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We have 12 ionosphere PhD Projects, Programmes & Scholarships

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ionosphere PhD Projects, Programmes & Scholarships

We have 12 ionosphere PhD Projects, Programmes & Scholarships

Coordinated ground and space-based exploration of the cusp ionosphere

At near-noon local times, at locations in the high arctic near 80 degrees North and South, the magnetic fields which originate in the conducting core of our planet extend upwards and are magnetically connected to the dayside magnetopause. Read more

Characterization of the Space Weather and radiation environment at Mars and the impacts on exploration

The Sun continuously emits magnetic fields, particles and radiation that can interact with a planet’s upper atmosphere and surrounding magnetic environment to produce a myriad of effects, such as radio communications issues, which are typically referred as Space Weather. Read more

Jupiter’s fiery aurora – how heat is driven into the atmosphere (Ref: STFCDTP24/EE/MPEE/STALLARD)

Our understanding of Jupiter’s aurora is radically changing, as we try to understand a wealth of new observations, from ground-based telescopes, from the Juno mission and most recently, from the James Webb Telescope. Read more

Extreme Heating of the Upper Atmosphere by Aurora

Project overview. This project will use optical imaging of the aurora together with radar observations of the ionosphere to investigate extreme heating of the neutral upper atmosphere caused by auroral processes. Read more

Reconstruction of the dayside magnetopause using machine learning methods

The Earth’s magnetopause is the boundary between the solar wind and the magnetosphere. During coronal mass ejections, the solar wind dynamic pressure often increases and the magnetopause comes closer to the Earth. Read more

Space Weather Priming: the missing link in prediction

Project Overview. This project will answer the question. do the impacts of solar storms depend on previous space weather activity? Decades of data from powerful, advanced radars will be used to study how our space environment responds at different temporal and spatial scales to space weather storms. Read more

Space Weather Priming: the missing link in prediction

This project will answer the question. do the impacts of solar storms depend on previous space weather activity? Decades of data from powerful, advanced radars will be used to study how our space environment responds at different temporal and spatial scales to space weather storms. Read more
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