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Planet Earth

Jordan Peterson Shares Highly Controversial Thoughts About Climate Change

(Joe Martino) Over the past few years Jordan Peterson has gained a lot of popularity within the masses, and for good reason. Peterson is like a flag being raised in the air that states “hold on a second, let’s think a little bit about the things you are so charged about in society, and let’s see what’s actually true.”

Why this is important is because many things are coming to the forefront in humanity’s collective consciousness. All the shadows, the tough stuff, the darker stuff — no more hiding from the realities of our actions and things we do as a collective.

As this all comes forward, emotions can run high. When this happens, if we don’t process those emotions, and instead let them linger, we end up with a great deal of cloud within our understanding of reality. However, when we are grounded, and perhaps in our hearts, we can not only see truth more clearly, but also move forward in solving the issues we face.

Our judgement becomes clouded when we pretend our individual stories and anecdotes apply to all people, when we cannot process our emotions, and when we build our identities on the things we believe in. The truth is, today’s modern culture severely attempts to locate an enemy and tries to blame the world’s issues on one set of people. This is as a result of social engineering and only further pulls apart society and stops us from solving any of the challenges we face.

On To Peterson

Jordan Peterson recently gave a presentation at the Cambridge Union at Cambridge University in England–we’ll get to that important video in a second. During the talk, he was asked whether or not climate change was a good issue to unite the world around us so we can begin solving the problems we face together, problems that apply to us all. Peterson answered simply at first, “No.”

In the course of his explanation, he went on to say that trying to solve global warming is “…the kind of low resolution thinking that gets us nowhere.” And he’s right.

The reason why I resonate with this statement is because when you trust politicians, what you get is what you got. And just as Peterson goes on to describe in his talk, politicians are not bringing us the truth about climate change that scientists are finding.

Intuitively, global warming didn’t add up for me 10 years ago. That sparked a journey into reading the papers, doing the research, sifting through the thousands of pages of reports, science and documents of what has been known about climate change for the last 10 years and beyond.

I questioned the “98% of scientists all agree” statement and thought critically about it. Who are these scientists? Who was asked? Why only certain people? Why aren’t they taking into consideration the ones that don’t agree?

The challenge is that people seem to think from one camp or another. Either you agree with climate change or you got all of your information from people pushing fossil fuels. This is bad thinking in my view, and thinking that is driven by a culture that politicizes every issue such that nothing can be done about them but create more wealth for the elite class while the masses fight.

The truth is, and this is the same message I have been presenting about climate change for years now, we don’t need any scientist to tell us that we are harming our environment. Air pollution, waste, animal agriculture, toxic chemicals and so forth, these are all practices we all know, see and feel every day. Yet you’ll notice C02 isn’t in there. Why? Because C02 is not the issue. The issue is that our economic system does not support the mass changing of our destructive ways because it’s designed for everyone to be striving to do everything as cheap as humanly possible to maximize profits or simply stay alive.

The elephant in the room is our economic system, and C02 is simply the distraction from that elephant.

As Peterson states in the remainder of his talk, he worked in a UN committee for 2 years and in that time read many papers about climate change, many of which made him feel better about the situation just as they did for me. Why? Because as Peterson states, the politics and the science do not match. What Alexandria Ocasio Cortez says and what the science states are two different things. When you read the science, you see things aren’t what people are saying.

Further to that, much of what is out there in the form of radical theory is built off of unreliable data. For those watching the science closely each year, you will know that the data is proven faulty as every year goes by. Projections are proven faulty as every year goes by. Peterson sees and knows this as well.

The Takeaway

Like with most things about our world, it can be sifted through with intuition at first. Much of my journey in understanding the way our world truly works came from meditation, intuition and remaining neutral. When you then bring the science, mind and facts in from that point as a foundation, you will see things a lot more clearly and thus know how to talk about solving the issues at hand.

In this case, if we do not address the enslaving economic system that was put there by those who control humanity, we will not be able to move to a point where we truly thrive. Recognition of this issue allows us to take action.

Action that happens both within our consciousness and out in our world. This is why I developed the CE Protocol, it helps us understand the full picture of how we can change ourselves and our world.



Planet Earth

Giant mountains discovered inside the Earth

Studying the boundary between the Earth’s core and mantle, geophysicists have found that it is not as smooth as previously thought. Surfaces separating the inner layers also have a complex relief. It turns out that our planet is not at all like a set of spheres nested into each other, as is customary to portray it.

Reading the waves. Earth’s crust

The deep bowels of geophysics are judged by seismic waves generated by earthquakes. There are longitudinal P-waves – when elastic mechanical vibrations occur along the propagation direction and transverse S-waves – the vibrations in them are perpendicular.At the boundary of layers with different densities, the wave velocity changes dramatically. In the transition from a solid crust to a more plastic upper mantle, it increases. This border is called the surface of Mokhorovichich. The lower mantle is harder than the upper. The outer core, in which transverse seismic waves do not propagate, is liquid, and the inner core is again solid, but slightly plastic.

While the network of seismographs was rare, the sections between the inner shells with a certain degree of conventionality were depicted as spheres. As the data accumulated, it became clear that each of these boundaries is a complex surface with its relief and internal “mountains” even higher than on the Earth’s surface, and the “troughs” are deeper. From the top of Everest to the bottom of the Mariana Trench about 20 kilometers, and, for example, the differences of the border of Mokhorovichich, dividing the crust and upper mantle, reach 40 kilometers. And all this at a depth of five to 70 kilometers.

This was proved by scientists from China and the United States . They analyzed the results of observations of hundreds of seismic stations obtained from the same events: the earthquakes in Bolivia of 1994 and the Sea of ​​Okhotsk in 2008 and 2012, as well as archival records of seismographs of the National Center for Information on Earthquakes of the US Geological Survey.

The authors of the study found that for the boundary between the upper and lower mantle, located at a depth of about 660-670 kilometers, the data of the various stations almost completely coincide. That is, she has a stable relief, which she even managed to map. Signal processing of the Bolivian earthquake made it possible to literally create a “topographic map” of the surface of the lower mantle for an entire region in Southeast Asia .

The most dynamic area. Mantle and core

When talking about the dynamics of the Earth, they usually mean large-scale surface processes associated with the movement of lithospheric plates. In the zones of mid-ocean ridges and rifts, the lithosphere moves apart, and in subduction zones on the outskirts of the continents, oceanic plates sink under the continental.

But no less dynamic processes and surface movements occur inside the Earth – only their reflection. First of all, we are talking about mantle convection, which arises due to the temperature difference in the bowels and on the surface of the planet. 

Upward flows of convection cells stretch the lithosphere, downward flows drag it into the mantle. Moreover, in the upper parts of the cells, the substance flows in a horizontal plane and these flows cause lithospheric plates to move.The most dynamic region of the Earth is located on the border of the core and mantle, at a depth of about 2900 kilometers.

It is believed that its heterogeneity affects many geological processes, in particular, the oscillation of the axis of rotation of the Earth and the characteristics of the geomagnetic field. In addition, convection itself is a consequence of what happens in the D ”layer at the boundary with the core.On its surface, scientists discovered arrays of unusually dense, hot rocks – zones of abnormally low seismic wave velocities (ULVZ – Ultra-low velocity zones). They stretch for hundreds of kilometers, and their “height” – tens of kilometers.Above them are hot spots with volcanoes: Hawaiian, Marquesas, Galapagos Islands and the Samoa archipelago in the Pacific Ocean, Canary Islands and Azores , Iceland in the Atlantic, Kerguelen archipelago in the Indian, Afar volcanism zone in the Great African Rift.

Using the new machine learning algorithm, American scientists at Johns Hopkins University and the University of Maryland at College Park together with their Israeli colleagues from Tel Aviv University performed a parallel analysis of seven thousand seismograms covering hundreds of earthquakes from 1990 to 2018, and for the first time compiled a detailed section map the core and mantle of the Pacific region, on which all ULVZ zones were applied.It turned out that ULVZ are only separate protrusions within the larger, low-shear-velocity provinces (LLSVP) provinces, which are also called superplumes. Their branches penetrate up into the mantle for thousands of kilometers. Now scientists distinguish two such provinces – African and Pacific.

Superplumes (provinces with a low shear rate) at the boundary of the core and mantle look like they look from the North (a) and South (b) poles. The center shows the core of the Earth with the projection onto it of the contours of the continents; outer contour - conditional border of the lower mantle
© Sanne Cottaar, Vedran Lekic / Geophysical Journal International, 2016Superplumes (provinces with a low shear rate) at the boundary of the core and mantle look like they look from the North (a) and South (b) poles. The center shows the core of the Earth with the projection onto it of the contours of the continents; outer contour – conditional border of the lower mantle

The circulation of matter in the mantle

Australian scientists from the University of Curtin suggested that the periods when all the land of the Earth united into single supercontinents – Pangea, Rodinia, Colombia and others, coincided with activity in the deep LLSVP provinces. They built a dynamic model linking the evolution of superplumes to the assembly and decay of supercontinent. According to this model, LLSVP arrays are formed from lithospheric plates, which, as it turned out, sinking, does not dissolve in the mantle, as previously thought, but descend to the very boundary of the core. Here they melt, and giant drops of preheated matter – mantle plumes – coming off from LLSVP, float to the surface, giving rise to a new geodynamic cycle. The lithosphere rises above the plumes, forming a dome, and then cracks and diverges.

Inside the core

Researchers from the US and China have analyzed how seismic waves passing through the boundary between the outer and inner core change. For this, we used signals from doublets – repeated earthquakes with the same epicenter.

It turned out that these changes have a certain periodicity, which can be explained by two mechanisms: either the inner core rotates by about 0.05-0.1 degrees per year, or high “mountains” and deep “canyons” appear on its surface. So, a dynamically changing relief can also be at the deepest boundary between the earth’s shells.

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Planet Earth

The Earth’s magnetic field has been quiet lately. Until now!

The Earth’s magnetic field has been quiet lately. Very quiet. The sun is in a deep minimum of activity, which may be the deepest solar minimum in a century. 

Geomagnetic storms simply do not exist. But on June 23, something unusual was recorded. The Earth’s magnetic field swung back and forth by about 1/3 of a degree.

“That’s why I was so surprised on June 23 when my instruments detected a magnetic anomaly,” said Stuart Green, who works with a research-class magnetometer in his home in Preston, UK. 

“For more than 30 minutes, the local magnetic field oscillated like a sine wave.”

Green quickly checked the solar wind data from the NOAA DSCOVR satellite. 

“There was nothing – no surge in solar wind speed or other factors that could explain this disturbance,” he says.

He was not the only one to notice this. In the Lofoten Islands of Norway, Rob Stams found a similar anomaly on his magnetometer. 

“It was amazing,” says Stams. “Our magnetic field swung back and forth by about 1/3 of a degree.” I also discovered ground currents with the same 10 minute period.”

Space physicists call this phenomenon “pulsation.” Imagine that you are blowing on a piece of paper, making it flutter from your breath. Solar wind can have a similar effect on magnetic fields. During the extreme silence of the solar minimum, such waves can be “heard” like a pin falling in a quiet room.

The Earth’s magnetic field was so quiet on June 23 that this ripple was heard all over the world. The INTERMAGNET global network of magnetic observatories recorded wave activity simultaneously from Hawaii to China and the Arctic Circle and even in Antarctica.

PC waves are classified into 5 types depending on their period. The 10-minute wave June 23 falls into the Pc5 category. Slow Pc5 waves were associated with the loss of particles from Van Allen’s radiation belts. Energy electrons beat these waves down into the Earth’s atmosphere, where they scatter.

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Planet Earth

A rare deep-sea fish caught in the net near the island of Imizu, Japan

When Taku Suganuma pulled his fishing net off the coast of Imizu, he caught a catch he had never seen before. The strange fish had an unusual head and a silver body one meter long.

Suganuma, 24, caught fish on a Shintokumaru fishing boat, which sailed from Imizu when the squid fishing season was drawing to a close.

At first, he thought it was the Lowseil river fish, which is often caught on the net this season. However, a younger colleague, who knows about the species of fish, said that it could be a deep-sea North Pacific cuttlefish, aka a unicorn.

Suganuma decided to give the fish to the Wozu aquarium because of its rarity. North Pacific cuttlefish was delivered to a fishing vessel in Toyama Bay off the coast of Imizu.

According to records stored in the aquarium, North Pacific cuttlefish fish have not been seen in Toyama Prefecture for more than 30 years since one of them was found ashore at the mouth of the Katakaigawa River in Ouza in 1988. However, eight of the unicorns were either caught or hit the net from February to April last year.

The North Pacific cuttlefish is characterized by a red dorsal fin and releases black ink from its anus in response to danger.

It is believed that the fish lives in the intermediate layer at depths of 200 to 1000 meters from the coast, but details about its life remain unknown, because it is rarely caught.

Samples usually die quickly due to differences in water temperature and other factors when they are brought to the surface. Only one of the eight fish taken to the aquarium survived for about an hour.

It released a large amount of ink several times as it sailed in a large tank containing 16 tons of sea water, instantly limiting visibility to only 10 centimeters in advance.

Tomoharu Kimura, the owner of the aquarium, said the white flesh of the fish crunches like a flounder when served as sashimi, while it has a soft and simple taste.

A close look at the contents of its stomach gave a hint of life and the ecosystem of the North Pacific cuttlefish fish, as well as a threat to marine life: plastic waste.

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