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 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: Toward efficient and tailorable mid-infrared emitters utilizing multilayer graphene

Congratulations to fourth-year PGR Dean Patient, whose paper ‘Toward efficient and tailorable mid-infrared emitters utilizing multilayer graphene’ was recently published in Applied Physics Letters. Dean summarises the paper’s findings: In this work, we experimentally fabricate devices consisting of multi-layer graphene with an incorporated back-reflector. The resultant devices have a roughly 4-fold increase in emission compared […]

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New Publication: Supersymmetry, half-bound states, and grazing incidence reflection

Congratulations to third year PGR Dean Patient, whose paper ‘Supersymmetry, half-bound states, and grazing incidence reflection’ was published in Journal of Optics. Dean explains his findings: Any wave that approaches a material at grazing incidence will almost always completely reflect, this effect can be seen all around us: we can see the reflection of the […]

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