Blog #204--Interdisciplinary Research Needed to Uncover Hidden Truths
Most research scientists are highly specialized, and their research is usually designed to break new ground in their chosen fields. Sharing their work with scientists in other disciplines is more the exception than the rule. But everything in this universe is connected in ways that cannot be discovered by looking solely at one small part of the whole. My book “It’s a Secret, So Pass It On: a Toolbox For Life” shares a number of concepts that have not yet been verified through research. I call out to scientists willing to work with their peers in other disciplines to discover the many connections between them.
Perhaps the most significant research would be to duplicate the seed experiment discussed in chapter 3 of my book. I am confident the method I used and the results I obtained are repeatable, but others must find that out for themselves before new truths can be accepted. To do this, one or more biologists need to work with psychologists, physicists and perhaps others to obtain the clarity I found quite by accident and then verified through a lifetime of observation and testing.
Rather than repeating the experimental design here, I will merely summarize the findings. First of all, viable seeds from a plant that produces separate males and females have magnetic properties that are obvious when they are placed close to one another in a glass of water. One can detect a speed-up in attraction as they get close to one another.
Second, it was found that male seeds migrated to the outside of the glass of water and then fell to the bottom of the glass, while female seeds remained firmly in the middle top of the water. As the male seeds were removed from the water, other seeds were pushed to the outside and down, showing a reversal of orientation in response to changed conditions. Each time a seed was removed from the outside, another one replaced it.
Third, the developmental behavior of the male plants was opposite of the female plants in every respect. The males took longer to germinate, had deeper root systems but didn’t grow as tall, in part due to the taller females blocking light from reaching them. The female plants had weaker root systems, with the first ones to germinate actually falling over and perishing due to a lack of a deep root system to balance their rapidly growing stalks. The females died immediately after light was removed from their environment, while the male plants continued to prosper two weeks without light.
The universe itself is a closed system just like a glass of water. Everything is moving in a circular pattern, with opposites attracting and likes repelling one another. I hypothesized that everything works the exact same way as the seeds since the results suggested we live in an electromagnetic universe that perpetuates a balance between opposites. When one polarity becomes too extreme, one or more aspects are pushed away because of subtle differences in their polarities. This helps correct the imbalance and prevents one extreme from destroying the other. This phenomenon is called the “Balance of Nature.” The seed experiment demonstrates this well.
“Survival of the Fittest” is also demonstrated because the two extremes didn’t survive to reproduce themselves. The ones that did survive were more equal a mixture between male and female, with both having a role to play in their development. They had the fitness/adaptability necessary to reproduce successfully.
The dynamics of opposite polarity interactions exists in all aspects of the universe from the smallest to largest, from mitosis to the origin of solar systems. The makeup of an atom and that of a solar system or galaxy is basically the same. Whether a certain polarity or vibration resides near the center or near the outside of the system in which it resides depends on the other polarities in its environment.
The seeds I tested were all closely similar in polarity, but there were enough differences to push away one or more seeds to balance out their opposites. If I had put seeds with an even more extreme female polarity into the water with the others, many of those that had been in the middle would migrate farther to the outside. If I had placed more extremely male seeds in with the others, those that eventually became male plants would remain more strongly attracted to the middle of the glass.
Behaviorists will note the same thing happening with people, animals and the rest of Nature. Most species have a “pecking order” which represents those that lead versus those that follow. But if an outsider comes along and takes over from the leader, that leader now must submit to him or her, and the others get pushed farther away from the top rung of the ladder. If a leader should die, another within the group either grabs or is pushed to a leadership position. Whereas the new leader might have been displaying a degree of submissiveness earlier, he or she now shows more dominance out of necessity. That is his/her new niche, and behavioral tendencies change to fit the needs of the group.
Although it is likely technology is already available to determine the vibration and relative polarity of people and other life forms, I don’t believe it is being used for a study of behavior. If it hasn’t yet been created, physicists or engineers will benefit greatly by creating one. Combining social science and physical science can be a difficult concept for scientists in these fields, but it is essential to obtain accurate results.
Perhaps one of the simplest studies is to compare polarities and relationships between pre-pubescent and post-pubescent humans. Most young males and females have little attraction toward one another, likely because their polarities are similar at that time and thus repel one another. But once male and female hormones kick in, opposite polarities emerge and now attract one another. These polarity differences can be measured and compared with behavior changes that occur after puberty onset.
This is just one of many research opportunities for those seeking truth. There is a potential lifetime of research available to those scientists willing to use an interdisciplinary approach. Of course, it also requires a self-confidence that disregards their own egos’ need to hide these truths. After all, finding out we are governed by a force that is more powerful than us can frighten fragile egos that need to believe they have control over their lives.
Right now, most scientists work to separate themselves from others. But learning everything about one tiny field of study had limits. Finding out there are many similarities between one field and others can open up tremendous potential for personal and planetary growth. I challenge brave scientists to consider the concepts I share in the book. Create hypotheses that assume these concepts are true (rather than merely trying to debunk them), and I am confident you will obtain results that verify them.
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