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aurorae

Researchers use sounding rockets to measure how Earth’s auroras affect winds in the upper atmosphere.
Posted inResearch Spotlights

Sounding Rockets Probe the Northern Lights Above Norway

by E. Underwood 29 January 201824 October 2022

Scientists measure how the aurora affects winds in the upper atmosphere.

Posted inEditors' Highlights

New Insight into Ionospheric Feedback Instability

by Gang Lu 3 November 201721 February 2023

A new modeling effort could change our understanding of auroral arc formation.

Researchers examine how the electric fields in Jupiter’s polar region drive the planet’s powerful auroras
Posted inResearch Spotlights

Can Large Electric Fields Power Jupiter’s X-ray Auroras?

by E. Underwood 19 October 201713 January 2023

Electric fields with megavolt potentials in Jupiter’s polar region accelerate particles to 100 times more energy than Earth’s typical auroral particles, a new study finds.

Researchers spot new details in Juno satellite images of Jupiter’s aurora
Posted inResearch Spotlights

Juno Gets Spectacular View of Jupiter’s Aurora

by Mark Zastrow 7 September 20178 August 2022

The NASA spacecraft has taken images of Jupiter’s powerful aurora dancing around its poles, revealing never-before-seen details in their structure.

Researchers model the movement of strong auroral storms
Posted inResearch Spotlights

Simulations Give New View of Global Auroral Storms

by Mark Zastrow 16 August 201716 November 2021

New computer models capture the movement of the strongest auroral storms as they sweep across Earth at night, challenging scientists’ views of what drives them.

Researchers unravel the mystery of an anomaly in Earth’s ionosphere
Posted inResearch Spotlights

Auroras May Explain an Anomaly in Earth’s Ionosphere

by E. Underwood 7 August 201723 January 2023

A new study finds that the ionospheric anomaly over the Weddell Sea is likely influenced by proximity to auroral energy input, rather than by tilting magnetic fields.

Researchers look at Hubble images to spot secondary arcs of Jupiter’s aurora.
Posted inResearch Spotlights

Hubble Reveals Less Studied Regions of Jupiter’s Auroras

by S. Witman 25 July 201711 August 2022

With a dose of fiery plasma, the secondary arcs of Jupiter’s aurora shine bright.

Posted inResearch Spotlights

Testing Models of Near-Space Electrical Currents

Leah Crane by L. Crane 18 July 201716 November 2021

Modeling Earth’s near-space environment and its electrical currents is challenging. A new study compares how four different models stack up against observations.

New research suggests Jupiter’s aurora are produced by processes unlike those on Earth
Posted inResearch Spotlights

Mysterious Particle Beams Found over Jupiter’s Poles

by Mark Zastrow 19 June 201711 August 2022

The unexpected character of the beams, revealed by NASA’s Juno spacecraft, suggests that the processes that produce Jupiter’s auroras are unlike those on Earth.

Auroral physicist Dave Evans relaxes in his garden in Boulder, Colo
Posted inNews

David S. Evans (1936–2016)

by T. E. Moore and T. Fuller-Rowell 25 May 201721 February 2023

Evans, a pioneer of auroral physics, changed the way scientists thought about the aurora and magnetic fields and guided a new generation of researchers.

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