME Symposium 2023

On 20th-21st November, CMRI postdoctoral research fellow Dr James Capers and PGR Kyle Arnold attended the Defence and Science Technology Laboratory’s (DSTL’s) 4th ‘Operating in the Future Electromagnetic Environment (OFEME)’ Symposium 2023. This event brought together academics, DSTL researchers, suppliers and representatives from government departments such as the Ministry of Defence (MoD) to consider the […]

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New publication: Manipulating the quasi–normal modes of radially symmetric resonators

Congratulations to CMRI postdoctoral researcher James Capers on his latest paper ‘Manipulating the quasi–normal modes of radially symmetric resonators‘ which has been published in Optics Express. In this work, co-authored by CMRI PhD alumni Dr Dean Patient and assistant professor Dr Simon Horsley, James and colleagues derive methods for controlling the resonant frequency, linewidth and […]

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New publication: Inverse Design of Thin-Plate Elastic Wave Devices

Congratulations to CMRI postdoctoral researcher James Capers who has had his work ‘Inverse Design of Thin-Plate Elastic Wave Devices‘ published in Physical Review Applied. In this work, James applies principles from electromagnetism to manipulate mechanical energy with a view towards using graded plates as lenses or for performing mode shaping. This work has applications for […]

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James Capers attends ‘Mathematical Theory and Applications of Multiple Wave Scattering’ Winter School

Final year PGR James Capers attended the ‘Mathematical Theory and Applications of Multiple Wave Scattering’ Winter School held at the Isaac Newton Institute in Cambridge University. The Winter School was a mix of lectures from mathematicians about wave scattering theory, talks from industry representative from organisations such as DSTL, The Smith Institute and Thales about […]

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Kyle Arnold wins first prize for poster at Operating in Future Electromagnetic Environments Symposium (OFEME)

The Operating in Future Electromagnetic Environments Symposium (OFEME) is a two-day event run by DSTL to bring together government scientists, military personnel, industry researched and academics to share ideas about how technology can ensure control of the electromagnetic spectrum in an increasingly congested and contested world. Four of our CDT PhD students: James Capers, Kyle […]

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New Publication: Inverse design in the complex plane: Manipulating quasi-normal modes

Congratulations to final year PGRs James Capers and Dean Patient, whose paper ‘Inverse design in the complex plane: Manipulating quasi-normal modes’ has been recently accepted by Physical Review A. James explains the importance of this paper’s findings: To design materials for use in solar panels, gas sensors and thermal emitters it is necessary to control the […]

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New Publication: Designing Disordered Multi-Functional Metamaterials using the Discrete Dipole Approximation

Congratulations to fourth-year PGR James Capers, who has just had his paper ‘Designing Disordered Multi-Functional Metamaterials using the Discrete Dipole Approximation’ accepted for publication in New Journal of Physics. James explains the significance of the paper’s findings: Being able to manipulate radiation in any desired way is key to sensing, stealth, power transfer and next-generation […]

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