Designing Mosquito Repellent by Tuning Molecular Magnetic Fields- A Proposal for 2013

Mosquitoes feed on sugar water in Mark Brown’s endocrinology lab on UGA’s Athens campus. Image credit: April Sorrow/ UGA.

Nature responds to designer weak electromagnetic fields. That is, these fields have a physiological effect on the body and no doubt on other living organisms. The key is the frequency match. What is not commonly known is that the molecular structure of glass, aluminum, silicone rubber and plastics can be tuned to the same applied electromagnetic field. Their molecular field is enhanced (in a permanently excited state) and this enhanced field has the same physiological effect on the body as the applied field. You can learn more about the tuning process on the “Sample Frequencies” page here.

I know this because of a particular pattern recognition ability I have with weak electromagnetic fields. It is a similar process to that of developing the skill of human echolocation but in this case it is the skill of interpreting weak electromagnetic fields and their physiological effect on the body and most likely other biological life.

This is contrary to how magnetization is thought to operate as the above materials are considered non magnetic, but none-the-less, it is a true statement. In fact, they can be tuned permanently using power levels of less than six watts. And just like a magnetized item, such as a credit card magnetic strip with coded information, the tuning can be corrupted when in the presence of another strong field. The item can also be re-tuned again.

This brings me to mosquito repellent and malaria. The Bill and Melinda Gates Foundation is very interested in finding new and innovative ways to stop the spread of malaria. One of the oldest methods is a simple mosquito net treated with or without chemicals. Here is a short excerpt from their web page:

” Develop new tools to control mosquitoes

Insecticide-treated bed nets and indoor spraying of insecticides in homes has been a successful approach for controlling mosquitoes. However, mosquitoes are becoming more resistant to today’s insecticides. We’re supporting the development of new active ingredients and products that combat insecticide resistance. ”

Mosquito Net by catwommn

My proposal is that we move beyond chemicals or perhaps work in synergy with them using designer electromagnetic fields that I can help put together. Once the field match is made, items such as mosquito netting, clothing and other materials can be tuned to the designer frequency. Simple electrical coil devices could also be designed that would create a mosquito repellent electromagnetic field, perhaps powered by a mp3 portable audio player. We are talking about very inexpensive research and development. I can match the weak fields of chemicals that currently repel mosquitoes, so why not start there?

Replicating the Area-Specific Molecular Field of Echo Lake

Echo Lake in Snohomish County, Washington

The area-specific molecular magnetic field of Echo Lake was replicated from an audio recording made at that location. What you may experience is a calming and soothing effect from that area in the form of a designer compound electromagnetic field from the electrical coil in your computer speakers. The two primary methods of matching molecular fields is directly, as in the case of matching chemicals such as Ibuprofen, and indirectly via audio recordings.

Two key insights to this process are:

*** Biological systems respond to designer compound electromagnetic frequencies in the sound frequency range.

*** Audio Recordings capture the dynamic interplay of the vibrating atoms of molecular structures, that are a composite for that area, as very subtle background noise that can only be discerned from the field generated by the electrical audio coil. Playing back the audio recording is replicating this area-specific molecular magnetic field composite that can be extracted.

One day in the not too distant future, scientists will acknowledge that the weak magnetic field of molecular structures can be replicated either directly or indirectly via sound recordings. I have written numerous articles at this site on how this can be accomplished and have given examples that can be explored and analyzed. This is possible because of a particular pattern recognition ability I have with weak electromagnetic fields. It is a similar process to that of developing the skill of human echolocation but in this case it is the skill of interpreting weak electromagnetic fields and their physiological effect on the body. Eventually researchers will develop the tools to validate what I am sharing with you today.

There is a treasure trove of information that can be gleaned from audio recordings that offers detailed information about area-specific weak molecular fields that can be analyzed by devices tuned into this information. The electromagnetic field from the audio coil in your speaker is replicating this weak field that is frozen in time as an archived audio recording, but there is no reason that a live audio stream cannot be used as a tool for remote real time analysis.

You can experience the calming effect of Echo Lake by listening to the video here.

Designer EMF Mosquito Repellent- A Proposal

Demonstration with Mosquitoes by UGA College of Ag

Nature responds to designer weak electromagnetic fields. That is, these fields have a physiological effect on the body and no doubt on other living organisms. The key is the frequency match. What is not commonly known is that the molecular structure of glass, aluminum, silicone rubber and plastics can be tuned to the same applied electromagnetic field. Their molecular field is enhanced (in a permanently excited state) and this enhanced field has the same physiological effect on the body as the applied field.

I know this because of a particular pattern recognition ability I have with weak electromagnetic fields. It is a similar process to that of developing the skill of human echolocation but in this case it is the skill of interpreting weak electromagnetic fields and their physiological effect on the body and most likely other biological life.

This is contrary to how magnetization is thought to operate as the above materials are considered non magnetic, but none-the-less, it is a true statement. In fact, they can be tuned permanently using power levels of less than six watts. And just like a magnetized item, such as a credit card magnetic strip with coded information, the tuning can be corrupted when in the presence of another strong field. The item can also be re-tuned again.

This brings me to mosquito repellent and malaria. The Bill and Melinda Gates Foundation is very interested in finding new and innovative ways to stop the spread of malaria. One of the oldest methods is a simple mosquito net treated with or without chemicals. Here is a short excerpt from their web page:

” Develop new tools to control mosquitoes

Insecticide-treated bed nets and indoor spraying of insecticides in homes has been a successful approach for controlling mosquitoes. However, mosquitoes are becoming more resistant to today’s insecticides. We’re supporting the development of new active ingredients and products that combat insecticide resistance. ”

Mosquito Net by catwommn

My proposal is that we move beyond chemicals or perhaps work in synergy with them using designer electromagnetic fields that I can help put together. Once the field match is made, items such as mosquito netting, clothing and other materials can be tuned to the designer frequency. Simple electrical coil devices could also be designed that would create a mosquito repellent electromagnetic field, perhaps powered by a mp3 portable audio player. We are talking about very inexpensive research and development. I can match the weak fields of chemicals that currently repel mosquitoes, so why not start there?

Some thoughts on Georges Lakhovsky, Nikola Tesla and my Tuning Process

Official Gazette of the United States Patent Office, Volume 563

In the world of fringe area alternative medicine you will often hear of the Multi-wave Oscillator of Georges Lakhovsky. Georges Lakhovsky worked with oscillating electromagnetic fields in the higher radio frequency range by attempting to create a healing electromagnetic field using a radial coil in order to help the body heal itself. There has been little direct evidence that his method was effective. However, the use of oscillating weak electromagnetic fields, that have a physiological affect on the body, is the focus of my research. I believe the key to using electromagnetic fields that are helpful to biological systems lies in the form of designer compound lower frequencies.

I know this because of a particular pattern recognition ability I have with weak electromagnetic fields. It is a similar process to that of developing the skill of human echolocation but in this case it is the skill of interpreting weak electromagnetic fields and their physiological effect on the body and most likely other biological life.

I find Georges Lakhavosky’s work to be somewhat complementary to my own. The problem with his approach, however, is that he did not realize that the body responds/reacts to electromagnetic fields produced by an electrical audio signal moving through an electrical coil in the audible frequency range. That is, Nature appears to respond best to the lower electromagnetic frequencies. The other aspect missing from Lakhovsky’s research is the insight that making the correct frequency match generally involves either two or three compound frequencies. There has to be this correct match and not a wide frequency spectrum. Once those key frequencies are determined, the electromagnetic field generated is a very good approximation of the molecular magnetic field of an element, molecule, compound or an area-specific weak electromagnetic field in nature. We are describing matter in terms of its unique weak molecular magnetic field.

There is a direct connection between the molecular magnetic field of bonded atoms, their vibration when in this specific configuration and the resultant sound waves made by their vibration. We can move back and forth between electromagnetism and sound waves that describe the same vibrating atoms in their respective but associated mediums. Here is my hypothesis on how this pathway between mediums operates:

Molecular magnetism- vibrating atoms in their molecular structure- sound waves- audio microphone- electrical audio signal- electromagnetic field generated from electrical audio coil

It’s interesting that I am simply describing the sound wave conversion process for an old style telephone, phonograph and microphone. Biological systems respond to weak electromagnetic fields that correspond to sound waves in the audible spectrum.

See replicating the weak magnetic field of Havasu Falls for more information.

What Georges Lakhovsky did not know, but others associated with Nikola Tesla seem to have understood, is that a designer electromagnetic field can be imprinted or tuned into a host material. I use the word tune as the term magnetize does not exactly fit for materials that are not thought to be magnetic such as aluminum, glass or silicone wristbands. The tuning, in my opinion, is enhancing the molecular magnetic weak field of the material and this field is also taking on the characteristics of the matched electromagnetic field applied from the electrical audio coil. This is similar to how a magnetic tape on your credit card takes on information, though they are two completely different processes. However, the information in this case may be the weak molecular magnetic field of an area in nature that is now replicated in the weak molecular magnetic field of anodized aluminum. Perhaps a good description of my tuning process is quantum electromagnetic tuning.

The original Tesla Energy Plates, from the early 1970s, sold on the internet today have been tuned by a designer electromagnetic frequency. See “Nikola Tesla Plates and Tuning Anodized Aluminum with Alternating Electromagnetic Fields” for more information. It seems clear to me that Nikola Tesla or those influenced by his work knew about tuning material with oscillating electromagnetic fields. The information was tightly held and was not passed on to others. The good news is that my independent discovery of this tuning process sets the record straight.

On the internet you can find many sites discussing and selling Tesla energy plates attributed to the inventor genius Nikola Tesla who lived and worked in the time of Thomas Edison. They are in various forms and colors of anodized aluminum. My guess is that many of these anodized aluminum items, sold for their healing benefits, have not been tuned at all due to the secrecy surrounding the original Tesla energy plate process. You may have purchased one of these anodized aluminum pieces, that were never tuned, at an inflated price! The cost of a small anodized aluminum blank is pennies on the dollar.

Now the analogy is that one may prefer to buy a loaf of bread than bake it, but we do want the real deal. One other aspect to the tuning process is that the Tesla energy plates can be corrupted if placed next to a magnet. They would have to be re-tuned. Not an issue in most cases as we generally do not carry refrigerator magnets around with us. Cell phones, microwaves, computers, etc. are okay.

What I find impressive with Georges Lakhovsky is his insight that electromagnetic fields can have a positive affect on biological systems. No doubt his wide frequency spectrum application stimulated the body in helpful ways at times. However, the key to this process lies in designer compound lower frequencies. A correctly matched electromagnetic field does not require much power, as little as six watts to have a positive outcome when tuning or replicating an area-specific weak field.

So let’s update Georges Lakhovsky’s design and bring it into the 21st century. We will substitute a portable mp3 player and mp3 audio file for his oscillator and plug it into an amplifier for more wattage, though we do not need much power. To create a suitable electromagnetic field in your immediate area, we will use one of his antenna coil designs or perhaps one of a newer, more compact and portable design that will maximize the electromagnetic weak field.

For commercial value, let’s put together a compound lower frequency mix as a mp3 audio file that mosquitoes do not like. Mosquitoes will not need too strong of a field to shy away, just one set to the correct frequency match. There we have it, a high tech device that can be redesigned as a product one could have out near the BBQ or picnic table creating a bug free eating experience without chemicals. We only need the correctly matched frequency and I can help with that if others support the project and set up the lab with mosquitoes.

Photograph-http://www.randylemmon.com