World’s largest magnet is being made for an experimental nuclear fusion. It will produce a magnetic field 280,000 times stronger than the one made by Earth. What could not go wrong? EMF’s and the earth have a natural frequency. This experiment could disrupt that. ALl in the name of science.
A great article about the Shared History of Astronomy and Astrology. They were once Siamese Twins.
The Biggest Solar Storm in 3 years!
— Read on spaceweather.com/images2020/29nov20/hmi1898.gif
Preceding the Lunar Eclipse, NASA Reports: “Major Solar Flare …Earlier today (Nov. 29th at 1311UT), Earth-orbiting satellites detected the biggest solar flare in more than 3 years. NASA’s Solar Dynamics Observatory recorded this extreme-ultraviolet movie of the M4.4 category blast: X-rays and UV radiation from the flare ionized the top of Earth’s atmosphere, producing a shortwave radio blackout over the South Atlantic. A Type II Radio Emission with an estimated velocity of 765 km/s was associated with the event, indicating a coronal mass ejection (CME) was associated with the flare event
Ham radio operators and mariners may have noticed strange propagation effects at frequencies below 20 MHz, with some transmissions below 10 MHz completely extinguished. Remarkably, this flare was even bigger than it seems. The blast site is located just behind the sun’s southeastern limb. As a result, the explosion was partially eclipsed by the body of the sun. It might have been an X Class event. The flare also hurled a significant coronal mass ejection (CME) into space.”
These Solar Storms affect our Electro-Magnetic Fields and the Schumann Resonance of the earth. This makes you feel tired, dizzy and or headachy. you will feel tired but wired at the same time. These magnetic shifts alter us as we get subtly mutated. The Magnetic shifts trigger the torus fields which flow around the earth from the Sun.
Let yourself rest, drink lots of water, allow whatever needs to be released.
This event is very synchronous just before A Penumbral LUNAR ECLIPSE in GEMINI on November 30 at 1:30 am PST 4:30 am EST/ 9:30 am GMT.
Try to stay grounded, be in nature if you can. A Gemini Lunar Eclipse is affecting our minds and consciousness. The SUN is conjunct the Fixed STAR ANTARES as well a Message from an Archangel. I will write about that separately.
Statue of the first female scientist in the world is erected. Alexandria-Born Female Scientist Hypatia Set Up at New Administrative Capital
— Read on cairoscene.com/ArtsAndCulture/Statue-of-Alexandria-Born-Female-Scientist-Hypatia-Set-Up-at-New-Admin
Scientists say that humans may be able to regrow limbs using “junk DNA” whose purpose was never understood. Nature never seems to waste anything. This “junk DNA” may hold amazing secrets or be remnants from previously unexplored human capacities which have been switched off for some unknown reason.
Now Harvard scientists have found that in three-banded panther worms, a section of non-coding or ‘junk’ DNA controls the activation of a ‘master control gene’ called early growth response for whole-body regeneration. Read full article here
Please share widely.
Get a reading with me http://www.taratarot.com
How did these rocks get so red? The answer involves iron, which bonds with other elements to form minerals famous for their red, rusty hue.
To start at the beginning, the iron on Earth came from ancient supernova events, the collapse of large stars that ran out of energy and “died.” After these stars collapsed (due to extreme gravity at their centers), they released a vast amount of new energy, which fused together elements, creating heavier elements, including iron (Fe).
After the force from such a collapse got too immense, the collapsing star exploded outward, sending the elements into space, said Jessica Kapp, a senior lecturer and associate department head of the geosciences department at the University of Arizona. [Photo Timeline: How the Earth Formed]
“When Earth first formed, it grabbed up a bunch of these elements from the space around it, including iron,” Kapp told Live Science in an email.
In Earth’s early history, during the Archean era (4 billion to 2.5 billion years ago), there was little oxygen in the atmosphere. Without oxygen, iron can dissolve in water, and so Earth’s early Archean oceans carried large amounts of dissolved iron, said Terry Engelder, a professor of geosciences at Pennsylvania State University.
However, single-celled organisms began producing oxygen through photosynthesis — a process that uses sunlight to power a reaction between water and carbon dioxide, leading to the creation of carbohydrates and oxygen.
That oxygen got into the oceans and bonded with the iron, leading to the creation of iron-oxide minerals, such as hematite (Fe2O3), which is often red in color, and magnetite (Fe3O4).
“An oxidation reaction you might be familiar with is rusting — when metal reacts with the oxygen in the air and becomes rust,” Kapp said. “In rocks, it is little grains of minerals like hematite and magnetite that have iron in them. Those minerals experience oxidation and become rust, turning the rocks red.”
The creation of these minerals led to the formation of the banded iron formations, the most important iron deposits in the world, Engelder said. The formations are “banded” because they contain layers of hematite between layers of silica, which were laid down as sedimentary rock layers during the during the late Archean to mid-Proterozoic (an era lasting from 2.5 billion to 541 million years ago), according to a 2016 study in the journal Geoscience Frontiers.
For instance, banded iron formations appear in Carajas, Brazil; Lake Superior, Canada; Hamersley Basin, Western Australia; regions in northern China; and the Mesabi Iron Range in Minnesota.
In the case of the Vermilion Cliffs in Arizona, the red color comes from iron-rich minerals that are interspersed with the sedimentary rock at that site.
“Red sandstones are very common in the western United States,” Kapp said. “[They] can be found in places like Sedona, Arizona, and in the Mojave Desert of California at Red Rock Canyon State Park.”
Other red rock formations that contain oxidized iron minerals include the Chugwater Formation in Wyoming, Montana and Colorado and the Redwall Limestone cliff of the Grand Canyon, which was stained red by the iron-oxide minerals leaching out from the layers above it.