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solar system

An image depicting Jupiter and its four largest moons
Posted inResearch Spotlights

Jupiter’s Ocean Moons Raise Tidal Waves on One Another

by Rachel Fritts 20 August 202027 January 2022

New research considers the effect of Jupiter’s Galilean moons on each other’s oceans for the first time.

Illustration of lightning at Jupiter’s north pole
Posted inFeatures

Rayos Planetarios: Misma Física, Mundos Distantes

by Kimberly M. S. Cartier 13 August 202012 April 2022

Un rayo en el planeta Tierra necesita sólo algunos simples ingredientes para generar una chispa. Esos ingredientes existen en todo el sistema solar y más allá.

A nautilus-shaped cyclone with white ammonia clouds swirling anticlockwise observed in Jupiter’s northern midlatitudes
Posted inResearch Spotlights

“Mushballs” May Drive Ammonia Transport on Jupiter

by Morgan Rehnberg 5 August 202027 January 2022

Hail might account for observed depletions of ammonia in the planet’s atmosphere.

Graphic showing what the JEDI instrument can see of Io and Europa from its trajectory
Posted inEditors' Highlights

New Energetic Neutral Atom Emissions from Jupiter, Io, and Europa

by Viviane Pierrard 15 June 202027 January 2022

The first Jovian off-equator Energetic Neutral Atom viewings reveal distinct emissions from Jupiter and the orbits of Io and Europa: Energetic particle injections surprisingly occur inside Io’s orbit.

Illustration of lightning at Jupiter’s north pole
Posted inFeatures

Planetary Lightning: Same Physics, Distant Worlds

by Kimberly M. S. Cartier 24 April 202012 April 2022

Lightning on Earth needs just a few simple ingredients to generate a spark. Those ingredients exist throughout the solar system and beyond.

Graph showing an example of very-low frequency signal phase response to solar X-ray emissions over a 24-hour period
Posted inEditors' Highlights

Using Earth’s Atmosphere as a Solar Flare Monitor

by Michael A. Hapgood 28 January 202027 January 2022

Measurements of very-low frequency radio signal phase and amplitude can detect upper atmosphere changes caused by solar flares, enabling us to monitor flare occurrence and intensity.

A difference image revealing the main features of Jupiter’s aurora
Posted inEditors' Highlights

Using a Machine to Help Us Learn About Jupiter’s Aurora

by M. Liemohn 9 December 201927 January 2022

A first usage of principal component analysis on Hubble images of Jupiter’s auroral ovals reveals the most common patterns, and machine learning classification reveals their physical causes.

Two spacecraft flying outside the solar system in interstellar space
Posted inNews

Voyager 2’s Interstellar Arrival Was Kind of Familiar. That’s Surprising

by Kimberly M. S. Cartier 4 November 201917 June 2022

The spacecraft crossed the solar system’s edge at a different spot and in a different solar season than Voyager 1. Nevertheless, the border looked much the same in both spots.

An illustration of the Sun within the heliosheath encountering the interstellar medium
Posted inNews

What Inflates the Solar Bubble? Voyagers Count What’s Missing

by Kimberly M. S. Cartier 17 October 201916 November 2021

The first in situ measurement of the pressure at the edge of the solar system reveals that there’s still a lot we don’t know about what sets the size of the heliosphere.

Cratered planet in blues and browns
Posted inNews

Our Seismic Solar System

by Kimberly M. S. Cartier 10 September 201917 June 2022

Earth’s not the only thing that shakes and quakes and goes around the Sun. Not by a long shot.

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From AGU Journals

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