u/pavlokandyba

Here I will present two of my studies, one of which concerns exclusively astronomy, astrophysics, climatology, and history, and the second pertains to the study of consciousness and dreams. The first is a speculative article, which, based on scientific data (including the Planet 9 hypothesis) and numerical modeling, provides constraints under which the existence of the planet Nibiru, as proposed by Sitchin, cannot be ruled out. The second is based on my personal experience and is a commentary on an article published in an international journal of dream research, which suggests that extrasensory perception is possible in dreams.

It also proposes a method for proving this.

I will begin with the background of why I began researching this, so that my logic is clear. When I was 8 or 9 years old and knew nothing about Nibiru, I had a near-death experience due to a high fever. At first, I had nightmares about a global flood and an unspecified cosmic catastrophe. Then, in an out-of-body state, I was transported into space and saw a huge volcanic planet hurtling toward Earth in complete darkness. At the time, it seemed completely unreal, demonic, alive, and inexplicable. At first, I hovered at a great height above a dark surface covered in numerous glowing branches and shrouded in haze. Then, as I moved away, I saw that it was colossal in size and somewhat reminiscent of a star. It was already in full light, and I could see it completely. It was shocking, and I felt like I was dying, after which I returned home and woke up.

Years later, when I was able to compare this with high-quality photographs of the surface of Earth and other planets, I realized that it looked like a volcanically active super-Earth, perhaps even with cities, and it was very realistic.

To test whether I was seeing something real, I began practicing lucid dreams and out-of-body experiences. As a result, I discovered that it is indeed possible to receive extrasensory information in dreams, although in most cases it is encrypted in the form of emotionally significant associative symbols, compiled from memory. But in rare cases of highly lucid states of consciousness, things and events can be conveyed literally.

Since I'm an artist, I drew this planet (in the video) and posted the image along with my story, including on Reddit. Several people wrote in the comments that they had also seen similar things in dreams or visions, and it often evoked strong emotions or fear.

In an attempt to find further evidence, I conducted a separate study to determine, based solely on the facts, whether such a planet could even exist and cause catastrophic events.

The possibility of another large planet in the solar system is suggested by anomalous deviations and clustering of the orbits of trans-Neptunian objects (TNOs), which underpin the Planet Nine hypothesis. This hypothesis assumes the very long-term formation of TNO clusters, the moderate ellipticality of Planet Nine's orbit, and its natural formation. However, these anomalies could also have arisen as a result of the capture of a rogue planet by the solar system.

While this scenario is considered unlikely, it remains possible if the rogue planet's orbit is highly unstable and it is quickly ejected from the solar system. In this case, the orbit could be parabolic, like a comet's, penetrating the inner solar system, and the interaction with TNOs would be more intimate, leading to the rapid formation of anomalies. The time a planet could exist in such an orbit is insufficient to cause complete chaos in the solar system, and the possible consequences are consistent with observed patterns, such as the eccentricity of Mars's orbit and the anomalous climatic events in Earth's climate history.

Assuming this capture occurred relatively recently, around 3 million years ago, people could have observed this planet as a comet or star, leaving behind records of it and associated catastrophic events (Typhon, Marduk).

Furthermore, the 3,600-year cycle mentioned in Sumerian texts fits well with climate anomalies and cultural-historical events. This period also indicates that the planet is currently at the outermost point of its orbit and is moving very slowly, which, along with other factors, makes it difficult to detect.

The descriptions of Typhon and Marduk suggest that this tailed celestial body is red, which could be caused by volcanism and the presence of organic compounds called tholins, and therefore life. With sufficient mass, volcanism can be self-sustaining at a great distance from the sun. This, in turn, suggests the presence of life.

Links:

Article describing my experience

Extrasensory perception in dreams through emotions and symbols

https://doi.org/10.11588/ijodr.2024.1.102315

Dreams I collected about the red planet (the first ones on the list with the author's name starting with one letter). Initially, many of them linked to my post or image without using the words "Red Planet," but I added it for clarity.

https://huggingface.co/datasets/Masterogon/dream-database/embed/viewer/default/train

Some of them are in the comments here: https://www.reddit.com/r/Dreams/comments/13ekrx4/i_painted_a_planet_that_i_saw_when_i_had_a/

Evidence for Planet Nine with a 3,600-Year Period and 1 AU Perihelion as the Cause of Recurring Apocalypses.

https://doi.org/10.5281/zenodo.18918670

This is a classic LBM that takes into account Newtonian forces and the added mass effect, supplemented by a wake vortex capture model. The algorithm stores the energy expended on oscillations in each direction, and when the pressure difference levels out, this energy is used as thrust, simulating the momentum from collapse. The thrust is multiplied by approximately six times, which is consistent with some experimental data and makes the boat's motion visually realistic in some modes. The thrust calculation should probably be dynamic, but I haven't yet found a way to do this. Any ideas would be welcome. The vibroboat code is here:

https://github.com/MasterOgon/Aeroacoustic-Flying-Saucer-Oscillating-Resonator-CFD-Simulation-LBM-/blob/main/README.md

The main question: Can humanity or individual humans unconsciously, through extrasensory perception, explore other worlds, communicate with other intelligences, and foresee the future, transmitting the received information as their own interpretations?

My interest in this topic arose after a near-death experience I experienced as a child, followed by years of systematic observation of ordinary dreams, lucid dreams, and out-of-body experiences.

These observations led to the hypothesis that dreams, depending on their intensity, can convey information both as direct representations and encoded through personally meaningful symbolic associations. Furthermore, dream symbolism may be sufficiently structured to permit systematic study using modern computational methods.

Also, sharing my personal experiences in online communities and receiving feedback, I became convinced that some anomalous images perceived in altered states of consciousness are not unique and can be interpreted as literal representations of real objects. This led to the creation of an open-source artificial intelligence platform called DreamCode for extracting true hidden signals from noise.

This tool uses unsupervised semantic AI. It reads all submitted stories, converts sentences into data points, and blindly searches for mathematical matches. If several independent people from around the world describe the same anomalous detail, even describing it in completely different ways, the AI ​​automatically groups them and marks them as a confirmed common archetype.

For now, this is a rough prototype with a lightweight AI model and a database of only a few reports: my own, which I've already posted, and several similar ones that I've used for testing in the public domain. Therefore, it's too early to expect significant results. But I hope the database will grow over time and I'll be able to integrate more advanced AI models, which will allow us to discover a lot of interesting things. Essentially, this platform should simply scale and systematize, to the level of scientific evidence, the collection of those surprising, disparate coincidences we sometimes notice when sharing our experiences.

If you'd like to contribute and compare your experiences with those of others, the tool is completely free and completely anonymous. Instructions and other information are available in my pinned post.

This is part of my experiments with vibration-based aircraft. Here, I throw it with a little force to prevent the oncoming flow from flipping it, and I add a twist for stability, although it quickly decelerates.

This downward trajectory is the only one in which the aerodynamics allow it to glide stably. The engine rotation has virtually no effect on stability; it was intended to act as a gyroscope, but the effect turned out to be unnoticeable. I was never able to find a way to conduct comparative tests; vibrations significantly affect the results when interacting with weights or anything else, and in freefall, the saucer quickly flips over. That's why I installed a similar engine on a more stable aircraft, which I posted earlier. The only thing that seems noticeable here is that the saucer flies slowly but hits the ground hard due to the weight of the vibration motor. And there's also a low-frequency sound.

In this simulation of an asymmetric oscillator (fast forward, slow reverse) based on my experiment, I used the LBM with the added condition that the aerodynamic drag of the oscillation accumulates and is given off as thrust on the next half-stroke, realistically simulating thrust reversal relative to the classical pushing of the medium. I updated the code to more accurately convey the mechanics of the experiment and added a response of the pendulum to the environmental influence, whereby increasing the load leads to a decrease in frequency. I also created a simple browser-based flight simulator based on this. Aerodynamic drag in the direction of oscillation is counted as thrust, and drag perpendicular to the thrust vector works as usual. There are also lift and optional buoyancy and other settings. Here is the updated code for the base simulation and links to its browser version and the flight simulator in the redme file: https://github.com/MasterOgon/Aeroacoustic-Flying-Saucer-Oscillating-Resonator-CFD-Simulation-LBM-/blob/main/README.md

Here also all information about this and link to browser app

https://github.com/MasterOgon/Aeroacoustic-Flying-Saucer-Oscillating-Resonator-CFD-Simulation-LBM-

I once became fascinated with the idea of ​​a vibration-based or aeroacoustic aircraft and tried to build a prototype. It turned out to be technically too complex, but I managed to validate the principle.

It features fully realistic flapping flight physics with adjustable buoyancy.

I have slightly modified the classic Navier-Stokes fluid to simulate the transfer of momentum by vortices as it happens in reality, but it is not reproduced by this method. To put it simply, this is a very simplified version of a mad jellyfish. You can see more about it here: https://youtube.com/shorts/Oafr7KziAds?si=-eidTunrnbT6Nuv2​

Currently, I've only created the engine, but I think it would be great to turn this into a full-fledged 2D flight simulator. Although, to be honest, I'm not very familiar with programming and did this with an AI that constantly broke everything, and I only managed to do this with great difficulty. I'd appreciate any feedback and if you could recommend something to make this easier.

The saucer contains a pendulum that causes it to move up quickly and down slowly relative to the common center of mass. In reality, this causes the collapse of turbulent zones, the difference in forces of which leads to the saucer thrust.

Simulation represents an empirical simplified model, based on the assumption that the free thermal energy of self-organized Brownian motion in a vortex is responsible for the transfer of forces. By accumulating the resistance energy from the oscillations and releasing it as a force in the opposite direction in the next half-cycle. In this case, the resistance does not act directly on the saucer; in reality, it dampens the oscillations.

Overall this simulation allows for a fairly realistic visualization of the experimentally observed phenomenon. Here is the code for the browser application, other information and also a link to the online version:

https://github.com/MasterOgon/Aeroacoustic-Flying-Saucer-Oscillating-Resonator-CFD-Simulation-LBM-/tree/main