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NASA SCoPE logo on black background.

Two NASA SCoPE Affiliates Chosen from UNH

Brianna Isola and Gus Eberlein were selected to be NASA SCoPE Affiliates and each received $2,000 in travel funding for the Fall AGU Meeting, six hours of communications training, and a certificate (microcredential). 

View the NASA SCoPE 2025 awardees 

Image of NASA’s Magnetospheric Multiscale mission, which consists of four spacecraft, is gathering information about magnetic reconnection around Earth.

Magnetic “Switchback” Detected near Earth for First Time 

Emily McDougall and Matthew Argall report observations of a switchback-shaped structure in Earth’s magnetic field, suggesting that switchbacks can also form near planets. 

Read the EOS News Story 

Headshot of Brianna Isola in front of a building.

UNH Space Science Center Student Wins NASA Award 

Space Science Center PhD student Brianna Isola was awarded $99,233 for successfully proposing to NASA’s Future Investigators in NASA Earth and Space Science and Technology (FINESST). 

Read About the Student NASA award 

Purple aurora photo with "AGU Honors Program."

Two UNH SSC Grad Students Win AGU's Poster Awards 

 Science Center graduate students Anusree Devanandan and Joel Tibbetts won American Geophysical Union (AGU)'s Outstanding Student Poster Awards (OSPA) from the AGU Annual Meeting.

Read About the AGU student poster awards 

Photo of lightning hitting a rod on a building

Honors College Awards Faculty Innovation Grant  

Matthew Argall was awarded the Faculty Innovation Grant by the UNH Hamel Honors and Scholars Program for the project, titled “A Lightning Course in Experimentation and Observation.”

Read About the Honors College awards 

Image of MMS satellites above Earth in space.

UNH Space Scientist Secures $1.2M in Research Grants   

A physicist with the UNH Space Science Center (SSC) has been selected to lead two research projects and will co-lead two additional projects to study space energy transfer and to create three-dimensional space visualizations for K-12 students.

Read the Research Grants story 

Thin boundary layers are prime candidates for accelerating particles up to energies high enough that they can penetrate through Earth’s magnetic field .

Probing a 100-Year-Old Theory of Plasma Motion for the First Time with NASA’s MMS 

NASA’s Magnetospheric Multiscale mission – MMS – has finally measured plasma’s movement on the small scales necessary to see if plasma collectively interacts with electromagnetic fields in the way the fundamental theory predicts.

Read the NASA Plasma Motion story 

This visualization shows the motion of one electron in the magnetic reconnection region

NASA's MMS Mission Locates Elusive Electron Act 

New research, published in the Journal of Geophysical Research, found a novel way to help locate regions where electrons are accelerated.

Read the NASA MMS Mission story