About 4.6 billion years ago, a giant molecular cloud experienced a gravitational collapse and a part of it evolved into our community - our solar system. As the cloud collapsed, the angular momentum made it rotate faster and the center of it where the most of the mass was collected became hotter than the surrounding disc. The central mass then evolved into a star - our own Sun. The surrounding matter clustered together and evolved into planets and other matter. Due to the difference in distance, temperature and other parameters, each planet's matter differed in composition. Going further back in time, there was a Big Bang which resulted in expansion of matter and formation of several such molecular clouds from a single source of matter.
Coming back to our solar system, we can infer from science that at one time all the planets came from a cloud of matter which mingled and mixed as it evolved and then concentrated into balls of matter having its own gravitation and other characteristics. In other words, matter we find on earth - sand, rocks, water, plants, living matter and other substances - were once a part of the molecular cloud.
A molecule consists of atoms. Atoms can be seen as an independent planet having its own forces - magnetic, electrical and other (so far unknown?) forces that are independent or a function of each other. When such an atom interacts with another atom, the net effect can be repulsion, attraction or balance OR changing states dynamically between these based on distance, angle and other forces in the environment.
Let us chose a random atom. Assume this is of type A (type defined by number of electrons, etc..). When this atom is under the influence of the same type A matter, the resultant force is felt by the atom in some way. When the same atom is under the influence of another type (say B) of matter, the resultant forces could be different from the earlier case. When all the different types of matter influence the atom at the same time, the net resultant force is a function of all the individual forces. The force exerted from each of the different matter varies based on its distance, angle and possibly other parameters.
All the matter on earth - dead and living - are made up of matter that was there in some gross form or the other from the early days of formation of the solar system. In other words, our gross body contains some molecules/atoms of types that can be found on other planets! Our body is made up of gross matter and mind is made up on fine matter. They are inter-related. In other words, how the body behaves is a function of mind and vice versa.
Stitching all these facts and arguments together, we can conclude:
1. Our body (and mind) has matter similar to what can be found on other planets (and even other stars) in some proportion, however small.
2. Just as in any matter that is mixed, each mass of physical entity can have varying quantities of each matter.
3. The behavior of molecules/atoms is a function of the influence of big mass of matter (planets) on similar/dissimilar molecules/atoms of target/small mass of matter. In other words, behavior of body and mind is a function of the influence of planets on body/mind.
4. The net resultant force on molecules/atoms is a function of distance/angle (and other forces) from each other.
Taking it further, it is possible to empirically formulate the amounts of each of the type of molecules/atoms contained in a small mass of matter (say, body). To be more specific, a human body evolves from a single embryo. The evolution of the body and the time of separation of this mass into an independent entity (namely, birth) having a mind of its own, are again a function of all the forces exerted by all the big masses of matter.
To conclude, first of all, it is very likely that variation in behavior of body/mind is influenced by movement/position of Sun, planets and other big masses (eg moon) in the sky. Further, it is likely that we could find what exactly is the influence.
Astratomology - Is the topic appropriate or not? Is this a new term?
Credit to a lot of sources on the web and vedic texts