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Tue, 25 Feb 2020
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Strange Skies


Preparing for the inevitable solar storm

Lagrange Points
© NASA/ WMAP Science Team​
Diagram of the Lagrange points associated with the Sun-Earth system.
Let's consider the following scenario - the Earth is at risk for a disruptive event. This event has, conservatively, about a 0.2% chance of happening on any given year. But that is the most conservative estimate, at the high end it could be more like 12% over the next decade. Either way the chance of this type of event happening in the 21st century is quite high, and no matter what it is inevitable.

The result will likely be taking out power grids, possibly world wide in a worst-case scenario. Reasonable recovery will take about a year, with full recovery taking about a decade. Just imagine what would happen if we lost our power grid for a year. No digital banking, no internet, no household power. The most conservative estimate of how much such an event would cost is $2 trillion dollars, but experts are increasingly leaning toward $20 trillion as being a closer estimate (and this figure will only go up in the future).

So here's my question - what do you think we should spend now to avoid a high probability of civilization collapse over the next century costing tens of trillions of dollars and growing? I am not talking about global warming, or environmental degradation, the death of the bees, an asteroid strike, or massive crop failure. I am talking about a coronal mass ejection (CME) - a solar storm.

A CME is actually the greatest threat to civilization that we face, in terms of probability and effect. In fact I think we are underestimating the chaos that a worst-case scenario would cause. Imagine going without power for a year. I know, there are people around the world who live without power, and the residents of Peurto Rico recently experienced something similar. But if this happened on a global scale, there's no one coming with aid. Global infrastructures on which we all depend would collapse. How many people would starve or freeze? How much wood would be burned to keep warm or cook until the power comes back on? There are so many downstream effects that we cannot anticipate.


Why Japan's skies turned purple day before Typhoon Hagibis

japan typhoon hagibis
© Twitter photo: @ara_to1
Purple sky in Japan
At least 10 people were killed and around 140 injured as Typhoon Hagibis made landfall in Japan at 7 pm Saturday (local time), with wind speeds of 144 kmph and heavy rains.

Hagibis, which means "speed" in the Filipino language of Tagalog, is reportedly the worst storm Japan has seen in 60 years. The same day, Japan was also struck by an earthquake, measuring 5.7 on the Richter scale, off its south-eastern shore.

As Hagibis wreaked havoc, social media was flooded with shocking images of the storm's impact — trucks falling like dominoes, roofs flying off buildings, and flooded streets.

Hagibis raised the water level by a metre along several parts of the Japanese coast. Six million people have been affected by the typhoon, which is expected to head out to sea again by end of the day Sunday.

Comment: While there appears to be a 'mundane' explanation for the phenomenon, when we take into account the inreasing trend of strange skies throughout the planet, it may be that there is more going than science can thus far explain or that the processes involved are changing: Also check out SOTT radio's:


Incoming! ANOTHER asteroid - discovered just today - to make fly-by this week

© Pixabay
Earth is soon set for another close shave with a hurtling space rock as an 111-foot asteroid is poised to skim past our planet on its closest approach for 115 years.

First spotted by astronomers only earlier this week, the asteroid dubbed 2019 TA7 is set to fly by Earth at a speed of over 22,500 miles per hour at 6:53pm ET on Monday, data from NASA's Jet Propulsion Laboratory (JPL) reveals.

The new celestial visitor is estimated to measure up to 111 feet in diameter and is among a group of recently discovered asteroids that have been traveling close to Earth in recent days.

Comment: See also: Asteroid swarm: NASA detects 16 space rocks hurtling towards Earth this week

Cloud Lightning

Rare double Gigantic Jet lightning captured over Puerto Rico

Gigantic jet over Puerto Rico
Since sprites were discovered in the late 1980s, researchers have photographed thousands of the strange upward-reaching lightning bolts. Their oversized cousins, Gigantic Jets, are far more rare. Only dozens have been photographed. It is no wonder, then, that observers are still seeing new behaviors in this type of powerful "super sprite." On Oct. 2nd, photographer Frankie Lucena may have recorded the first example of a "double Gigantic Jet."

"In the past, I've captured Gigantic Jet events that split into two, but this is the first time I've seen a Gigantic Jet that fired a second time just as the first jet was beginning to fade out," explains Lucena. "They shared the same channel of ionization, so it is considered to be a single event."

Comment: On 30th August: Gigantic jet photographed piercing the sky in China


Adapt 2030 Ice Age Report: Plasma glyphs Chile, 400 year heat Netherlands & early winter safety

Netherlands record heat
© YouTube/Adapt 2030 (screen capture)
What seems to be record heat touted non-stop in the Netherlands matches the accounts in 1540 of "The Solar Year" with temperatures so hot the people of the day though the event would be remembered for generations to come as crops didn't grow, water ran out and there were plagues and mice infestations. Quebec moves up mandatory snow time dates two weeks and strange plasma sighted in the skies of Chile that matches petroglyphs globally.

Comment: See also:


Plasma? Mysterious 'fireball' that crashed in Chile was NOT meteor say scientists

© National Geology and Mining Service of Chile
Mysterious "fireball"-like objects spotted blazing through the sky over Chile were not meteors, government scientists say, in a finding sure to enthuse UFO buffs the world over.

Residents of Dalcahue, a port city on the southern island of Chiloé, took to social media last week with reports of the unidentified flying objects, some sharing photos of the phenomenon. The "fireballs" reportedly crash-landed at a number of locations around the town.

Chile's National Geology and Mining Service soon gathered scientists to investigate the strange bright objects, dispatching teams to some seven sites on Chiloé to take samples. In a statement issued over the weekend, the scientists concluded they "found no remains, vestiges or evidence of a meteorite" left behind by the "luminous and incandescent" objects.

Comment: See also: And check out SOTT radio's:


Sundog phenomena seen in the skies of Malta

Sundog over Malta
© Victoria Massalha
Anyone looking up at the sky on Tuesday, just before sunset, would have seen something strange - two suns.

In a rare phenomenon, that seems to have gone unnoticed by many, Malta experienced what is known as a sundog, or mock sun. Victoria Massalha was one of the lucky ones who spotted it while driving home in the Mizieb area.

"I was looking up at the sky on my way home and thought: look, there's a rainbow in the sun," she said.

Ms Massalha managed to take photos and a video of the rare sight and shared them with our readers for all to enjoy.


Skywatchers may have spotted mysterious skyglow 'STEVE' lighting up the night sky on Labor Day

Steve appears on Labor Day
© Krista Trinder/NASA
A strong solar storm over Labor Day weekend brought the northern lights farther south than usual, and it may have included something different than the aurora: a solar visitor dubbed STEVE.

Researchers discovered STEVE, short for the Strong Thermal Emission Velocity Enhancement, in 2016. To the casual eye, it appears as a narrow pink or mauve streak in the sky. To scientists, what makes it strange is that its light comes from across the spectrum, without the peaks in particular wavelengths that characterize regular auroras.

"The big thing is we can clearly say now, 'It's not regular aurora,'" University of Alaska Fairbanks researcher Don Hampton, who recently analyzed a STEVE event from 2018, said in a statement. "It's a new phenomenon — that's pretty exciting""

Pretty in pink

In 2016, skywatchers and astronomers alike noticed and photographed odd pink bands that didn't look like usual aurora lights, according to NASA. Further analysis showed that the color wasn't the only unexpected feature of these lights.

Comment: See also:


Sun halo seen in the skies of Tura, India

Citizens of Tura were treated to a spectacular view of the morning sky on Thursday when a solar halo (also known as a sun rainbow) appeared in the sky around 11 am on Thursday leaving many awestruck with the beauty of our world.

A rare moment for Tura, this spectacular celestial display occurred shortly after a light drizzle around the foothills of Tura peak.
Sun halo over Tura, India
© Cosmos Sangma
Solar halos are seen as a white ring around the sun or moon. These high altitude cirrus clouds are made of mostly ice crystals which refract the sunlight much like a prism while showing the colors of a rainbow.


Mysterious radio burst detected by China's radio telescope

FAST in China
© Asia Times
FAST, the world’s largest single-dish radio telescope, has a certain edge in detecting repeated FRBs.
Is someone or something trying to contact earth?

China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST) has detected a repeating fast radio burst (FRB) — mysterious radio signals from outer space — for the first time, Science and Technology Daily reported.

Scientists on the FAST project with the National Astronomical Observatories of China, part of the Chinese Academy of Sciences, revealed the news to China Daily on Wednesday.

The FRB originated some three billion light years away from Earth. Interference factors including aircraft and satellites have been eliminated and cross validation is being carried out, the scientists said.

FRB is one of the hottest topics in astronomy. It was not until 2007 when the first FRB was discovered by humans. Fewer than 100 FRBs have been detected internationally to date.

There is still no cohesive explanation for the origin of FRB in the international scientific community at present. FRBs mostly only appear once, which makes them very hard to track.