Session 25 February 2023

I would like to suggest as question for the next session : if a real pandemic is on its way and might affect the world population, can we get some insight here, such as what would protect us against it, what kind of food, vitamines and medication would help to pass through such a devastating turmoil ?
I think the previous session's answer is applicable.
A: Main prep should be psychological and spiritual.
 
Thank-you all for such a helpful and interesting session. :flowers:

Curiosity was piqued by the mention of cloud formations predicting earthquakes and it has been a subject that has been studied. The paper below states that the appearance of certain cloud formations over fault lines predict earthquakes with 77% accuracy.

Clouds are the forerunners of earthquakes

The atmospheric clouds of meteorological nature have no clear line boundaries; it is hence understandable why linearly extensive banks of clouds found on the satellite images made in the beginning of the space era provoked interest of the scientific community in this phenomenon. A comparative analysis of the photos and maps of the earth’s crust faults has shown that the cloud anomalies were related with the geological structure, namely with the faults of the earth’s crust. Though the nature of the unusual phenomenon is not clear yet, the information accumulated allows of practical applications, namely, indicating seismically active regions
In the first half of the 20th century, French geologist A. Schlumberger, doing field studies in the Alps, and outstanding Russian geologists I. V. and D. I. Mushketovy, working in Central Asia, discovered cloud banks not be blown away by the airstream which were formed over the earth’s crust faults.

Though there was no convincing explanation of the physical principles underlying this phenomenon, it later (in the 1970s) found wide use in space geology. On the images of the Earth taken from the outer space, the cloud boundaries were sufficiently clear to carry out a mapping of faults in the shelf zones of the continents. The famous geologist P. V. Florensky used the images of cloud banks to find petroleum regions in the mid-Volga Region and on the peninsula of Mangyshlak in the Caspian Sea.

Satellite observations revealed that linear clouds can be several hundred and even thousand kilometers long. Another natural phenomenon was discovered shortly, commensurable in its meaning with the former but opposite in its nature – thinning out of clouds over faults (Morozova, 1980). The latter phenomenon can show in two ways: either as a narrow cloud gap (canyon) in a continuous cloud cover or by forming a clear-cut fixed linear border of a cloud massive coming over a fault. Linear cloud anomalies (LCA) is a common name given to these three types of unusual cloudiness.

An extended bank of cirrus clouds of the upper layer of atmosphere (at the height of 12—14 km) appeared over an earth crust fault under the Sea of Okhotsk. On the following day, a chain of strong underground seismic shocks occurred on the Kuril Islands; in two weeks, the volcano on Matsua Island erupted. The broken edge of the cloud mass to the north of Sakhalin Island reflects a geodynamic interaction of a group of short faults. The photo taken from satellite Terra (NASA/GSFC, Rapid Response) on May 31, 2009

An extended bank of cirrus clouds of the upper layer of atmosphere (at the height of 12—14 km) appeared over an earth crust fault under the Sea of Okhotsk. On the following day, a chain of strong underground seismic shocks occurred on the Kuril Islands; in two weeks, the volcano on Matsua Island erupted. The broken edge of the cloud mass to the north of Sakhalin Island reflects a geodynamic interaction of a group of short faults. The photo taken from satellite Terra (NASA/GSFC, Rapid Response) on May 31, 2009



On the one hand, this phenomenon obviously cannot be caused by the atmospheric processes alone, since LCA are connected with the geology of a locality: they copy the configuration of the earth’s crust faults. On the other hand, there exist a great many faults, while only some of them are reflected in cloudiness: appearing and vanishing from time to time, they live for some minutes or several hours, or sometimes even for longer than a day. According to Academician F. A. Letnikov (2002) from the Institute of the Earth Crust SB RAS, the reason for this is that faults influence the atmosphere only in the periods of their tectonic and energetic activity.

In other words, linear cloud anomalies are of lithospheric nature, and their advent signalizes an activation of geodynamic processes. Such processes are often followed by an earthquake. Hence, LCA monitoring is yet another way to forecast a coming disaster.​

Before an earthquake​

From the time when the wide scientific community got access to meteorological satellite images (for example, on the Russian Federal Space Agency site) up to now, enough information has been accumulated to establish a correlation between a forthcoming earthquake and a certain cloud condition. Thus, it was found that a swarm of LCA emerges a few hours (or sometimes one or two days) before an earthquake (Morozova, 2008).

It can happen that in the same image both banks and canyons appear over different faults or over different parts of the same fault. Evidently, geodynamic activity can lead both to cloud generation and cloud degradation depending on the condition of the atmosphere.

A bank of clouds spread over the North Atlantic: from the Newfoundland Peninsula to the Baltics (on the left). On March 9, 2011, a canyon 3,000 km long formed parallel to this bank length. Another bank of clouds appeared over the Bay of Biscay (to the right). The photos taken from satellite at a geostationary orbit (NASA/GSFC, Rapid Response) and from satellite MultiSat (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA). Bottom: over different parts of a fault on the North Atlantic bottom near the seashore of Greenland, linear anomalies of all known types appeared simultaneously: the bank of clouds turning into a canyon and a clear-cut cloud boundary located to the south finishes with a canyon. Photo NASA/GSFC, Rapid Response, May 18, 2005

A bank of clouds spread over the North Atlantic: from the Newfoundland Peninsula to the Baltics (on the left). On March 9, 2011, a canyon 3,000 km long formed parallel to this bank length. Another bank of clouds appeared over the Bay of Biscay (to the right). The photos taken from satellite at a geostationary orbit (NASA/GSFC, Rapid Response) and from satellite MultiSat (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA). Bottom: over different parts of a fault on the North Atlantic bottom near the seashore of Greenland, linear anomalies of all known types appeared simultaneously: the bank of clouds turning into a canyon and a clear-cut cloud boundary located to the south finishes with a canyon. Photo NASA/GSFC, Rapid Response, May 18, 2005



Dynamics of cloud disruption by an emission from a fault can be illustrated by the photos of the cyclone coming from the continent to a seismically active region, which occurred in March 2011 off the Japanese coast. While the cyclone was out of that area, its vortex cloud field had a typical round shape with a fuzzy edge. As the cyclone was moving towards the seismic zone and came to be affected by the emission from the linear fault of the earth crust, a vertical wall, depicted in the image as a sharp linear boundary of cloudiness, rose in the cloud field of the cyclone.

Apart from the LCA caused by lithospheric faults, forerunners of earthquakes can be cloud ranges of non-atmospheric nature appearing at the seismic center before a shock. They are supposed to result from fluid emission from the earth interior. These “earthquake clouds” tend to emerge before a shock and after it and keep their position in space as long as several hours or several days. For example, during the disastrous earthquake that occurred in China on May 12, 2008 a short bank of such clouds appeared a day before the first shock over an active fault near the epicenter and could be observed for over a month which was a sign of an increased seismic activity.

The formation of clear-cut angular cloud boundaries in the northern part of the Kuril Islands preceded the earthquakes that occurred throughout the island range (on May 2, there was an earthquake on the Kuril Islands, on May 3, near the island of Hokkaido). The photo taken from satellite Terra (NASA/GSFC, Rapid Response) on April 30, 2009

The formation of clear-cut angular cloud boundaries in the northern part of the Kuril Islands preceded the earthquakes that occurred throughout the island range (on May 2, there was an earthquake on the Kuril Islands, on May 3, near the island of Hokkaido). The photo taken from satellite Terra (NASA/GSFC, Rapid Response) on April 30, 2009



Anomalous cloud phenomena can also appear as a result of technogenic earthquakes: inducing seismicity initiates fault activation; faults hence become sources of intense emission. For instance, immediately after an underground nuclear explosion, LCA were observed near this area; they continually vanished and emerged over the following two weeks. During nuclear weapon tests in North Korea, LCA appeared mainly over the faults of the sea bed in the blast effect areas. Importantly, launching a ballistic missile equals to a small nuclear explosion, as far as the effect on the earth’s crust is concerned.

A cloud of unusual configuration hung over Sea of Japan for three hours. This “earthquake cloudiness” resulted from an emission of fluids from the depths. At the same time, a linear anomaly appeared over the small islands southward of Kiushu. The photo taken from the geostationary satellite NASA on March 28, 2011. (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA)

A cloud of unusual configuration hung over Sea of Japan for three hours. This “earthquake cloudiness” resulted from an emission of fluids from the depths. At the same time, a linear anomaly appeared over the small islands southward of Kiushu. The photo taken from the geostationary satellite NASA on March 28, 2011. (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA)



In this manner, LCA satellite monitoring allows of global monitoring of powerful weapon tests at their sites, even when the weather is cloudy. Such monitoring is optimal because it is informative, ecologically safe and cost-effective.​

Cloud fluster​


While the cloud field of the cyclone was out of the seismic zone during the series of earthquakes that occurred in Japan on March 11—14, 2011, it had a traditional round shape (а). Three hours later (b) the cyclone reached an active fault and the south-eastern boundary of cloudiness became anomalously straight-line. The photo taken from satellite MultiSat (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA), on March 13, 2011

While the cloud field of the cyclone was out of the seismic zone during the series of earthquakes that occurred in Japan on March 11—14, 2011, it had a traditional round shape (а). Three hours later (b) the cyclone reached an active fault and the south-eastern boundary of cloudiness became anomalously straight-line. The photo taken from satellite MultiSat (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA), on March 13, 2011
Mountain ranges and rock masses create noticeable distortions in airstream distribution and cloudiness. Due to relief heterogeneity on the lee-side of ridges, parallel banks of clouds emerge. In meteorology, this phenomenon is known as orographic cloudiness. As an airstream crosses a mountain range, waves form on its lee-side. Within upward cold streams of these waves, banks of clouds arise, while in the warm downward streams cloudless spots originate. The same waves appear in the atmosphere behind islands in the ocean and can be easily seen on the satellite images.



If orographic clouds spread along an airstream in the same direction, banks of seismic clouds overlap, making a mesh. A similar configuration of cloud fields occurred near the Kuril Islands during the recent disastrous earthquake in Japan; this phenomenon cannot derive from an orographic influence or from a temperature inhomogeneity over the water surface. This configuration remained in place no longer than two hours, after which the mesh was replaced by latitude-oriented cloud stripes, stretching along the geographical parallel, from west to east. Such a rapid change in the atmosphere was probably attributable to the high power of the lithospheric processes.

On August 23, 2011, a major earthquake occurred in Virginia, USA, 140 km away from the national capital. Two types of cloud forerunners that appeared a day before the first underground shock could be treated as a sign of the forthcoming accident. Over the earthquake region, wider cloudless canyons emerged against the background of the cloud stripe mesh. Moreover, at the same time LCA could be observed as far as hundreds of kilometers away from that region, over the Atlantic Ocean – notably, the epicenter of the earthquake was located on the continuation of a land projection of one of these anomalies.

May 31, 2009. Disruption of cumulonimbus clouds in the form of a canyon took place over the Thalasso-Fergana Fault in Kazakhstan. Left – a revolving cloudy spiral is approaching the fault over which a canyon is forming. Right - as the cloudy spiral is approaching the fault, the canyon acquires an increasingly distinct shape. Two weeks later, on June 16, an earthquake with the magnitude of 4.5 took place near the fault. The photos taken from satellite Terra and Aqua (NASA/GSFC, Rapid Response)

May 31, 2009. Disruption of cumulonimbus clouds in the form of a canyon took place over the Thalasso-Fergana Fault in Kazakhstan. Left – a revolving cloudy spiral is approaching the fault over which a canyon is forming. Right - as the cloudy spiral is approaching the fault, the canyon acquires an increasingly distinct shape. Two weeks later, on June 16, an earthquake with the magnitude of 4.5 took place near the fault. The photos taken from satellite Terra and Aqua (NASA/GSFC, Rapid Response)



The appearance of the two types of cloud anomalies can be interpreted as a short-term forerunner of an earthquake that can happen in a region. Statistical data analysis has showed that the probability of a seismic event taking place after such a sign is 77 %.

The launch of short-range nuclear missiles from the western shore of Korean Peninsula caused an activation of the sea bottom faults, which were reflected on the cloud masses as anomalously linear edges (above). To the right – though the atmospheric clouds have changed their position, the existing anomalies remain. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response) on May, 29, 2007

The launch of short-range nuclear missiles from the western shore of Korean Peninsula caused an activation of the sea bottom faults, which were reflected on the cloud masses as anomalously linear edges (above). To the right – though the atmospheric clouds have changed their position, the existing anomalies remain. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response) on May, 29, 2007




Orbit guards​

The territory (or the water area) influenced by seismic process can be immense. Hence, it is possible to make a reliable forecast of a major earthquake only in the regions equipped with a system of continuous monitoring of forerunners, simultaneously covering an area with a minimum radius of 500 kilometers. Regretfully, the existing geophysical monitoring nets can only cover about one-tenth of this area. At the same time, the radio coverage zone of a satellite center is many thousand kilometers, which is why LCA satellite monitoring seems to be the most appropriate tool to survey global seismic activity. The distant sounding of the Earth from satellite orbits produces sufficiently accurate data of the atmosphere parameters, in particular, the vertical and horizontal dimensions of cloud masses. This suffices to produce a correct idea of the global and local changes in the atmosphere-lithosphere system in various time and spatial scales.

Sometimes, upon the leeward side of the island, orographic waves arise caused by the relief roughness. The photo by NASA, Visible Earth

Sometimes, upon the leeward side of the island, orographic waves arise caused by the relief roughness. The photo by NASA, Visible Earth



On gridded satellite images, LCA dislocation allows us to determine the geographical position of seismically active faults. Its changes with time make it possible to estimate the direction and propagation velocity of the stresses in the earth’s crust, both locally and globally. Small-scale images taken from high-orbit satellites show an area covering several tectonic plates, which allows of tracing their interaction.

Luckily, the existing global satellite system supplying data for weather forecast can successfully perform seismic monitoring. Regulations of the orbital cloud-cover observations are convenient for LCA prompt recording. Data from satellites come on-line, data processing rate is quite high – therefore, the result can be received in a matter of minutes.

The “mesh” clouds formed near the northern part of the Kuril Ridge after the earthquake in Japan testified that seismic activity in the region persisted (left). Indeed, though an hour and half later cloud stripes of latitudinal orientation replaced the mesh (right), earth shocks continued during the next three days. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response), on March 11, 2011

The “mesh” clouds formed near the northern part of the Kuril Ridge after the earthquake in Japan testified that seismic activity in the region persisted (left). Indeed, though an hour and half later cloud stripes of latitudinal orientation replaced the mesh (right), earth shocks continued during the next three days. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response), on March 11, 2011



An analysis of the Earth’s satellite images can provide information on the processes occurring in Earth’s spheres within a wide time and spatial spans. Thus, small-scale images from the satellites flying around the planet at distant circular orbits are distinguished by the field of view.

Such photos enable us to analyze the atmosphere dynamics and lithosphere processes connected with it over an immense territory. Several dozens of geostationary satellites can transmit images from the orbit 36,000 km above the Earth of any place at the Earth’s surface at hour or half-hour intervals. Large-scale photographs from the satellites Terra and Aqua are currently used to map small, local LCA and to study the types of clouds constituting LCA.

A day before the earthquake, on August 23, there appeared a “mesh” of cloud stripes over the state of Virginia, USA. Against its background, two wider canyons showed up, joining at an angle (a). Two hours later, the canyons vanished while the mesh-like structure persisted for some time. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response), August 22, 2011. Simultaneously, LCA appeared over the faults of the Atlantic Ocean bottom (b). (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA)

A day before the earthquake, on August 23, there appeared a “mesh” of cloud stripes over the state of Virginia, USA. Against its background, two wider canyons showed up, joining at an angle (a). Two hours later, the canyons vanished while the mesh-like structure persisted for some time. The photos taken from satellites Terra and Aqua (NASA/GSFC, Rapid Response), August 22, 2011. Simultaneously, LCA appeared over the faults of the Atlantic Ocean bottom (b). (Naval Research Laboratory, Marine Meteorology Division, Monterey, CA)



Unfortunately, LCA satellite monitoring can reliably predict only the region and the time of the beginning of an earthquake (accurate to a day). In order to determine the exact location of the earthquake epicenter, complementary methods are needed. The immediate goal is to organize the synchronous recording and coprocessing of LCA and seismic fields with a view to improving the earthquake forecasting methods.

Since remote areas and water areas occupy a large part of Russia, further development of the satellite methods for natural phenomena and disasters monitoring is a crucial task of today’s science. Further research into the discovered atmosphere geoindicator of seismic processes will bring practical benefit and expand knowledge about the nature of this phenomenon. The development of a new scientific field will allow us to open a new page in the study of seismicity, fault tectonics, and in the ecological monitoring of underground nuclear explosions.

References

Avenarius I. G., Bush V. A., Treshhov A. A. Ispol’zovanie kosmicheskih snimkov dlja izuchenija tektonicheskogo stroenija shel’fov // Geologija i geomorfologija shel’fov i materikovyh sklonov. M.: Nauka, 1985. S. 163—172.

Letnikov F. A. Sinergetika sredy obitanija cheloveka. Atlas vremennyh variacij prirodnyh, antropogennyh i social’nyh processov / Pod red. A. G. Gamburceva. T. 3. M.: Janus-K, 2002. S. 69—78.

Morozova L. I. Projavlenie Glavnogo Ural’skogo razloma v pole oblachnosti na kosmicheskih snimkah // Issledovanie Zemli iz kosmosa, 1980. № 3. S. 101—103.

Morozova L. I. Sputnikovyj monitoring: otobrazhenie i vyjavlenie geojekologicheskih anomalij i katastrof v Dal’nevostochnom regione Rossii // Inzhenernaja jekologija, 2008. № 4. S. 24—28.

Sidorenko A. V., Kondrat’ev K. Ja., Grigor’ev Al. A. Kosmicheskie issledovanija okruzhajushhej sredy i prirodnyh resursov Zemli. M.: Znanie, 1982. 78 s.

Florenskij P. V. Kompleks geologo-geofizicheskih i distancionnyh metodov dlja izuchenija neftegazonosnyh oblastej. M.: Nedra, 1987. 205 s.

Morozova L I. Satellite Meteorological Images as Carriers of Information on Seismic Processes // Geol. of Pac. Ocean. 2000. Vol. 15. P. 439—446.

Shou Z. Precursor of the largest earthquake of the last forty years // New Concepts in Global Tectonics Newsletter. 2006. No. 41. P. 6—15.

The satellite images testified earthquake imminence in Japan http://www.roscosmos.ru/main.php?id=2nid=15949
 
These last couple of days, the phrase "Do not lose heart" has been playing in the back of my mind. When I paid attention to it, I realized that I too felt, not depression, but sadness, after the last session, about all the suffering and pain that I might live to witness happening in the world.

Then I thought that this phrase was something the C's said, and I did a search and found it:



But then I went and read the entire session and the following part stood out. Note that this exchange took place on the 4th of July 2015! It takes a whole new meaning reading it now. For all of you who might need it:



So our participation and sharing here and the projects within our smaller FOTCM community is one way of "do all you can". For ourselves and for each other. Like some of you, sometimes I feel I am not smart enough, don’t know enough, have nothing to add, or I have a hard time finding the words to say something, or all it’s been said already… but perhaps, all we ever have is the uniqueness of our individual perspective and our voice. And when we put it forth together, we create something bigger than ourselves, maybe we get a bit closer to becoming "ourselves in the future who will bridge the gab". Whatever happens later, if it's in us, we will help wherever needed, whether while embodied or from 5D. But here, now, is our best training ground for it, I think, and it's all we have. And this connection we have been creating with each other will make what is to come more bearable. Like when the whole covid thing started, and the whole world was losing its marbles, but we kept quite calm and rational considering the circumstances. We can do it again 💪
Thank you @Alana for finding that session! I've been thinking about those same things and remembering those old sessions, and it's great that someone articulated these thoughts here on the Forum.
 
I'd forgotten this one - thanks! When reading the thread yesterday, I wondered if drug trips like this might be analogous to 4D experiences in any way. By extension, the same might apply to various mystical experiences not using drugs.

Somewhat similarly, when people have NDEs, they describe a type of disembodied awareness that is very different than ordinary waking consciousness. And they don't seem to have much trouble adjusting to the strangeness.

The thing about all these states is that they're immediately recognizable as out of the ordinary. I would guess a shift into 4D awareness would be similar. So when in a 4D state, it will still be recognizable as 'not our ordinary level of awareness,' but not so strange that it is completely outside of our frame of reference. (Makes me wonder if animals like pets catch glimpses of 3D awareness.)

I'm thankful for the discussion re: 4th dimensional awareness on this thread. It's made me reconsider personally how a transition from 3D to 4D could occur. Is it possible that such a thing may take decades to slowly encroach upon a primed population, and that it may occur in stages instead of all in one go? And, might it initiate in the mental sphere before results are visible in the physical?

Just sharing my own experiences over my lifetime, I can personally remember several "marker" events that expanded my mental horizons beyond what others in my every-day life could comprehend - and it wasn't all due to drugs (!). For example, as a kid I remember when Nixon resigned, thinking that we weren't getting all the information to make sense of it all; and again when the Iran hostages were released on the same day Reagan was sworn into office, I went, "Hmmm...".

There were many other instances of such things after that, but my main point is: even then I saw things no one else around me could see, or were WILLING to see, even though I could not present physical proof that I was correct other than a gut feeling. And after that I had many mystical (non-drug!) experiences that caused me to look for alternative answers to what were provided by the MSM for all the BS that has transpired since.

In that time I have expanded my awareness enough to allow that the current medical establishment does not actually care about health; that the political establishment does not care about my freedom; that the current religious establishment does not care about my eternal well-being etc.

In other words, I have let go of all the "programming" that so many in the outer world still follow. And in that time, I have found many people who see what I see (as on these boards!) and are on paths to self-healing that others burdened by MSM 3D-think never would.

Given that, from what I see given my current understanding - I think that going from "3D" to "4D" may start on the mental level, and progress "downwards" from there before one can see results on the physical level. My supposition, then, is that change on the MENTAL level MUST occur first, to allow "access" to 4D experience; and in order to fully become "4D" one has to LIVE their beliefs IN THE PHYSICAL to reap the benefits - and that can't happen until one is completely living with mental "4D" precepts and understandings that align with universal truths.

In other words: I think that is VERY possible that many of us here on these boards are ALREADY living with a "4D" mindset - and all we have to do to realize it in our lives is to APPLY what we have learned into the PHYSICAL, and work for the results to manifest. My two cents anyway.
 
Thank-you all for such a helpful and interesting session. :flowers:

Curiosity was piqued by the mention of cloud formations predicting earthquakes and it has been a subject that has been studied. The paper below states that the appearance of certain cloud formations over fault lines predict earthquakes with 77% accuracy.

Clouds are the forerunners of earthquakes
When reading this I have looked out of curiosity at the satellite photos of Europe from yesterday to today.

A clear cloud disruption is observed in Eastern Europe.

Interesting, although I suppose it takes expert eyes to see the pertinent anomalies.

202303020800_s92g.jpg202303021000_s92g.jpg202303021100_s92g.jpg202303021200_s92g.jpg202303021600_s92g.jpg202303030600_s92g.jpg202303030700_s92g.jpg
 
All this talk of being disconnected from the forum is certainly unsettling for all of us, no doubt. So I was wondering, I have book versions of the entire Wave Series, and The Cass Experiment Transcripts volumes, (as well as SHOTW, CATHOM, 9-11, etc). Will there be any more Transcripts Volumes forthcoming? It would be absolutely precious to have it in hard copy when we get disconnected. I mean, I suppose it wouldn’t be that hard to copy and paste them into a file and print it out myself, but another book would be nicer on my shelf! The existing Volumes only bring us up to sessions from quite a long time ago (decades), but having just the last few years in print somehow would be wonderful and certainly worthwhile. If Red Pill could bind it, I would absolutely buy one! No doubt quite a lot of us would. No laboring over footnotes, or commentary, just printing a hard copy of the last say, 40-50 Sessions in book form. Pretty please. 🙏 ❤️

I copied and pasted the last three years’ Sessions into a file, and it only took up about 12 pages. Furthermore the discussion and various interpretations are vital for getting everything we can from the Sessions themselves. So naturally I would vote to have the resulting threads printed also. Make each Session and resulting discussion a chapter into itself.

Anyway I’m off topic here, so maybe I’ll start a thread. Apologies for the noise.❤️
 
My understanding is that 4D STO cannot intervene in the coming drama as long as the majority of people on Earth are pretty much okay with the world as it is, and any involvement would infringe on their free will.

With the dark prospect of people dying by their millions the human consistence might change, materialism could wane, giving way to some massive and sincere call to accepted spiritual entities (like Jesus, Buddah, Mohamed or Angels).

Could this be the situation when things become 'really interesting'?

I'm well aware that we are tasked to do as much ourselves as we can, but I think that 4D STO are prepared to help as is in their nature, they will just wait for a genuine and unified call.

Do you think there will be such a call at some point?

Yeah, I think you make very good points here.
 
@Ursus Minor wrote:

"With the dark prospect of people dying by their millions the human consistence might change, materialism could wane, giving way to some massive and sincere call to accepted spiritual entities (like Jesus, Buddah, Mohamed or Angels)."

I've been thinking similarly:

“If” let say, 2/3 of the population passes away from the earth. Wouldn't the human-cosmic connection change? Is it possible that in the passing away process, selective people were left behind? I guess I would depend on who is left behind and what their state of being would be. Just thinking…
 
“If” let say, 2/3 of the population passes away from the earth. Wouldn't the human-cosmic connection change? Is it possible that in the passing away process, selective people were left behind? I guess I would depend on who is left behind and what their state of being would be. Just thinking…

The majority of those passing away would be those who have put their trust in the PTB and psychopaths.

The remaining people should contain a much higher number of independent thinkers which could indeed make an impact on the human-cosmic connection. The ruling class could lose much of their followers and will be left with disgruntled resisters, not the kind of people you would want to start a great reset with.
 
A demonstration of how peeling back the facade of climate policies ultimately reveals the depopulation agenda:

Billions of people around the world face starvation if Net Zero policies ban the production of nitrogen fertiliser derived from fossil fuels. This is the stark warning from two top American scientists who say that eliminating fossil fuel-derived nitrogen fertilisers and pesticides “will result in about half the world’s population not having enough food to eat”. They add that eliminating Net Zero fertiliser will create “worldwide starvation”.

In a wide-ranging paper titled ‘Challenging ‘Net Zero’ with Science‘, Emeritus Professors William Happer and Richard Lindzen of Princeton and MIT respectively, along with geologist Gregory Wrightstone, state that Net Zero – the global movement to eliminate fossil fuels and its emissions of carbon dioxide and other greenhouse gases – to be “scientifically invalid and a threat to the lives of billions of people”.
 
Last edited:
Back
Top Bottom