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the simultaneous trapping of light and sound within the same high-Q cavity, and resulting in extremely high optomechanical interaction for the polaritons and mechanical modes in GHz range. The project
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, you will apply for the study right in doctoral studies at Aalto University School of Electrical Engineering. Thus, please see the student information and admission criteria at https://www.aalto.fi/en
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their field, participate in the administration of the Aalto University community, and engage in societal interaction and international cooperation within their field. Evaluation at the Associate
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-quality academic teaching, keep up with developments in their field, participate in the administration of the Aalto University community, and engage in societal interaction and international cooperation
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numerical modelling of rock-liner interaction and will design the in-situ experiments together with you. Around you are colleagues in numerical methods for geomechanics, geotechnical engineering
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modelling, risk assessment, and digital rock mass characterisation. He leads the numerical modelling of rock-liner interaction and will design the in-situ experiments together with you. Around you
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current with developments in spacecraft propulsion, nanosatellite engineering, and plasma interaction technologies, integrating new findings into project activities. Contribute actively to outreach