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to enable people to truly experience networked interactions with all their senses (e.g. audio, visual and haptic), eventually leading to natural social interaction across distances. SINLAB conducts systems
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on terrestrial planetary objects from the surface mineralogy and morphology. This requires remote sensing using multi-wavelength spectral methods, identification of relevant analogue settings among terrestrial
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reliable data representations. We have a specific interest in candidates experienced in areas related to visual data, such as medical imaging, seismic data, time series data, and remote sensing data
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objects from the surface mineralogy and morphology. This requires remote sensing using multi-wavelength spectral methods, identification of relevant analogue settings among terrestrial rocks and potentially
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and perception. In essence, we want to enable people to truly experience networked interactions with all their senses (e.g. audio, visual and haptic), eventually leading to natural social interaction
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with respect to academic credentials. Applicants must hold a degree equivalent to a Norwegian doctoral degree in Planetary Sciences, Remote Sensing, Geosciences, Physics or other related quantitative
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data, such as medical imaging, seismic data, time series data, and remote sensing data. We are a forward-thinking group that welcomes diversity in thinking and encourages theoretical and practical
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and remote sensing in combination with high-resolution modelling, as well as assessment of large-scale climate impacts of clouds using a combination of satellite observations and Earth System Modelling