The Feminine Science of Water, Part 4

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Course Ideas

This post has been the most exciting of the series thus far for me to write, and that is because it is based on a fresh discovery to which I have a personal connection. Roughly a decade ago I attended a scientific conference organized by Dr. Gerald Pollack, then held annually in Vermont, on the subject of water. One of the speakers was Dr. D. James Morré, of Purdue University, a Distinguished Professor who published over 625 scientific papers in his lifetime and was awarded nine patents. Many of his papers—(I’m not sure how many, but all the ones I’ve read from late in his career)—were co-written with his lifelong colleague and wife, Dr. Dorothy Morré.

At the conference I approached Dr. Morré about Grander® Technology, and he was intrigued enough, and gracious enough, to allow me to send him a device to “play around with” in his laboratory. Some months later, out of the blue, he wrote to tell me that “something interesting was going on.” In writing my comment reply to Ka after the previous post, on a whim I looked Dr. Morré up, and discovered that in 2015 he and Dorothy co-authored a paper on “Synchronous Oscillations Intrinsic to Water” that included discussion of the Grander® Technology. Regretfully, I discovered that Dr. Morré passed in 2016, and his wife Dorothy, in 2018, so I was unable to correspond with them about this.

Dr. D. James Morré

Dr. Dorothy Morré

Discovering the paper was exciting for me, as I feel a tangential relationship to this work from our personal, albeit brief, interaction. But more importantly, it necessitates a further clarification on my part about the human beings who are scientists, as opposed to the prevailing mindset of the scientific endeavor, which are not always one and the same, and which I addressed briefly in the previous post. In addition to his accomplished scientific career, Dr. Morré was a blacksmith, an author, a piano and trumpet player, and a member of the St. Boniface Schola (choir) and the Bach Choir in his community. He struck me in our brief encounter as a very intelligent and curious person—all of which is to say that I think he is a very fine example of a scientist anchored in his connection to Life itself, driven by the genuine desire to understand the natural world, and without attachment to a particular dogma that closed his mind to new ideas. He was clearly a polymath, and such individuals often break the mold.

I have no doubt there are numerous scientists like Dr. Morré, and I want to note that in writing this series I am not aiming to lump scientists generally into a pejorative category; I am largely lamenting the broader mindset that permeates our society and acts like a filter on our collective willingness to be curious. This mindset only begrudgingly concedes how little we know, and actively marginalizes so-called “unscientific” or “pseudoscientific” views, which narrows the window of our inquiry at best, and actively censors creative thinking at worst.

As an accomplished researcher, Dr. Morré earned the opportunity to follow his instincts, and my guess is that he had a pretty good internal compass about what he considered to be established scientific fact, and what he considered an open or unfinished question. This is lost at the median level of scientific education, in which we are all more or less force-fed particular ideas from elementary school through at least the undergraduate level of tertiary education. This indoctrinates people to a certain view of the world that is unfortunately incorrect, and that is the situation against which I am railing in this series. Only a few, at the very boundary of their chosen field, know the real questions and inconsistencies in their field, and opportunities for other thought systems to express themselves are largely prevented by the replies of countless individuals who are simply repeating what they were taught. This is the work of ideology in science.

Returning to Dr. Morré, he shared in his talk at the conference I attended that he had a lifelong interest in the body clock and circadian rhythms. In his research, and in the paper I recently found, he notes that water has been previously observed to exhibit a recurring, undamped (meaning it persists indefinitely) oscillation between the population of ortho and para spin configurations of the hydrogen atoms in water. A para configuration is one in which both hydrogen atoms in a water molecule share the same spin, and the ortho configuration is one in which the spins are opposite. Because the two states of water have differing chemical properties, he was able to observe the changing populations of ortho vs para isomers in water by measuring very fine changes in its redox potential, through which this distinction manifests. He conjectured that a classical limit oscillation might be at work, in which conditions might favor the para configuration until a threshold is reached, at which time a “discharge of potential” occurs, and the ortho configuration is favored. But this too, reaches a limit, and the system once again reverses. This continues indefinitely.

This natural oscillation in water is very slow. There is a repeating pattern that has a fundamental period of about eighteen minutes. Living organisms have “life-hacked” this feature of water by doping particular proteins with cations (a form of copper, in this case) to extend the period to twenty-four minutes. Exactly sixty cycles of twenty-four minutes gives twenty-four hours. Different cations produce different oscillatory periods, but copper is the one that produces a time period synchronous to the diurnal rhythms of the earth, and that is the one he found in the proteins he researched.

Where this becomes even more fascinating is that after our encounter, and after his experimentation with the Grander® Technology devices I sent him—or so I surmise based on the dates of the research—he appears to have taken the notion seriously that two water samples not in direct physical contact can influence one another. In the paper he notes that two water samples previously out of phase, when placed adjacent to one another in plastic pipettes, would quickly come into the same phase. What is really amazing, is that he conducted a series of experiments in which he measured this natural oscillation of water at opposite ends of various bodies of water, and found them to be in phase with one another. This included a small pond, two points in a municipal water system five miles apart, and a twenty acre lake. In a remarkable experiment, he found that the Atlantic Ocean, measured in Ocean City, Maryland, was in phase with the Pacific Ocean, as measured concurrently in San Diego, CA. (See chart below.)

Oceanic Phasing Graphic

Graphic from D. James and Dorothy Morré’s Paper Showing the Synchronous Phasing of the Pacific and Atlantic Oceans

Contiguous bodies of water, even on a planetary scale, appear to exhibit a unity, or wholeness, that is truly remarkable. The largest known organism is the Armillia ostayae, a fungus in the Malheur National Forest in Oregon that covers roughly four square miles. I’d suggest we have the possibility of a new champion: the world’s oceans, linked in coherent resonance from one side of the globe to the other.

Although not discussed in his paper, in his one correspondence with me he noted that when researching this aspect of water at Argonne National Laboratory, he discovered that the natural oscillation within water was sensitive to environmental influences, including solar flares, which would interrupt and restart the cycle. This suggests Johann Grander was correct when he said that water “is a cosmic substance”, and receives information from the cosmos. It is important, I think, to avoid leaping to the conclusion that what Johann Grander described in his work was precisely what Dr. Morré found. I suspect that what was found was simply a small piece of what is so. There is much work to be done to develop a comprehensive bridge between the ideas of Johann Grander and the ideas of modern scienc, but ultimately, it is clear to me that we’ve barely scratched the surface when it comes to appreciating the fundamental dynamics of Life.


  1. Thanks Michael. I’m enjoying this series, even if I don’t follow all the science. I agree with the basic premise that it would nice to have more feminine influence and curiosity in the sciences and all areas of modern life.

    Liked by 2 people

    • Hi Brad,

      Thanks for following along. I think it’s a vitally important issue, really–not just to science. But to our social structures and politics. The whole ball of wax. Also, I didn’t get much reply to it, but I just have to say once more for the record that it seems quite incredible that the Atlantic and Pacific oceans were found to be in resonance with one another…!

      That’s a global harmony right there. Something we can emulate!


      Liked by 1 person

  2. I am reminded of Sheldrake’s “morphic resonance”. Sheldrake speaks about this briefly in a recent YouTube video that is primarily about Bohm. The recent documentary about Bohm showed very clearly that science always gets it wrong and outcasts those who want to get closer to the truth.

    Liked by 1 person

    • Hi Elliott,

      Are you writing about the movie Infinite Potential: The Life and Ideas of David Bohm? I hadn’t heard of this until your note here, but watched it last evening on Youtube. It was really interesting. I read Bohm’s book Wholeness and the Implicate Order a number of years ago and really enjoyed it. It looks like the movie is based on a book so I may check that out at some point, too.

      Yes, it’s shocking how some are treated at times in the scientific community. I think there’s a lot unsaid in the movie, and some things said here that I didn’t find in other works that referenced Bohm. For instance, I’ve read other sources that noted his involvement with the communist party, but few that said his real goal was to find some people who would discuss Hegel with him!

      What is obvious is that Bohm was willing to see the whole, and move beyond certain party lines, and for that he did seem to pay dearly at stages in his career. Makes me want to read more of his writing. Thanks for the note, Elliott!

      Hope you are well–


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