coronal mass ejections

10+ articles

NASA Parker Solar Probe STEM education Sun University of Michigan

Parker Solar Probe: The Sun's Magnetic Whodunit Solved!

NASA's Parker Solar Probe has finally corroborated a 70-year-old theory by directly observing magnetic reconnection in the Sun's atmosphere! Discover how this landmark finding transforms our understanding of solar storms, enhances space weather forecasting, and fortifies Earthly tech against celestial chaos.

Aug 24

Parker Solar Probe: The Sun's Magnetic Whodunit Solved!

Parker Solar Probe's Stunning Sun Selfies: The Closest Look Ever!

NASA's Parker Solar Probe has captured the closest images of the Sun ever taken, showcasing breathtaking details of the solar corona. These new views, highlighted in a time-lapse video, reveal dynamic solar phenomena like colliding coronal mass ejections (CMEs) and distant stars, offering invaluable insights into our star's mysterious outer atmosphere. The probe's historic approach marks a significant milestone in space exploration and solar observation.

Aug 11

Parker Solar Probe's Stunning Sun Selfies: The Closest Look Ever!

Parker Solar Probe: Capturing the Sun Like Never Before

The Parker Solar Probe has taken us closer to the sun than ever before, unveiling stunning images of the sun's corona that promise to revolutionize our understanding of solar phenomena.

Jul 18

Parker Solar Probe: Capturing the Sun Like Never Before

Parker Solar Probe's Historic Flyby: Unveiling Solar Secrets Like Never Before!

The Parker Solar Probe has once again shattered records by capturing the closest-ever photos of the sun, providing unprecedented insights into the solar wind and coronal mass ejections. These groundbreaking images are set to revolutionize our understanding of space weather, as they unveil the existence of two types of slow solar wind. As scientists dig deeper into this cosmic data, the implications for better predicting space weather and safeguarding Earth's infrastructure are immense.

Jul 12

Parker Solar Probe's Historic Flyby: Unveiling Solar Secrets Like Never Before!

NASA's Parker Solar Probe: Unlocking the Sun's Fiery Secrets

NASA's Parker Solar Probe smashes records, venturing closer to the Sun than any other spacecraft, unveiling unprecedented data about solar winds and CMEs. Discover how these findings are revolutionizing our understanding of space weather, aiding in the protection of Earth's technology and astronauts.

Jul 11

NASA's Parker Solar Probe: Unlocking the Sun's Fiery Secrets

Parker Solar Probe's Daring Sun-Camera Adventure: Capturing Solar Eruptions Up-Close!

The Parker Solar Probe has given us the closest-ever images of the Sun, showcasing detailed views of coronal mass ejections (CMEs) and the heliospheric current sheet. This daring mission, during its closest approach in December 2024, provides critical data for understanding space weather and its potential impact on technology and infrastructure on Earth.

Jul 11

Parker Solar Probe's Daring Sun-Camera Adventure: Capturing Solar Eruptions Up-Close!

From Classroom to Cosmos: High Schoolers Join NASA's Solar Storm Study

Morrison High School students, alongside peers from 18 schools, are making cosmic waves by joining NASA's SunRISE Ground Radio Lab. This initiative, a collaboration with the University of Michigan, empowers students with $500 low-cost antenna kits to track solar radio waves and study coronal mass ejections, key to predicting space weather. The program's mission is twofold: to bolster space weather insights and inspire tomorrow's STEAM experts.

Jun 29

From Classroom to Cosmos: High Schoolers Join NASA's Solar Storm Study

NASA's PUNCH Mission Reveals Spectacular Solar Eruptions in Unprecedented Detail

NASA's PUNCH mission has released stunning images of coronal mass ejections (CMEs) traveling from the Sun and impacting Earth. With four spacecraft equipped with advanced imagers, PUNCH offers an unprecedented and comprehensive view of the corona and solar wind, bridging a 60-year gap in solar observation. Launched in March 2025, the mission aims to enhance space weather predictions, crucial for satellite and communication protection, by providing continuous 3D observations of the Sun's atmosphere and inner solar system.

Jun 25

NASA's PUNCH Mission Reveals Spectacular Solar Eruptions in Unprecedented Detail

High Schoolers Become Space Weather Trackers with U of M and NASA Partnership

High school students are joining forces with NASA and the University of Michigan (U of M) to track solar storms. This innovative partnership involves 18 schools monitoring solar radio bursts using U of M designed antenna kits. These early indicators of geomagnetic storms offer students hands-on experience in assembling antennas, data collection, and analysis as part of the SunRISE Ground Radio Lab. This project is not only a leap in scientific curiosity but also a valuable contributor to NASA’s satellite prep work to closely observe solar radio emissions.