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Universities’ crucial role in our spacefaring future

To ensure that our species endures, we must advance space-based technologies and break our interdisciplinary boundaries.

Written by: ejolsen

December 4, 2019

Portrait of Tuija Pulkkinen, featured researcher in this storyTuija Pulkkinen
Chair, Climate and Space Sciences and Engineering Department
Portrait of Anthony Waas, featured researcher in this storyAnthony Waas
Richard A Auhll Department Chair of Aerospace Engineering

By Tuija Pulkkinen and Anthony Waas

Space research and space exploration are vital to the future of humankind. The Earth may be resilient — it’s still here long after the dinosaurs, and it shows no scars from the Carrington solar storm that fried telegraph lines in 1859. But society on this planet is facing some unprecedented challenges.

Our dependence on technological systems such as power grids and satellite communication makes us more vulnerable than ever to solar storms. We should not forget that another significant asteroid collision is a matter of when, not if. And planetwide shifts such as climate change, ocean acidification and deforestation raise vital questions about how the Earth can continue to support the growing population.

These are just a few reasons why this is a pivotal time to take major steps in space-based technologies that can help us predict, adapt to, mitigate and protect ourselves from catastrophes or slower-occurring changes. They’re also good reasons to boost space exploration. To ensure that our species endures, we have a responsibility to develop our society to become a spacefaring one.

This article was published in Inside Higher Ed. Read the full article.

Explore: Aerospace Engineering Climate and Space Sciences and Engineering Faculty Faculty Perspectives Research Space Anthony Waas Education Space Systems Space Weather Tuija Pulkkinen

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