IMPORTANT ANNOUNCEMENT: The Battle Between ‘Disclosure vs Omission’

Before I disclose coming announcements regarding civil disturbance and Earth changing events, I think it is important to gain a foundation regarding the nature of news which will be coming forth.

Over the next hours, days, and weeks I will be sending out what will be extraordinary breaking news occurrences and developments. I feel it is most important to maintain a sense of groundedness and empowerment. The upcoming articles will be alarming, and there is the risk of setting off inherent defense triggers every human possess. It is this very necessary ‘fight or flight’ defense posture which is ‘hard wired’ for survival. However, it is also this very human and compulsory reflex which can work against us.

It will be up to each and every one of us, to stride toward minimizing, or perhaps better stated ‘preparing’, for events ahead which could generate distorted ’cause and effect’ reactions, often triggered by past experiences. It is also important to have some understanding of our ability, or inability, to handle rapid change. It is my belief we will need to practice our innate skills and powers of adaptability.

As events unfold in the next days and weeks, it will be more important than ever before to sharpen our coping skills and survivor instincts. This preparation involves the whole being such as: Physical (basic survival equipment); Mental (ability to handle stress, anxiety, fear, bewilderment); Spiritual (having a sense of purpose, a understanding of process, evolution, transition, and synchronicity. I might add, a general understanding of cycles does present a sorted level of comfort and you may find some assurance that you are just going crazy.

Here In-Lies My Dilemma

There have been several studies on how the public at large would react to sudden, shocking, and possible life threatening scenarios. Examples: 1) Nuclear Attack 2) Natural Disasters 3) Asteroid heading directly at Earth.

On Sept. 11th 2001, and the following days, weeks, and months, various government officials on our television screens arguing for and against allowing the public to be informed of the when-where-how of what happened, and what is going to happen. We heard it was not wise to disclose information which would “panic” the public out of a fear of anarchy, violence, suicides, and general civil-unrest. It was argued, the better way to “minimize” panic was through informing the public of very real and ongoing events, thereby giving the public a chance to understand, prepare and adjust to whatever threats were announced.

My studies have directed me to the latter argument of ‘disclosure’. I believe it is far better to assist in minimizing shock and surprise through education, information and preparation. The theory of ‘omission’ to better serve the public is simply out-dated, assuming it was ever useful at all. I believe we have evolved significantly in our abilities to acquire and process news as it occurs, regardless of its imminent dangers.

Therefore, I have decided to disclose information to you as I receive it. I trust that you can, and will, use your gift of “discernment”. Yes, it is true that many could be prone to suffer negative reactions such as PTSD consequences, but at this time, I believe it is better to be “aware and prepare”. In fact, there are studies which state clearly it is the action of being “aware and prepare” which will minimize the effects of shock, denial and bewilderment.

 

 

 

 

Coming Next: More on types and areas of civil disturbance and earth changing events.

BREAKING NEWS: Cosmic Ray Penetration More Prevalent Than Realized – Photos

Cosmic Ray bolts have been caught on camera showing extremely rare footage of this phenomenon sometimes described as Gigantic Jets or Stratospheric Thunder Bolts. These events are related to another celestial phenomenon known as “sprites” – both of which is the penetration of galactic cosmic rays through Earth’s upper and lower atmosphere.

As mentioned in my recent article “Large CME Explodes on Farside of Sun”, the latest research shows cosmic ray dose rates have increased up to 20% in just the last year. My research suggest this has an influence of Earth’s core by increasing temperatures causing Earth to compensate for maintaining its ambient temperature. This is done by sweating…. Just as us humans sweat through our pores to manage an overheated body, the Earth sweats by releasing magma through its pores known as ‘mantle plumes’.

As evidenced by space weather balloons over the last two years, a steady increase in deep space radiation is penetrating our atmosphere. This increase is largely due to the decline in the solar activity and a weakening magnetic field. This cyclical trend is expected to continue for a few years. I expect we will see an increase in these galactic cosmic ray thunderbolts.

Thank you for your continued support. We’re now about half way there.

Remember, you do not need a PayPal account to use your card.

Watch for ongoing reports as information comes in. I also plan to present greater outlines to the science behind by research, especially for those who may be new to my work.

BREAKING NEWS: August 21st Full Solar Eclipse Geographical Areas of Concern

I have highlighted areas of concern as related to the causal effects of a total solar eclipse. If tectonics are at their tipping point, it would not take much to set them off. As mentioned, it is mostly the rapid temperature change which causes an expansion and contraction of Earth’s lithosphere, even if ever so slight.

Most ‘mantle plumes’ as well as volcanoes are sub-marine (ocean bottom); hence the rapid shift in ocean temperatures is also prone to set off a rippling effect which is often unpredictable due to the spider webbing tentacles which connect a system of mantle plumes and volcanoes.

A mantle plume is a large column of hot rock (magma) mostly originating from Earth’s core-mantle boundary. This flow of viscous material rises through the mantle, asthenosphere, and lithosphere finding its way to Earth’s surface or crust. The expanding or contracting movement of these events are the cause of earthquakes and volcanoes. The surface includes ocean bottoms causing an increase of ocean temperatures, which in-turn destabilizing the atmosphere contributing to forming or escalation of tropical storms or hurricanes.

Next article will address perhaps a less scientific direction which suggest the current mode of global political dysfunction, may have some roots in history showing a pattern of “what happens below, reflects what happens above”. This suggest the turmoil which results from earth changing events appears to be in-sync with emotional unrest. Continued scientific data will of course follow.

Watch for ongoing reports as information comes in. I also plan to present greater outlines to the science behind by research, especially for those who may be new to my work.

 

BREAKING NEWS ANNOUNCEMENT: Prepare For Significant Earth Changing Events Within Weeks

Let me say right up front this is one of those extremely rare times that I will be forecasting extreme events to come within the next few weeks. Those who have followed my reports know I do not take such announcements lightly, hence the relevance of coming events.

There are two main areas of concern which are at the bases of this report. First, is the coming full solar eclipse occurring on August 21st 2017. This event will be along the geographical area of the United States, beginning off the Oregon Coast and heading southeast through Georgia.

History has shown a connection between eclipse events and an increase of earth changing events which include earthquakes, volcanoes, hurricanes, and extreme weather events. My published research identifies it may be the rapid temperature variations which can cause a shift (however slight) to Earth’s lithosphere (upper mantle). The full eclipse can also cause rapid temperature variations with our Oceans causing a destabilizing (however slight) in local atmospheric conditions which could contribute to extreme weather event including the escalation of tropical storms to hurricanes.

The second area of concern is the latest data showing an increase of cosmic ray radiation by 13% in Earth’s atmosphere measured over California, and a larger count of 19% measured over New England. This study was conducted by both amateur and space agency scientists using high-altitude space weather balloons and data gathered from commercial airlines.

The reason for the differences of increase in dose rates is the varying strengths of Earth’s weakening magnetic field. The evidence of a weakening magnetic field, coupled with a deep solar minimum, is allowing an alarming amount of galactic cosmic rays to enter our atmosphere and has a significant influence of Earth’s core.

I am setting up a link for you to help me with this project to keep us informed of the latest research and breaking news. I need to register with specific journals and research sites which average about $100 each. I would also like to attend one or two symposiums attended by the top scientists in the world, who will present their latest research regarding these topics – and before it ever hits the journals or news organizations.

 

 

 

 

Watch for ongoing reports as information comes in. I also plan to present greater outlines to the science behind by research, especially for those who may be new to my work.

Cheers, Mitch

Destruction of a Quantum Monopole Observed

Scientists at Amherst College (USA) and Aalto University (Finland) have made the first experimental observations of the dynamics of isolated monopoles in quantum matter.

The new study provided a surprise: the quantum monopole decays into another analogue of the magnetic monopole. The obtained fundamental understanding of monopole dynamics may help in the future to build even closer analogues of the magnetic monopoles.

Unlike usual magnets, magnetic monopoles are elementary particles that have only a south or a north magnetic pole, but not both. They have been theoretically predicted to exist, but no convincing experimental observations have been reported. Thus physicists are busy looking for analogue objects.

– In 2014, we experimentally realized a Dirac monopole, that is, Paul Dirac’s 80-year-old theory where he originally considered charged quantum particles interacting with a magnetic monopole, says Professor David Hall from Amherst College.

– And in 2015, we created real quantum monopoles, adds Dr. Mikko Möttönen from Aalto University.

Whereas the Dirac monopole experiment simulates the motion of a charged particle in the vicinity of a monopolar magnetic field, the quantum monopole has a point-like structure in its own field resembling that of the magnetic monopole particle itself.

From one quantum monopole to another in less than a second

Now the monopole collaboration led by David Hall and Mikko Möttönen has produced an observation of how one of these unique magnetic monopole analogues spontaneously turns into another in less than a second.

– Sounds easy but we actually had to improve the apparatus to make it happen, says Mr. Tuomas Ollikainen who is the first author of the new work.

The scientists start with an extremely dilute gas of rubidium atoms chilled near absolute zero, at which temperature it forms a Bose-Einstein condensate. Subsequently, they prepare the system in a non-magnetized state and ramp an external magnetic-field zero point into the condensate thus creating an isolated quantum monopole. Then they hold the zero point still and wait for the system to gradually magnetize along the spatially varying magnetic field. The resulting destruction of the quantum monopole gives birth to a Dirac monopole.

– I was jumping in the air when I saw for the first time that we get a Dirac monopole from the decay. This discovery nicely ties together the monopoles we have been producing over the years, says Dr. Möttönen.

Beyond Nobel physics

The quantum monopole is a so-called topological point defect, that is, a single point in space surrounded by a structure in the non-magnetized state of the condensate that cannot be removed by continuous reshaping. Such structures are related to the 2016 Nobel Prize in Physics which was awarded in part for discoveries of topological phase transitions involving quantum whirlpools, or vortices.

– Vortex lines have been studied experimentally in superfluids for decades; monopoles, on the other hand, have been studied experimentally for just a few years, says Prof. Hall.
Although its topology protects the quantum monopole, it can decay since the whole phase of matter changes from non-magnetized to magnetized.

– No matter how robust an ice sculpture you make, it all flows down the drain when the ice melts, says Mr. Ollikainen.

– For the first time, we observed spontaneously appearing Dirac monopoles and the related vortex lines, says Dr. Möttönen.

Scientists Estimate Solar Nebula’s Lifetime

About 4.6 billion years ago, an enormous cloud of hydrogen gas and dust collapsed under its own weight, eventually flattening into a disk called the solar nebula. Most of this interstellar material contracted at the disk’s center to form the sun, and part of the solar nebula’s remaining gas and dust condensed to form the planets and the rest of our solar system.

Now scientists from MIT and their colleagues have estimated the lifetime of the solar nebula — a key stage during which much of the solar system evolution took shape.

This new estimate suggests that the gas giants Jupiter and Saturn must have formed within the first 4 million years of the solar system’s formation. Furthermore, they must have completed gas-driven migration of their orbital positions by this time.

“So much happens right at the beginning of the solar system’s history,” says Benjamin Weiss, professor of earth, atmospheric, and planetary sciences at MIT. “Of course the planets evolve after that, but the large-scale structure of the solar system was essentially established in the first 4 million years.”

Weiss and MIT postdoc Huapei Wang, the first author of this study, report their results today in the journal Science. Their co-authors are Brynna Downey, Clement Suavet, and Roger Fu from MIT; Xue-Ning Bai of the Harvard-Smithsonian Center for Astrophysics; Jun Wang and Jiajun Wang of Brookhaven National Laboratory; and Maria Zucolotto of the National Museum in Rio de Janeiro.

Spectacular recorders

By studying the magnetic orientations in pristine samples of ancient meteorites that formed 4.563 billion years ago, the team determined that the solar nebula lasted around 3 to 4 million years. This is a more precise figure than previous estimates, which placed the solar nebula’s lifetime at somewhere between 1 and 10 million years.

The team came to its conclusion after carefully analyzing angrites, which are some of the oldest and most pristine of planetary rocks. Angrites are igneous rocks, many of which are thought to have erupted onto the surface of asteroids very early in the solar system’s history and then quickly cooled, freezing their original properties — including their composition and paleomagnetic signals — in place.

Scientists view angrites as exceptional recorders of the early solar system, particularly as the rocks also contain high amounts of uranium, which they can use to precisely determine their age.

“Angrites are really spectacular,” Weiss says. “Many of them look like what might be erupting on Hawaii, but they cooled on a very early planetesimal.”

Weiss and his colleagues analyzed four angrites that fell to Earth at different places and times.

“One fell in Argentina, and was discovered when a farm worker was tilling his field,” Weiss says. “It looked like an Indian artifact or bowl, and the landowner kept it by this house for about 20 years, until he finally decided to have it analyzed, and it turned out to be a really rare meteorite.”

The other three meteorites were discovered in Brazil, Antarctica, and the Sahara Desert. All four meteorites were remarkably well-preserved, having undergone no additional heating or major compositional changes since they originally formed.

Measuring tiny compasses

The team obtained samples from all four meteorites. By measuring the ratio of uranium to lead in each sample, previous studies had determined that the three oldest formed around 4.563 billion years ago. The researchers then measured the rocks’ remnant magnetization using a precision magnetometer in the MIT Paleomagnetism Laboratory.

“Electrons are little compass needles, and if you align a bunch of them in a rock, the rock becomes magnetized,” Weiss explains. “Once they’re aligned, which can happen when a rock cools in the presence of a magnetic field, then they stay that way. That’s what we use as records of ancient magnetic fields.”

When they placed the angrites in the magnetometer, the researchers observed very little remnant magnetization, indicating there was very little magnetic field present when the angrites formed.

The team went a step further and tried to reconstruct the magnetic field that would have produced the rocks’ alignments, or lack thereof. To do so, they heated the samples up, then cooled them down again in a laboratory-controlled magnetic field.

“We can keep lowering the lab field and can reproduce what’s in the sample,” Weiss says. “We find only very weak lab fields are allowed, given how little remnant magnetization is in these three angrites.”

Specifically, the team found that the angrites’ remnant magnetization could have been produced by an extremely weak magnetic field of no more than 0.6 microteslas, 4.563 billion years ago, or, about 4 million years after the start of the solar system.

In 2014, Weiss’ group analyzed other ancient meteorites that formed within the solar system’s first 2 to 3 million years, and found evidence of a magnetic field that was about 10-100 times stronger — about 5-50 microtesla.

“It’s predicted that once the magnetic field drops by a factor of 10-100 in the inner solar system, which we’ve now shown, the solar nebula goes away really quickly, within 100,000 years,” Weiss says. “So even if the solar nebula hadn’t disappeared by 4 million years, it was basically on its way out.”

The planets align

The researchers’ new estimate is much more precise than previous estimates, which were based on observations of faraway stars.

“What’s more, the angrites’ paleomagnetism constrains the lifetime of our own solar nebula, while astronomical observations obviously measure other faraway solar systems,” Wang adds. “Since the solar nebula lifetime critically affects the final positions of Jupiter and Saturn, it also affects the later formation of the Earth, our home, as well as the formation of other terrestrial planets.”

Now that the scientists have a better idea of how long the solar nebula persisted, they can also narrow in on how giant planets such as Jupiter and Saturn formed. Giant planets are mostly made of gas and ice, and there are two prevailing hypotheses for how all this material came together as a planet. One suggests that giant planets formed from the gravitational collapse of condensing gas, like the sun did. The other suggests they arose in a two-stage process called core accretion, in which bits of material smashed and fused together to form bigger rocky, icy bodies. Once these bodies were massive enough, they could have created a gravitational force that attracted huge amounts of gas to ultimately form a giant planet.

According to previous predictions, giant planets that form through gravitational collapse of gas should complete their general formation within 100,000 years. Core accretion, in contrast, is typically thought to take much longer, on the order of 1 to several million years. Weiss says that if the solar nebula was around in the first 4 million years of solar system formation, this would give support to the core accretion scenario, which is generally favored among scientists.

“The gas giants must have formed by 4 million years after the formation of the solar system,” Weiss says. “Planets were moving all over the place, in and out over large distances, and all this motion is thought to have been driven by gravitational forces from the gas. We’re saying all this happened in the first 4

NASA Increases Study On Cosmic Rays Effect On Commercial Flights

NASA scientists studying high-altitude radiation recently published new results on the effects of cosmic radiation in our atmosphere. Their research will help improve real-time radiation monitoring for aviation industry crew and passengers working in potentially higher radiation environments.

Cosmic radiation is caused by high-energy particles that continually shower down from space. Most of these energetic particles come from outside the solar system, though the Sun is an important source during solar storms.

Earth’s magnetosphere, which acts as a giant magnetic shield, blocks most of the radiation from ever reaching the planet. Particles with sufficient energy, however, can penetrate both Earth’s magnetosphere and atmosphere, where they collide with molecules of nitrogen and oxygen. These collisions cause the high-energy particles to decay into different particles through processes known as nucleonic and electromagnetic cascades.

“The measurements, for the first time, were taken at seven different altitudes, where the physics of dosimetry is very different,” said Chris Mertens, principal investigator of the RaD-X mission at NASA’s Langley Research Center in Hampton, Virginia. “By having the measurements at these seven altitudes we’re really able to test how well our models capture the physics of cosmic radiation.”

If you could see the particles from the airplane window, you would notice them clustering in a region above the plane. The density of the atmosphere causes the decay to happen predominantly at a height of 60,000 feet, which creates a concentrated layer of radiation particles known as the Pfotzer maximum.

The RaD-X mission took high-altitude measurements, few of which previously existed, to better understand how cosmic radiation moves through Earth’s atmosphere. The results from RaD-X will be used to improve space weather models, like the Nowcast of Atmospheric Ionizing Radiation for Aviation Safety, or NAIRAS, model, which predicts radiation events. These predictions are used by commercial pilots to know when and where radiation levels are unsafe, allowing rerouting of aircraft in the affected region when necessary.

Because of their time spent in Earth’s upper atmosphere, aircrew in the aviation industry are exposed to nearly double the radiation levels of ground-based individuals. Exposure to cosmic radiation is also a concern for crew aboard the International Space Station and future astronauts journeying to Mars, which has a radiation environment similar to Earth’s upper atmosphere. Learning how to protect humans from radiation exposure is a key step in future space exploration.

The flight mission tested two new instruments – the RaySure detector and the Teledyne TID detector – in hope that they can be installed on commercial aircraft in the future. These new instruments offer the advantage of being compact and easily produced. During RaD-X mission testing, both instruments were found to be promising candidates for future real-time, in situ monitoring.