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The omniverse is matter and antimatter universes and atoms are electrons and positrons, 2d and 3d photon quanta with opposite and like polarity to the fields of stars and planets, of charge and moments induced by their ionized rotating cores, trapped in cycling frames by field lines transformed from electrons, and where electrons in one polarity universe have the same polarity as positrons in the other. Deep space is electrified, and starlight ionizes atoms in deep space, freeing electrons which are attracted to the solar winds of stars inducing a voltage potential between stars and deep space powering solar electric currents which transform the voltage potential into kinetic energy until electrical resistance of the corona transforms kinetic energy into starlight.
The solar electric currents charge the corona which traps and conducts electrons on field lines grounded on the surface of the solar core, and extended in coronal loops above the corona by the repelling force between trapped electrons which also powers high velocity CMEs when coronal loops escape solar gravity.
When a CME intersects the planetary field electrified field lines drape and open circuits with planetary field lines grounded in the atmosphere inside the auroral ovals inducing a voltage potential powering high amperage currents of CME electrons inducing auroras and electrifying sectors of the auroral ovals facing the night sky during storms. EXTREME WEATHER Extreme weather is powered by repelling force between electrons charging sectors of the auroral ovals facing the night sky during geomagnetic storms. The repelling force powers expansion of the air mass away from the poles and extreme weather along the interface with the ambient mid latitude air mass, including blizzards, flash flooding, gale force winds, tornadoes and wildfires. SolarCycle 24: 2013 x 2014 x 2015 x 2016 x 2017 Jan 1, 2025 – G4 CLASS GEOMAGNETIC STORM: Auroras spilled across the Arctic Circle, spreading as far south as Mexico, Colorado and Arizona during an intense geomagnetic storm. Jan. 4, 2024 – G1 CLASS GEOMAGNETIC STORM – As predicted, a CME hit Earth’s magnetic field on (0445 UTC) 6 hours of bright auroras were mainly confined inside the Arctic Circle.
Jan 3 – 4, 2025 – X & M CLASS SOLAR FLARES – Sunspot AR3947 is sizzling with activity. Since yesterday it has produced three X-class solar flares and multiple strong M-flares. NOAA’s GOES-16 satellite recorded the extreme ultraviolet and X-ray flashes: JAN 5, 2025 – HEAVY SNOW HITS THE UK – Thousands left without power. Manchester Airport and Liverpool Airport closed for several hours due to snow this morning, urging passengers to check with their airlines for the latest flight information while their teams work to clear the snow. Jan 5 2025 – HEAVY SNOW HITS THE USA – one of the strongest winter storms in more than a decade. The storms span from Colorado to Washington, D.C., and the worst of it is still to come across the Midwest and Mid-South before heading east toward Philadelphia and the I-95 corridor. January 7, 2025 – ONGOING SERIES OF CATASTROPHIC WILDFIRES have affected the Los Angeles metropolitan area and surrounding regions. The fires have been exacerbated by dry conditions. Hurricane-force Santa Ana winds in some places have reached 100 miles per hour. As of January 11, the wildfires have killed 11 people,[3] forced nearly 180,000 more to evacuate and destroyed or damaged more than 13,400 structures. January 7-9, 2025. Screen capture from NetWeather:
GLOBAL WARMING & THE CARBON CYCLE Co2 and methane is constantly released to the atmosphere by volcanic vents and are greenhouse gasses, which raise global temperatures and food for forests which sequester atmospheric carbon as biomass, lowering atmospheric carbon and global temperatures until plant growth stops and the next ice age begins. A new assessment reveals plants worldwide are absorbing about 31% more co2 than previously believed. Published in the journal Nature, this research is expected to enhance Earth system models used to forecast climate trends and underscores the critical role of natural carbon sequestration in mitigating greenhouse gas emissions. Researchers focused on urban-rural gradients spanning 18 years.The researchers saw stronger resistance to drought in urban areas compared to vegetation in rural areas. The team used statistical analysis to suggest enhanced drought resistance of urban vegetation was attributed to increased temperature and CO2 concentration. The models showed that clouds form more frequently over forested areas than over areas with short vegetation, and researchers observed from satellite data, clouds tend to form earlier in the afternoon over forested areas, which results in a longer duration of cloud cover over forested areas and more time for clouds to reflect solar radiation away from the Earth.
Electrified weather systems charge the planetary surface inducing a voltage potential between planetary surface and core where electrons transform into field lines powering electric currents to the core where photons transform into protons and protons and electrons transform in exothermic reactions into elements which increases planetary mass and planetary surface area as magma upwells and forms new lithosphere between the spreading oceanic plates.
Before formation of the deepwater oceans planetary surface area was equal to the surface area of the landmasses and the lithosphere covered the planet in an unbroken rocky shell stretched flat by internal pressure, from transformation of electrons and positrons into mantle elements, powering volcanic eruptions which increased planetary surface area by thickening the lithosphere.
Planetary mass has increased tenfold since planetary surface area was equal to the surface area of the continental land masses which has had a multiplier effect on earth’s orbital momentum, the force opposing solar gravity, which has increased the radius of Earth’s solar orbit and reduced solar irradience since the Mesozoic Era, when the climate was tropical, until now. The Late Cenozoic Ice Age has seen extensive ice sheets in Antarctica for the last 34 Ma. During the last 3 Ma, ice sheets also developed on the northern hemisphere. They first appeared with a dominant frequency of 41,000 years, but changed to high-amplitude cycles, with an average period of 100,000 years. |
Atoms are electrons and positrons 2d & 3d photon quanta with opposite and like polarity to the fields of stars and planets
