O-Day - Crop circles
Are they field messages?
It is my pleasure to have had time to return to this subject, first introduced to me by my father nearly 40 years ago.
Are you ready for the mother of all BOOMs!
LIVESTREAMed on 29 Sep 2024 at 22:00 CET
Overview of W.C. Levingood [source]
W. C. Levengood was a biophysicist renowned for his research on crop circles. His academic and professional credentials are quite extensive, reflecting a career dedicated to scientific inquiry across multiple disciplines.
Levengood authored or co-authored over 50 scientific and technical papers since 1954. His work spanned a wide range of subjects, including physics, chemistry, biology, biophysics, and botany. Many of his papers were published in prestigious peer-reviewed journals such as Science and Nature, which are highly regarded in the scientific communityhttp://iccra.org/levengood/levengood.htm. These publications have received numerous citations, indicating the impact and recognition of his research within the scientific community.
Levengood's interest in crop circles led him to conduct extensive research in this area. He applied his expertise in biophysics to study the physical and biological changes in plants found within crop circles. His findings suggested that the plants exhibited unusual characteristics, such as elongated nodes and expulsion cavities, which he hypothesized were caused by rapid heating. These observations were controversial and sparked significant debate within both the scientific and crop circle communities.
In addition to his crop circle research, Levengood's broader scientific contributions include studies on seed germination, plant physiology, and the effects of various environmental factors on plant growth. His interdisciplinary approach allowed him to explore complex biological phenomena from multiple angles, contributing to a deeper understanding of plant biology and biophysics.
Levengood's work on crop circles was often met with skepticism, particularly from those who questioned the scientific rigor of his methods and conclusions. Despite this, he remained a prominent figure in the field, continuing to publish his findings and engage with both supporters and critics. His dedication to exploring unconventional topics and his willingness to challenge established scientific paradigms made him a unique and influential figure in the study of crop circles and beyond.
Overall, W. C. Levengood's credentials reflect a career marked by curiosity, interdisciplinary research, and a commitment to scientific exploration. His contributions to biophysics and plant biology, along with his controversial work on crop circles, have left a lasting legacy in both mainstream and fringe scientific communities.
W. C. Levengood passed away on September 28, 2013.
Dr Horace Drew wrote to me around 2008 for the first time and told me he had a message from the “crop circle artists” for me… Some cc formations indicated the same “wheel work design” of my father Bill Muller’s Magnetic Motor Generator and Dr Drew was decoding them. Fascinating information.
He left academia to research this subject matter full time.
I sure look forward to this livestream from Bob!
Here are two papers I wrote about the anomalous electrostatic effects we found in crop circles attempting to replicate the BLT findings with our Trek-520 static meter, but with a larger sample size than BLT used. Visiting hundreds of crop circles over two decades, we couldn't verify the BLT findings as to the cause of the electrostatic charges on the crop circle but we did find an "inverse BLT effect." Namely that most spiral swirls, however they are made, in grain crop crops will generate static electricity and possibly attract plasmas, BL, and other EM anomalies.
"Electromagnetic and Crystalline Properties of Crop Formations" and "Electromagnetic Anomalies and Scale-Free Networks in British Crop Formations"
https://mountbaldy.com/crop/index.php?content=research