🌌 Our physicists have helped make a discovery that brings us much closer to understanding how magnetic fields form across the Universe.

🖱️ tinyurl.com/ccd2n3j2

#cosmicdynamo #physics #spacephysics #magneticfieldgeneration

Textbook Illustration from "Experimental Physiology Volume 106, Issue 12," Dec. 2021

On Earth, a 80kg man weighs 30.4kg on Mars (0.38g). But on a 1.2 gravity ball of rock, he's 96kg.
The blood gets pulled to his feet while his heart has to work 20% harder just to stay conscious. Definitely no vacation spot for Ithaca's crew.📉❤️
#SpacePhysics #SciFi #OrbitalMechanics #technothriller

NASA's micrometeroid and orbital debris (MMOD) test results from the White Sands Facility.

Following up on the Whipple Shield: at hypervelocity (think 17,000 mph+), physics changes. Solid projectiles undergo a phase transition.
📽️YouTube: Testing at the White Sands Test Facility (14:08).
bit.ly/4uqh1G4

www.nasa.gov/centers-and-...

#SpacePhysics #TheShatterRegime #WhippleShield #NASA

If Your Friend Fell Into a Black Hole, Would the Spaceship Speed Up or Slow Down? - OddbbO World What really happens when you fall into a black hole? From Newton to Einstein, discover why objects appear to freeze at the event horizon.

Quick question: If your friend’s ship fell into a black hole, would it speed up or slow down?

I got it wrong at first—turns out the answer breaks all intuition. Read the full science here 👇 #SpacePhysics

I can’t help but think that the morphodynamic patterns in this video strongly remind me of an #MHD #plasma simulation: continuous flows, deformations along implicit fields, and structures that arise from dynamics rather than static forms. … However, I am biased.

#SpacePhysics #Magnetohydrodynamics

Fully-funded PhD opportunities Fully-funded PhD opportunities to join the Solar and Space Physics Research Group at Northumbria University

Fully funded #PhD opportunities to join Research Group for October 2026. Details northumbria.ac.uk/STFCphd & deadline for applications 23-Jan-2026 & 2-Feb-2026.

You will join strong & supportive team. Best way to get a taste is to come visit (see website) #heliophysics ☀️ #SolarPhysics #SpacePhysics

Hot or cold? Real-time temperature disambiguation for space-based imaging of the solar atmosphere (Ref ID:ESA-OSIP26/SE/EPM/ANTOLIN) at Northumbria University on FindAPhD.com PhD Project - Hot or cold? Real-time temperature disambiguation for space-based imaging of the solar atmosphere (Ref ID:ESA-OSIP26/SE/EPM/ANTOLIN) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [12/12] “Hot or cold? Real-time temperature disambiguation for space-based imaging of the solar atmosphere”

www.findaphd.com/phds/project...

Closing 09.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

The interplay between turbulence, magnetic reconnection, and pressure anisotropies in space plasmas. (Ref ID: RS26/SE/EPM/FRANCI) at Northumbria University on FindAPhD.com PhD Project - The interplay between turbulence, magnetic reconnection, and pressure anisotropies in space plasmas. (Ref ID: RS26/SE/EPM/FRANCI) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [11/12] “The interplay between turbulence, magnetic reconnection & temperature anisotropies in space plasmas”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Predicting the Unpredictable: Are Earth's Radiation Belts chaotic? (Ref ID: STFC26/SE/EPM/WATT) at Northumbria University on FindAPhD.com PhD Project - Predicting the Unpredictable: Are Earth's Radiation Belts chaotic? (Ref ID: STFC26/SE/EPM/WATT) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [10/12] “Predicting the Unpredictable: Are Earth's Radiation Belts chaotic?”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Satellites as atmospheric probes: What orbital decay reveals about our space environment. (Ref ID: STFC26/SE/EPM/TOWNSON) at Northumbria University on FindAPhD.com PhD Project - Satellites as atmospheric probes: What orbital decay reveals about our space environment. (Ref ID: STFC26/SE/EPM/TOWNSON) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [9/12] “Satellites as atmospheric probes: What orbital decay reveals about our space environment”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Understanding the multi-layer physics of vortices in the lower solar atmosphere. (Ref ID: STFC26/SE/EPM/SCULLION) at Northumbria University on FindAPhD.com PhD Project - Understanding the multi-layer physics of vortices in the lower solar atmosphere. (Ref ID: STFC26/SE/EPM/SCULLION) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [8/12] “Understanding the multi-layer physics of vortices in the lower solar atmosphere”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Unlocking the Sun's Magnetic Secrets with the World's Most Powerful Solar Telescope (Ref ID: STFC26/SE/EPM/MORTON) at Northumbria University on FindAPhD.com PhD Project - Unlocking the Sun's Magnetic Secrets with the World's Most Powerful Solar Telescope (Ref ID: STFC26/SE/EPM/MORTON) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [7/12] “Unlocking the Sun's Magnetic Secrets with the World's Most Powerful Solar Telescope”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Time-dependent Magnetic Reconnection. (Ref ID: STFC26/SE/EPM/MCLAUGHLIN) at Northumbria University on FindAPhD.com PhD Project - Time-dependent Magnetic Reconnection. (Ref ID: STFC26/SE/EPM/MCLAUGHLIN) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [6/12] “Time-dependent Magnetic Reconnection”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

X-ray Polarization as a Diagnostic Tool for Solar Flare Physics (Ref ID: STFC26/SE/EPM/JEFFREY) at Northumbria University on FindAPhD.com PhD Project - X-ray Polarization as a Diagnostic Tool for Solar Flare Physics (Ref ID: STFC26/SE/EPM/JEFFREY) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [5/12] “X-ray Polarization as a Diagnostic Tool for Solar Flare Physics”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Microgravity-Induced Transport Phenomena in Fluids in Electrochemical Energy Systems for Space Environments (Ref: STFC26/SE/EPM/RASUL) at Northumbria University on FindAPhD.com PhD Project - Microgravity-Induced Transport Phenomena in Fluids in Electrochemical Energy Systems for Space Environments (Ref: STFC26/SE/EPM/RASUL) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [4/12] “Microgravity-Induced Transport Phenomena in Fluids in Electrochemical Energy Systems for Space Environments”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence

Evolution of Energy in Solar Active Regions and the Production of Flares/CMEs (Ref: STFC26/SE/EPM/BLOOMFIELD) at Northumbria University on FindAPhD.com PhD Project - Evolution of Energy in Solar Active Regions and the Production of Flares/CMEs (Ref: STFC26/SE/EPM/BLOOMFIELD) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [3/12] “Evolution of Energy in Solar Active Regions and the Production of Flares/CMEs”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

How do ultra-low frequency plasma waves drive Earth’s magnetosphere? (Ref: STFC26/SE/EPM/BENTLEY) at Northumbria University on FindAPhD.com PhD Project - How do ultra-low frequency plasma waves drive Earth’s magnetosphere? (Ref: STFC26/SE/EPM/BENTLEY) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [2/12] “How do ultra-low frequency plasma waves drive Earth’s magnetosphere?”

www.findaphd.com/phds/project...

Closing 02.02.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Finding magnetic reconnection in the cometary plasma environment (Ref: RDF26/SE/EPM/GOETZ) at Northumbria University on FindAPhD.com PhD Project - Finding magnetic reconnection in the cometary plasma environment (Ref: RDF26/SE/EPM/GOETZ) at Northumbria University, listed on FindAPhD.com

Fully funded #PhDposition #PhDlife #phdchat [1/12] “Finding magnetic reconnection in the cometary plasma environment”

www.findaphd.com/phds/project...

Closing 23.01.2026

#SolarPhysics #SpacePhysics #astronomy #Statistics #AI #MachineLearning #turbulence #plasma

Fully-funded PhD opportunities Fully-funded PhD opportunities to join the Solar and Space Physics Research Group at Northumbria University

Fully funded #PhD opportunities to join Research Group for October 2026. Details northumbria.ac.uk/STFCphd & deadline for applications 23-Jan-2026 & 2-Feb-2026. You will join strong & supportive team. Best way to get a taste is to come visit (see website) #heliophysics ☀️ #SolarPhysics #SpacePhysics

A Science Strategy for the Human Exploration of Mars: Panel on Astrobiology As one of four panels that will provide input to the steering committee of

It started with four #Science panels that identified the top questions in #Astrobiology, #Geosciences, #Atmospheres and #SpacePhysics, and #BiophysicalSciences. I had the honor of chairing the brilliant team of scientists on the Astrobiology panel www.nationalacademies.org/projects/DEP...

Unexpected ‘Zigzag’ Structures Discovered in Earth’s Magnetic Field
#MagneticSwitchbacks #GeomagneticStorms #SpacePhysics
www.youtube.com/watch?v=LDc8...

Research Associate in Geodesy at GFZ – Apply Now | HigherJobz Apply for Research Associate in Geodesy at GFZ Helmholtz, Potsdam. Full-time, 2-year role in space physics & satellite data. Deadline: 15 Oct

#ResearchAssociate – GFZ Helmholtz-Zentrum für Geoforschung, Germany
Fully funded 2-year position in #Geodesy & #SpacePhysics
Eligibility: Master’s in CS or #NaturalSciences, scientific #programming skills
Deadline: 15 Oct 2025
Details: higherjobz.com/research-ass...
@gfz.bsky.social

Scientific Researcher (f_m_x) - Space Physics and Space Weather - Deutsches Helmholtz GeoForschungs-Zentrum

Scientific Researcher (f_m_x) – Space Physics and Space Weather - Potsdam, Germany - www.earthworks-jobs.com/jobs/gfz25085 #jobs #jobs #geophysics #SpacePhysics #SpaceWeather

Deutsches Helmholtz GeoForschungs-Zentrum

Science Coordinators (f_m_x) in Space Physics and Space Weather - Potsdam, Germany - www.earthworks-jobs.com/jobs/gfz25091 #jobs #geophysics #SpacePhysics #SpaceWeather

4/9 The ejected boulders reached incredible speeds - nearly 200 kilometres per hour.

Together, these 104 tracked boulders carried almost as much momentum as the DART spacecraft itself, representing 403 cubic metres of material blasted from Dimorphos.
#SpacePhysics

JGR: Space Physics Launches New Instrumentation Article Type - Eos JGR: Space Physics welcomes new and original developments in instrumentation including novel experimental methodologies that are relevant to space physics.

With the launch of a new article type, AGU's JGR: Space Physics now welcomes new and original developments in instrumentation including novel experimental methodologies that are relevant to space physics.🛰️

🔗 Learn more in @eos.org : buff.ly/9RE8QfC

#AGUPubs #SpacePhysics #STEM

Physical properties of newly active asteroid 2010 LH15
Bin Liu, Cunhui Li et al.
Paper
Details
#Asteroid2010LH15 #SpacePhysics #CelestialBodies