The Zwan-Wolf effect, a phenomenon where charged particles are squeezed and channeled along magnetic flux tubes like toothpaste from a tube, was first discovered in 1976 and previously only observed in Earth's magnetosphere; however, NASA's MAVEN spacecraft detected this effect for the first time in Mars' atmosphere in December 2023, demonstrating that even unmagnetized planets can exhibit this behavior during solar storms, with implications for understanding space weather and planetary survival across the solar system.
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Zwan-Wolf effectAdded:
December 2023, a scientist is staring at his screen and suddenly stopped. [music] >> [music] >> He whispers, "What is this?"
>> [music] >> What he found had never been seen in any planetary atmosphere in 50 years of space science.
NASA's MAVEN spacecraft was orbiting Mars. [music] Data was flowing in.
Everything looked normal.
Then, strange wiggles appeared in the magnetic field readings.
>> [music] >> Christopher Fowler, scientist at West Virginia University, assumed it was an instrument error.
It wasn't.
What he found was the Zwann-Wolf effect.
Think of a toothpaste tube being squeezed.
The paste has no choice. It shoots out in one direction through the tube.
The Zwann-Wolf effect does the same to charged particles, squeezing them along magnetic structures called flux tubes. This effect was first discovered in 1976.
For decades, it was only ever seen in Earth's magnetosphere, never in [music] any planetary atmosphere, ever.
Mars has no global magnetic field. It is exposed, unprotected.
Scientists assumed this effect was impossible there.
>> [music] >> Mars proved them wrong.
>> [music] >> Then came a massive solar storm.
The sun fired a wave of charged particles directly at Mars.
>> [music] >> That storm amplified something that was likely always happening, but always invisible.
Deep inside Mars' ionosphere, below 200 km, particles were being squeezed and distributed exactly like the Zwann-Wolf effect to Earth. Fowler's own words, "No one expected this could even occur in an atmosphere."
This is not just about Mars.
>> [music] >> Venus, Saturn's moon Titan, both unmagnetized, both now under suspicion.
Has this been happening across [music] the solar system and we simply never looked?
And when humans travel to Mars, solar storms could be fatal.
>> [music] >> This discovery changes how we understand space weather, planetary survival, and what we thought was impossible.
In December 20
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