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The POLARIS project aims to enhance the growth of ferroelectric oxide heterostructures by implementing a non-invasive laser technique to monitor their assembly in real-time. This innovation seeks to optimize the development of materials for advanced electronic devices, improving efficiency and functionality.
The technology for the growth of thin oxide films has reached the same level of atomic control as in the case ofsemiconductors.
Yet, in contrast to semiconductors, oxides exhibit novel phases and functionalities like magnetic or electricorder or dramatic changes of electrical resistance.
One such functionality is the spontaneous formation of an electricpolarization, called ferroelectricity, that is considered as basis for novel types of smart devices or energy-efficient functionalcomponents in C…
EIDGENOESSISCHE TECHNISCHE HOCHSCHULE ZUERICH
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