This short article reviews Drake's equation and explains why it does not correspond to our newly obtained knowledge of an infinite cosmos. Information validated by extraterrestrials through channeling.
- Drake's equation showed at the time that there is no practical possibility that there is no intelligent extraterrestrial life in a vast universe. Fermi's paradox and the establishment of SETI expressed this search for extraterrestrial civilizations. Advanced extraterrestrials exist, of course, but as I present, Drake's equations cannot be used to calculate the probabilities of the number of advanced extraterrestrial civilizations. The explanation is essentially logical-mathematical and derives from multiples at infinity.
With the logic of Drake's equation, the question can be narrowed down to how many extraterrestrial civilizations exist in the Milky Way galaxy or the universe visible to the James Webb Space Telescope, but this is where another problem comes in: extraterrestrials migrate, and entire civilizations migrate for survival from their mother planet, a data that is very difficult to estimate. Therefore, the main contribution of Drake's model was to make it clear that there was no way there was no intelligent life other than that on Earth. Anyone expecting a numerical result is likely to be disappointed.
Introduction to the Drake equation methodology.
- The Drake equation, published in 1961, created a statistical estimation tool for the number of civilizations in the Milky Way galaxy (and the entire universe) and the number that can be discovered. The model's advantage lies in its simplicity. It is based on multiplying probabilities of independent events using the waterfall method and is considered one of science's most well-known astrophysics equations.
The Drake equation Link: Drake Equation (SETI)
N: The number of civilizations in the Milky Way galaxy whose electromagnetic emissions are detectable.
- R: The rate of formation of stars suitable for developing intelligent life (number per year).
- fp: The fraction of those stars with planetary systems.
- ne : The number of planets per solar system with an environment suitable for life.
- fl: The fraction of suitable planets on which life appears.
- fi : The fraction of life-bearing planets on which intelligent life emerges.
- fc : The fraction of civilizations that develop a technology that produces detectable signs of their existence.
- L: The average time such civilizations produce such signs (years).
Summary of related information obtained from extraterrestrials.
Facts obtained through my direct channeling and in Adrian Dvir's book X3, Healing, Beings and Extraterrestrials.
Link: The Cosmos is infinite, and so is time; no beginning nor end!
- Our universe is one of infinite universes (all in the shape of a Fibonacci egg). The universe is comparable to a bubbling soup of egg-shaped bubbles (each of which, by analogy, reflects an entire universe), which forms while others explode and die. The multiverse has always existed, and Via exists forever. The Big Bang, about 13.8 billion years ago, is an isolated event among the infinite events that occur regularly in the multiverse.
- Various advanced life forms in the universe do not necessarily need running water, an electromagnetic field, or an atmosphere. Therefore, Drake's definition of habitable planets is different.
Why is the Drake equation not consistent with the new findings?
Given new findings of an infinite universe.
- The main problem with Drake's equation is that it assumes a finite universe, with a finite number of galaxies, planets, and those worthies of life, in huge but finite numbers!
- In a finite but expanding (inflation) and aging universe, the probability of finding intelligent life seems to increase over time!
- Probability estimates may vary, but this is a static model, which does not describe changes. (As mentioned, the greatness of the model lies in its simplicity)
The suggested new updated model. (Based on extraterrestrial explanations)
- To my question, extraterrestrials replied (via telepathic communication) that the number of extraterrestrial civilizations is not constant; it sometimes increases and sometimes decreases.
- There is no way to know the finite number of all civilizations in an infinite multiverse. It's like asking a ship, having only binoculars, how many ships it sees over the horizon! It is a state of the mathematical singularity of multiplying at infinity.
- The ability of advanced extraterrestrial civilizations to survive over time depends on their ability to travel through space and relocate to a place adapted to the conditions they need. It is essential to emphasize that movement at the speed of light is relatively slow, and extraterrestrials can travel at speeds dramatically exceeding the speed of light by converting to higher dimensions.
- It is possible to build models of mathematical equilibrium and changes, but in the end, in a singularity model, you must start from a given starting number! Otherwise, the model is meaningless.
Unfortunately, no mathematical model can answer how many extraterrestrial civilizations exist and how many can be contacted.
In the Intergalactic Federation of extraterrestrials, there are currently 55 incorporated civilizations.
Adrian Dvir's book X3, Healing Entities, and Extraterrestrials, provides excellent descriptions of extraterrestrials of various species, some resulting from insect development and some from reptile development (e.g., lizards).
- All deep-space traveling extraterrestrials have a top scientific and technological level. Some are huge, up to 4 meters, while some are very small, half a meter in size. Some extraterrestrials are humanoid, and some have a completely different appearance from human ones. Some extraterrestrials have hair, but most have no hair.
- The morphology of extraterrestrials is very different from each other, but there are recurring characteristics: large heads, large eyes, limbs, and telepathic abilities to communicate. Some civilizations can live in an energetic body, while others have a physical one.
To summarize, the multiverse habitats hundreds to thousands of intelligent known civilizations. Absolute numbers cannot be known (logical problem) in an infinite multiverse.
