How do electrons close to Earth reach almost the speed of light?

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How do electrons close to Earth reach almost the speed of light?

https://phys.org/news/2021-02-electrons-earth.html

”The crucial role of plasma

”This study shows that electrons in the Earth’s radiation belt can be promptly accelerated locally to ultra-relativistic energies, if the conditions of the plasma environment—plasma waves and temporarily low plasma density—are right. The particles can be regarded as surfing on plasma waves. In regions of extremely low plasma density they can just take a lot of energy from plasma waves. Similar mechanisms may be at work in the magnetospheres of the outer planets such as Jupiter or Saturn and in other astrophysical objects,” says Yuri Shprits, head of the GFZ section Space physics and space weather and Professor at University of Potsdam.”

Niin 😃

”How do electrons close to Earth reach almost the speed of light?”

Niin, eli Auringosta kohti Maapalloa laajenevaa työntävää voimaa aaltoina ja laajenevasta Maapallosta ulos työntyvää laajenevaa pimeää työntävää voimaa joka liikkuu jo valmiiksi valonnopeudella kun kohtaa Auringosta peräisin olevia laajenevia laajenevan työntävän voiman tihentymiä jotka vuorovaikuttaessaan tämän Maapallosta peräisin olevan ja meille pimeän työntävän voiman aaltojen kanssa, saavat näissä aalloissa olevien tihentymien laajenemisen kiihtymään räjähdyksenomaiseksi,

jolloin syntyy näitä ihmetystä herättäviä elektroneja joiden nopeus on heti se mikä niille on mitattu.

Karkea esimerkki siitä miten uusia elektroni syntyy ziljoonista erillisistä laajenevista tihentymistä jotka liikkuvat jo valonnopeudella pois päin laajenevasta Maapallosta.

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Ps. Toki tätä laajenevaa pimeää työntävää voimaa työntyy ulos myös laajenevan ilmakehän laajenevista atomien ytimistä koko ajan.

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How do electrons close to Earth reach almost the speed of light?

https://phys.org/news/2021-02-electrons-earth.html

“The crucial role of plasma

”This study shows that electrons in the Earth’s radiation belt can be promptly accelerated locally to ultra-relativistic energies, if the conditions of the plasma environment — plasma waves and temporarily low plasma density — are right. The particles can be viewed as surfing on plasma In regions of extremely low plasma density they can just take a lot of energy from plasma waves. Similar mechanisms may be at work in the magnetospheres of the outer planets such as Jupiter or Saturn and in other astrophysical objects, ”says Yuri Shprits, head of the GFZ section Space Physics and space weather and Professor at the University of Potsdam. ”

So 😃

”How do electrons close to Earth reach almost the speed of light?”

Yes, that is, the expanding pushing force from the Sun towards the Earth in waves, and the expanding dark pushing force protruding from the expanding Earth, which is already moving at the speed of light, when it encounters the expanding pushing force of the Sun, which interacts with the Earth the expansion of the condensations in the waves to accelerate to an explosive nature,

resulting in these astonishing electrons whose velocity is immediately what has been measured for them.

A rough example of how new electrons are created from zillions of separate expanding densities that are already moving away from the expanding Earth at the speed of light.

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Ps. Of course, this expanding dark pushing force also protrudes from the expanding nuclei of atoms in the expanding atmosphere all the time.

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