What is Cosmobiology?
Cosmobiology is a scientific discipline concerned with measuring possible correlations between the cosmos and organic life on Earth.
A correlation is a statistical measurement of a relationship between one variable and another. However, just because a correlation exists it doesn’t mean that it is a measure of cause. That is something else that requires investigation.
The measure of cosmic rhythms and planetary motion, and the effect they have on disposition, character and turns of fate are objectives of cosmobiology. It also researches these correlations and the way they are reflected in Earth’s plant and animal life as a whole.
Science suggests that the magnetic or gravitational pull of the planets on the Earth is not strong enough to cause identifiable changes to conditions in biological life that exists on our planet. Yet, cosmobiology makes it possible to measure such correlations.
Cosmobiology uses modern day methods of scientific research such as observation, analysis, statistics, computer programming, data storage and retrieval, and in the modern era artificial intelligence will also play a key role.
Despite the immense utility and diagnostic capability of cosmobiology it should never be overlooked that there are factors that are not measurable. Therefore it is essential that other factors such as environment, station in life, upbringing etc are also taken into consideration.
Astrology vs Cosmobiology
Cosmobiology sits more aligned with scientific disciplines than it does with modern astrology. It is entirely possible to learn cosmobiology from scratch without having any background in astrology, and in most cases that is the preferable path.
It is my objective to continue practicing cosmobiology as a standalone discipline and have it flourish in its own right, alongside and as part of all other sciences. This was the intention of the pioneers in this field and I uphold their vision.
I rely primarily on the teachings of Reinhold Ebertin. Although I have come to disagree with some parts of his work, for the most part Ebertin and the early pioneers in this field have got it correct. This is born out by the ability to still be able to replicate his findings in the 21st century.
The Objectives of Cosmobiology
Cosmobiology concerns itself with the observation of cosmic phenomena and their influence upon organic life on Earth. Organic life includes humans, animals and plant life.
While cosmobiology is a stand-alone science, its findings are not meant to be considered in isolation. The psychological makeup of an individual can be determined with some accuracy, but in discovering such information, it is only through other sciences and disciplines, for instance psychology or medicine that the knowledge can be utilised in a practical way. It is through these other disciplines that the findings of cosmobiology can be reflected and amplified.
Cosmobiology is a predictive discipline insofar as the unfolding of circumstances in one’s life, or major socialogical changes can be forecast. This can assist with life planning, and utilising information in a way that benefits those who need to know.
Cosmobiology is not used for trivial application such as making periodic predictions for individuals who are born in a particular zodiac sign. It is a serious science for serious purposes, and is not meant to be used for entertainment purposes.
Finally, cosmobiologists spend an inordinate amount of time looking for patterns in the cosmos that reflect conditions that occur on Earth, either individually or collectively, and that can be seen to repeat thus providing a predictive capability.
Scientific Foundations
If you intend to make a career that utilises cosmobiology then I recommend obtaining a university qualification in another science as well.
Psychology or medicine are very useful, however statistics, mathematics, physics, biology, neuroscience, or general science are also quite acceptable. The objective is to ensure a sound grounding in the use of the scientific method, statistics and the development of critical thinking skills. These will be required in order to formulate hypotheses, run experiments, and document results in the same manner as other scientific endeavours do.
For those who don’t already have an understanding or background in the scientific method, below is a crash course that shows how it is fundamental to all science.
