Do you ever notice how you come across information that just seems to explain what you are searching for or at least leads you to different resources? Well this discovery was one of those.... I ran into this info that outlines how SHAPE, Material, ElectroMagnetic Properties can have DRAMATIC effects on soils, plants and our Environment! What is Paramagnetism? Paramagnetism is a form of magnetism whereby certain materials are attracted by an externally applied magnetic field, and form internal, induced magnetic fields in the direction of the applied magnetic field.In contrast with this behavior, diamagnetic materials are repelled by magnetic fields and form induced magnetic fields in the direction opposite to that of the applied magnetic field.Paramagnetic materials include most chemical elements and some compounds; they have a relative magnetic permeability greater than or equal to 1 (i.e., a positive magnetic susceptibility) and hence are attracted to magnetic fields. Philip Callahan You can find his other books on used bookstores wrote that his assignment under Prof. Reginald Painter was “to find out why plants that grew on poor soil produced far more corn earworm moth eggs than those that grew on dark, well-aerated, bottomland soil”.In other words, why is it that crops which are grown on healthy soils never attract diseases and insects.He wrote that it took him 40 years to discover the answer and he also discovered how insects communicate. The results of his insect discovery caused a “fire-storm” in entomology. Many teachers were angry that he over-turned their “pet Theory of Olfaction”.A sensillum (pl.= sensilla) is an arthropod sensory organ protruding from the cuticle, or sometimes lying within or beneath it. A review of insect antennae sensilla is given and the dimensions and forms of the sensilla are related to dielectric waveguide theory.The design criteria for antennae include dielectric constant measurements, shapes, molecular emitters (molecules), length/wavelength, thin layer outer covering of sensilla, and the electret properties of antennae.Sensilla are described in terms of open resonator-waveguide theory, and the length and diameter of various species of insects are fitted to the 2 wavelength criteria of open resonator design. The importance of tapering the open resonator sensilla for good frequency “fit” is emphasized. Characteristics of molecules of insect attractants are described in terms of their luminescent and fluorescent properties.The surface textures of various types of insect sensilla are related to the form characteristics of efficient open resonator systems. Surface textures found on insect sensilla include smooth, corrugated, helical, equiangular, terraced, and furrowed.The attraction of molecules to sensilla pores is demonstrated and explained in terms of the electret properties of the outer wax layer of the epicuticle.The various shapes of the sensilla are classified into 15 categories, all of which except No. 15 (corn ear configuration) can be found described and utilized by man-made communication systems in the microwave region.A table is given of the vibration frequency range of various orders of insects, and the frequencies are related to the modulation content of infrared emissions from host plant and pheromone attractants.The Johnston’s organ is considered by the author as a piezoelectric feedback (pressure) transducer utilized by the insect to set and hold the proper modulation frequency.Insect grooming is related to the electret properties of the sensilla and the rubbing of sensilla to the maserlike emissions from insect host plant and pheromone attractants.Based on the 7 criteria of length and diameter of sensilla, dielectric constant, sensilla electret properties, apertures in sensilla, surface sculpturing, form, and (array) arrangements of sensilla, and also on the vibration frequency and grooming of the cabbage looper moth, log-periodic infrared emissions were predicted from the pheromone.As predicted, log-periodic maserlike frequencies were detected in the 17 and 26-μm infrared regions. They emit log-periodic with time over a half-hour period. At a wind speed of 0·5 M per minute the pheromone emits long wavelengths close to the female and short wavelengths further from the female. This is termed “concentration tuning” and operates as a proximity frequency indicator to the male flying the maserlike beam of scent.In the opinion of the author, the evolutionary selection of species has involved divergent drift in the form of the antenna sensilla concurrent with the selective pressure of gradually changing molecular emissions.The emission shifts conceivably were due to the changing infrared environment over the eons. Insect antennae with special reference to the mechanism of scent detection and the evolution of the sensilla – Philip S. CallahanInternational Journal of Insect Morphology and Embryology – Volume 4, Issue 5, 1975http://www.sciencedirect.com/science/article/pii/0020732275900380 This is what and how we currently think these work. But I believe there is a scalar aspect of it that we are all missing! this is something I have experienced - but it does offer a good visual of the differences. When you look at this in a multi-dimeonsional possible form.. you can expand the possibilities!However, Philip Callahan is not an Authorised Academic Oracle. This is partly because his discoveries won’t help the Agrochemical Corporations. Phil Callahan has not let the various bureaucracies and administrative tangles taint his love for science and lifePhil Callahan left Louisiana State University at Baton Rouge because he wanted to study biological methods for insect control, whereas the system told him to study pesticides.Many of the discoveries explained in this book are still being bandied about by the scientific community.In fact, Callahan actually has a letter that states, ”You went too far,” implying that he discovered too much. His discoveries, however, are now a matter of public record, and the right of discovery cannot be denied Phil Callahan. But the implications of Callahan’s discoveries are too earth-shaking for a professional journal to risk its reputation in covering.Foreword by Fred C. WaltersAncient Mysteries, Modern Visions: The Magnetic Life of AgriculturePhilip S. Callahan – 2001 Put quite simply, it is because unhealthy plants from sick poison-fed soil give off slightly higher ethanol and ammonia infrared signals than healthy plants.This is particularly true of modern farmed ammonia-drugged plants.Ask any professional entomologist what are two of the most universal attractants of insects, and they will agree they are ethanol and ammonia, both precursors of fermentation and death.Farm crops should be harvested before they reach old age, the attractive state that brings hoards of nature’s scavengers, diseases and insects, to feed on them.Paramagnetism: Rediscovering Nature’s Secret Force of Growth PaperbackPhilip S. Callahan – 1995Partly because his results are so spectacular.After many years of testing at University of Florida and the USDA lab at Gainesville, Prof Callahan has proven that any soil that is healthy (primary, secondary & trace minerals, with good biology) will grow healthy plants, but when paramagnetic rock dust is added to that soil, the growth of the plant increases from 200% to 875%, while the use of water (irrigation) is reduced by nearly 40%. Finally I must point out, lest my reader believe that “thou doest protest too much” about my lack of proper credentials as a rock and soil specialist, that I present here the most powerful credentials of all – the credentials of repeatable experimentation.Any objective reader who grinds up a little clay from an old broken flowerpot and then observes that with a 2,000-gauss magnet he or she can attract some of the grains, unrelated to size, but not other grains will come to understand that there is something fundamentally wrong with our modern concept of magnetism. Exploring the Parameters of Paramagnetic ForcesMelvin D Epp and Hugh D. RiordanAcres U.S.A. – May 2004https://riordanclinic.org/wp-content/uploads/2014/12/89023744.pdfPhilip Callahan has re-discovered ancient knowledge.He also found out that the ancient Mayans, Chinese, Babylonians, and Egyptians knew about this mysterious force and knew how to use it for both agriculture and religious ceremonies. The Secret Of Terra Preta – ParamagnetismThe secret behind Terra Preta or “biochar” is Paramagnetism The simple concept that could bring down the entire fertiliser industry. However, in this clip they concentrate the charcoal or Biochar, not mentioning the real secret of the soil, which is paramagnetism. Phillip Callahan did alot of research on paramagnetism and shows that it amplifies natural flowing energies including magnetism. Terra preta (literally “black earth” or “black land” in Portuguese) is a type of very dark, fertile manmade (anthropogenic) soil found in the Amazon Basin.It is also known as “Amazonian dark earth” or “Indian black earth”. https://en.wikipedia.org/wiki/Terra_Preta And partly because Philip Callahan has re-discovered the ancient knowledge that round towers can also improve agricultural yields. rocks like granites and basalt have a property known as ParamagnetismI started with two identical plastic pots filled with potting mix from the same batch.Inserted into one pot was a ‘tower’ as shown in the photographs. Watering of each pot was the same every time.The only differences were the presence of the tower in one and corresponding reduction in volume of potting mix due to the volume of tower base inserted in the mix.I started with two identical plastic pots filled with potting mix from the same batch. Inserted into one pot was a ‘tower’ as shown in the photographs. This tower consisted of a shrub branch 40mm diameter and 190mm long, covered with sandpaper on the top 120mm with a sandpaper conical hat on top. The uncovered part of the branch was buried in the potting mix to a depth of 70mm. In each pot, 4 radish seeds were planted 6mm deep at each of the N, S, E and W compass points, i.e. 4 seeds at each point. Watering of each pot was the same every time. The only differences were the presence of the tower in one and corresponding reduction in volume of potting mix due to the volume of tower base inserted in the mix. Rock Dust, Paramagnetism and Towers of Power and how they affect plant growthBill Nicholson – August 2003MORE RESEARCH AND INFO HERE:Download the entire info here: https://pdf4pro.com/amp/download?data_id=432b9f&slug=rock-dust-paramagnetism-and-towers-of-power-and-howAnd here : https://www.paramountgrowth.com/images/rockdust_sdiver01.pdfAnd here: https://rockdustlocal.com/uploads/3/4/3/4/34349856/a_rock_dust_primer.pdfTherefore, it is unsurprising that Philip Callahan has some very interesting thoughts about the Irish Round Towers. Enter your text here... Enter your text here... About Philip S. Callahan:He was born August 29, 1923 in Fort Benning, Georgia. He entered the U.S. Army Air Force in 1943, where he was trained in navigational communications, and assigned to service in Ireland.After the war, he worked in Japan rebuilding Japan’s air navigation system.Later, he was in charge of maintaining radio navigation centers for Japan, Korea, the Philippines and the entire South Pacific. In all, he rebuilt 16 low frequency radio stations. Concerned about the closing of China after the war, he left Japan to hike around the world.While hiking and hitchhiking across Asia and the Mideast, he worked as a free-lance writer and photographer. Upon returning to the United States, he married Winnie McGee and started college, later earning his B. A. and M.A. from the University of Arkansas and Ph. D. from Kansas State University. He has served in research positions throughout the South and has been awarded with numerous citations for excellence in research.He is the author of some 100 scientific papers and ten books. He lives and works in Gainesville, Florida and remains a world traveller.Moreover, he has an international reputation as an entomologist and ornithologist, and has been responsible for breakthrough discoveries in both areas. Most important, he is a generalist, and this – his publishers can be pardoned for saying – has accounted for insight and discoveries that arrive only once every generation or two.About The AuthorAncient Mysteries, Modern Visions: The Magnetic Life of AgriculturePhilip S. Callahan – 2001Reference : malagabay blog site Paramagnetic, Diamagnetic And Ferromagnetic SubstancesDiamagnetic Substances These substances are weakly magnetized, when they are placed in the external magnetic field, in a direction that is opposite to the applied field. The magnetism that is exhibited by these substances is known as the diamagnetism. The examples of these substances are silver, bismuth, gold, copper, mercury, lead, air, water, nitrogen, hydrogen, silicon, and antimony.Characteristics of Diamagnetic Substances For every atom, the magnetic moment is zero. By the application of an external magnetic field, they are weakly repelled. By placing in the non-uniform magnetic field, their movement is from stronger to weaker parts of the field. In the external magnetic field, they are weakly magnetized, in a direction that is opposite to field.Paramagnetic Substances These substances are weakly magnetized when they are placed in an external magnetic field, in the same direction of the applied field. Their movement is from weaker to stronger parts of the field. The magnetism that is exhibited by these substances is known as paramagnetism. The examples of these substances are chromium, calcium, sodium, manganese, aluminum, platinum, crown glass, copper chloride, oxygen, tungsten, niobium, and lithium.Characteristics of Paramagnetic Substances There is a magnetic dipole for every atom that causes the magnetic moment. These substances are weakly attracted by the external magnetic field. When there is the placement of these substances in the non-uniform magnetic field, then their movement is from weaker to stronger parts of the field. In the presence of the external magnetic field, they are weakly magnetized in the direction of the field. But if the external magnetic field is absent, then the magnetic moment of atomic magnets is randomly arranged. So, due to this reason, the net magnetic moment of paramagnetic substances is zero. The magnetism is lost by the removal of the external magnetic field. If the small quantity of paramagnetic liquid is contained in the watch glass, and it is placed on the two dissimilar magnetic poles, then the liquid will show an elevation in middle.Ferromagnetic Substances In the external magnetic field, these substances are strongly magnetized, in the direction of the externally applied field. These substances can retain the magnetic moment, even after the removal of the external field. The examples of these substances are cobalt, nickel, and iron.Characteristics of Ferromagnetic Substances When these substances are placed in an external magnetic field, they are strongly magnetized. They are made up of a large number of domains. If they are heated above the curie temperature, then they are converted to the paramagnetic substances. The magnetic susceptibility for these substances is large and positive. Reference - W3sPoint Electroculture, MagnetocultureElectroculture has a few different names, divisions or specialisation including Magnetoculture, Magneto agriculture, electric fertilizer, magna culture (pdf), Cosmo-Telluric agriculture etcMagnetoculture is a recent development from electroculture but some forms of electroculture techniques and knowledge are over 300 years old.With some saying that a lot of ancient cultures used electromagnetic energies in their special buildings and designs.Electroculture/magnetoculture is also suggested to be used to mutate or grow different variations of plants and animals and also perhaps be used as a natural ‘pesticide’ or at least as a natural pest deterrent.Electroculture, it is suggested, can also be used to protect plants from frost.Electroculture is an interesting branch of an Electric Universe – using natural (Telluric currents, Earths Global Electric Weather Circuit etc) and artificial electromagnetic energy to influence the growth of plants.The different electromagnetic techniques include electrical currents (direct and alternating), magnetism, monochrome light, static electricity, sound and radio frequencies.Electroculture sites and articlesElectric fertilizerElectro Culture History and techniques | rexresearch.comElectroculture and magnetocultureMagnetoculture | lafontainemagnetique.orgElectroCulture | rexresearch.comDipolar Resonance / Anomalous Dispersion Mutation (Process for Altering the Energy Content of Dipolar Substances) | rexresearch.comNature & Electricity – Part 2: Natural Earth Currents and Plant Health | electricfertilizer.comMagna culture (pdf) | rexresearch.comPlay “Death Metal” Music to Enhance Plant Growth! | electricfertilizer.comElectroculture in an Electric UniverseJanuary 9, 2015 / Earth, electric fertilizer, Electroculture, EM evolution, Life in an Electric Universe, Telluric currents#MagnetoCulture#MagneticAgriculture#MagnetoAgriculture#ElectricFertilizer#MagnaCulture#CosmoTelluricAgriculture#MagnetocCulture#MagneticAgriculture#ElectroCulture#BioGeometry#PhillipCallahan#TuneIntoNature