Apocalyptic Dry Non-Stop El-Nino as Climate Change on Continents to 2050?! Part One

Motto:
”Everybody knows that something doesn’t exist. And then comes the one who doesn't know something's missing. And he's the one who finds it.” Albert Einstein
Watch the sky every day! Inspire others!

Part One Divorced:
1. The Great Collision in the Solar System
2. Magnetic Field Encapsulated in a "Rolling Bearing"
3. Phenomenal Shots of Thermonuclear Lightning
4. What's Cosmically Hot Is Much Bigger
5. Transverse Waves Don't Propagate in Gases
6. Bridges and Viaducts as Field Expandometers
7. Oceans Are the Dark Side of the Earth
8. How the Stone Was Hardened, or Smoke Not Only Over Birkenau

Part Two Divorced:
9. How the Ocean-Atmospheric Drive Removes Moisture from Continents
10. A surprisingly different winter in 2025/2026 in Europe – will it stay that way? Is Ireland actually New Oceania?
11. The Great Collision in the Solar System – a continuation of the theory outline

The Text:
1. The Great Collision in the Solar System

Planet Earth is located to the central point as gravity-condensation pile with a high core temperature. Mass pressure holds matter within it in a liquid and solid state. Under normal pressure, it would be mostly just hot gas. After a deep crevice formed – as a result of a collision with a large cosmic object, perhaps 800,000 years ago – the material in the planet's interior, orbiting between primeval Mars and primeval Jupiter (today free orbit around the Sun), exploded due to the release of condensed hot material into the cosmic vacuum. This is how the Solar System acquired its numerous moons. Primeval Mars, damaged by this catastrophe, also reformed into present-day Mars after losing some of its material. Today, only a smaller portion of the planet retains the cones of extinct volcanoes, and these are located on a much older and higher portion of the crust. The closer we look to Mars' cosmic environs, the more we observe red, beige, and gray colors on the surrounding planets and moons – originating from silicates contaminated with iron oxides (including the surface of Mars itself and the covering of Jupiter with its Great Red Spot). [To be continued]

2. Magnetic Field Encapsulated in a "Rolling Bearing"

Earth's iron inner core (more containing nickel and uranium, at least) rotates in a manner unrelated to the Earth's silicate mantle – sometimes faster, sometimes slower than it. They are separated from each other in the region of the so-called outer core by hot and very dense, highly viscous matter in a plasma state – i.e., ionized gas. It is there that streams of electric charges, within the convective spirals of matter streams, create a huge electric coil – generating Earth's magnetic field. These aren't created by some mythical eddy currents in a solid block of iron – technology requires an electric coil, and such a coil has a chance of coming into being here. The mutual overtaking or catching up of the Earth's core and mantle in rotation results in the Earth's magnetic poles being aligned with the geographic poles in a reversal of their previous orientation (NSM-NSG, SNM-NSG). Furthermore, we observe that the magnetic field axis oscillates very rapidly relative to the Earth's rotational axis.

3. Phenomenal Shots of Thermonuclear Lightning

In the Earth's outer core, plasma with a temperature of around 25,000 K (= *C) occasionally produces shots of electrical discharge. It is precisely within these shots that, at momentarily sustained temperatures of millions of degrees (in our thin air, these are thousands of degrees), short-lived thermonuclear fusion occurs. It utilizes the materials of the Earth's mantle. The main reactants are silicon atoms, and the products are iron atoms (2Si = 1Fe) and oxygen released from silicates. Oxygen, in turn, is a substrate for the formation of other atoms and is itself part of the chemical compounds that are components of volcanic gases (2O = 1S, SO2, CO2). It is worth noting that our planet's inner core contains a significant stock of primordial uranium, from which the elemental products of its radioactive decay are emitted. Light metals from silicates are also released into the volcanic magma – in this reaction soup. Over time, they escape to the Earth's surface.

4. What's Cosmically Hot Is Much Bigger

The Earth's interior wasn't immediately as hot as it is today. The planet heated up for billions of years after its – less hot – initial formation. First, its surface was lava, and then it was covered with a thin rocky crust. The Earth systematically swelled due to the normal thermal expansion of materials and due to saturation with volcanic gases. This situation is roughly illustrated by a school geographic globe. Heating matter by over 20,000 K and filling it with gas bubbles increased the radius of our globe by approximately 70%. This resulted in a three-fold increase in its surface area and a five-fold increase in its volume. The original, homogeneous puzzle of the Earth's crust (Pangea rolled into a ball without oceans) diverged into the form of distant individual pieces of a continental jigsaw puzzle. These continental pieces "float" today on the surface of the Earth's mantle, separated by oceanic crust (solidified mantle magma; see: Expanding Earth). The original globe did not yet have a watery oceanic filling between the continental margins.

5. Transverse Waves Don't Propagate in Gases

The crowning proof of the existence of a significant degree of falsehood in modern science is the claim that transverse seismic (acoustic) waves don't pass through the Earth's outer core because it is liquid. Experiments show that such waves propagate perfectly in liquids (sea waves, tsunamis). However, they don't propagate in gases. That is, in the dense plasma of the outer core. In gases, molecules are not bound together by attractive cohesive forces, and gases only conduct longitudinal waves (shock waves, sound).

6. Bridges and Viaducts as Field Expandometers

The presented nature of the structure and functioning of our planet's interior implies a significant sensitivity of its dimensions to changes in thermal permeability in the Earth's atmosphere (convection, infrared radiation, the greenhouse effect). The Earth is currently expanding, at a rate many times faster than the average expansion rate over the past hundreds of millions of years. In some areas of Poland's capital city, Warsaw, located in Europe, the rate of ground expansion between 2005 and 2015 was +25 cm/km (inch/km/year), which would theoretically average +10 km at the equator (which is approximately 40,000 km). This can be measured in the field using stationary expansion-meters – bridges and viaducts equipped with expansion bearings (rolling cylinders or sliding pans). Planetary ground expansion can eventually begin to destroy our critical infrastructure in many places around the world. The first symptoms could be observed in Warsaw in the form of a break in the continuity of structures located across the Vistula River. For example, it was the rupture of plastic gas pipes located inside the Łazienkowski Bridge, which caused its famous fire in 2015 (melting and dripping, the plastic set fire to a large pile of wood).

Because the GPS system is not an inertial system, but a compensatory system (scaled to a standard of length), it has not yet been possible to rely on it for objective measurement of the Earth's contemporary greenhouse expansion. This should be a powerful alarm bell! Meanwhile, satellites are likely moving away from the planet's center, while its crust simultaneously rises. This is due to the unequal distribution of mass within the Earth and tidal effects on its surface. This creates a so-called planetary micro-slingshot effect for the satellites (gravitational assist; the Moon also moves away, absorbing energy in this way; Lunar Laser Experiment). They say, it is impossible to determine the height of our planet's great mountain peaks reproducibly from year to year using GPS. The mockery narration directed at the former heroes of analog geodetic measurements has become a complete comedy for the GPS electronic-satellite system. The comprehensive findings of the GRACE missions provide a bit of explanation for this situation. Matter bubbles in the Earth's cauldron, and the globe's crust gravitationally rises and falls like the wall of a heart.

7. Oceans Are the Dark Side of the Earth

Almost everyone has heard of the dark side of the Moon. The dark side of the Earth is its ocean floor. This is where the vast majority of Earth's tectonic rifts are located – long gorges filled with lava with temperatures up to 1200°C. The only such rifts on land are in Iceland and Africa (the Great Rift Valley). Currently, these rifts are widening and their activity is increasing (Iceland 2014, 2021–2025; Ethiopia 2005, Kenya 2010). New ramifications of submarine rifts are likely also forming. Furthermore, indicator volcanoes have become significantly more active in recent decades. These include those in Iceland, Sicily, and Hawaii. An interesting question for theoretical planetary physics would be how low-viscosity and low-density rift magma would have to be to be pushed out of the rifts into space, immediately leading to a gaseous eruption from Earth's interior and its bursting.

8. How the Stone Was Hardened, or Smoke Not Only Over Birkenau

The reaction of rift lava heated to 1200°C with ocean water leads to the formation of rock smoke (heat the stone and throw it into the water under the supervision of emergency services). It is carried in thermal vents above the rifts and also enters sea currents. It reaches the ocean surface and finally enters the Earth's atmosphere. This is made possible by the enormous amount of splashing of sea waves against rocks and in storms. Rock smoke now "turbocharges" the atmosphere with additional spores of water vapor condensation. Such spores are eternally present in the air and determine the formation of rain and other phenomena involving water in the air (storms, tornadoes, hurricanes). In addition to rock smoke, there are a multitude of similar and different aerosols (e.g., microplastics). However, rock smoke may soon constitute the majority of them.

For several years, we haven't often seen beautiful blue skies, even deep above the continents. Instead, we can easily spot a indistinct, floury haze of ocean smog (an unnatural ocean aerosol). It glows, especially near the sun. At night, the sky is often dirty, revealing only moderately to very bright stars. Even in a remote desert, in the wind still middle of the night, the light from an LED flashlight creates a beam of light on tiny particles of air pollution, the size of PM 2.5. Due to decades of anthropological pollution released into the global ocean, this aerosol is partially radioactive. This is likely one of the reasons for the several-fold increase in colon cancer rates observed in the 21st century. Plants accumulate health-promoting nutrients, but also harmful pollutants. Therefore, the digestive tract is more important for ocean smog components than the respiratory tract. Many trees are clearly suffering from diseases today, what was not so apparent in the past. Meanwhile, the survival and regeneration of forest stands would be a partial panacea for the drying out of continental interiors.

9. How the Ocean-Atmospheric Drive Removes Moisture from Continents – further in edition…