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Fall 2021
Growing demand for electrical energy calls for more efficient electronic devices not only in terms of performance but also in terms of energy-efficient fabrication processes. With traditional semiconductors (such as silicon) reaching their limits in electrical power handling, alternative...
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Investigation of a Drive Mechanism Modification to Increase Thermodynamic Power of a Low Temperature Differential Gamma Type Stirling Engine
DownloadFall 2021
This work presents the findings of an investigation into the modification of the drive mechanism of a low temperature differential gamma type Stirling engine with the aim of improving the thermodynamic performance and power production. A drive mechanism was conceptualized that could modify the...
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Spring 2020
Cryogenic optomechanical cavities fabricated from silicon are promising candidates for quantum information applications and platforms to study mesoscale quantum physics. However, the low temperature behaviour of these devices remains shrouded in mystery. To elucidate this, we have designed and...