Showing posts with label Antenna. Show all posts
Showing posts with label Antenna. Show all posts

December 11, 2011

How the Human Body Antenna Transceives Informed Energies

The bodily body is a multi-faceted antenna system. The shapes created from the bones to the cells can radically impact our health and state of well-being. Placing the body in inescapable ritualistic postures helps us "tune-in" to inescapable frequencies. Likewise, the conformational shape changes that occur in our cells facilitate the delivery of nutrients and the expulsion of toxins from our system.

As a graduate learner in the 1960s, Felicitas Goodman was assigned to translate material for Dr. Erika Bourguignon who was conducting a study on behavior that occurred while religious experience, especially trance states induced by exact body postures. After graduation, Dr. Goodman continued the explore and found that there were at least seventy ritual body postures that produced whether subtle effects or full-blown altered states of consciousness.

Effect Of Static Energy In Human Body

Ritual body postures ordinarily come in two forms: those that are held for long periods, such as yoga postures, and those that are formed by gentle, fluid movements from a previous position and held momentarily, such as those found in Tai Chi. The static positions are like rabbit ears on a television set. To get better reception of a exact channel, they are placed in a inescapable position and left stationary. It takes at least fifteen minutes of silencing the body and retention a position to enter an altered state. The more fluid movements are akin to a radio scanner. By constantly changing the position of the antenna, complicated frequencies can be received whether serially or simultaneously.

The orientation of the antenna to the Earth plane contributes significantly to how well the antenna acts as a transceiver (transmitter/receiver). The most base type of antenna is called a dipole because it radiates from the center point out toward each end of the pole. Each end carries an opposite charge. Depending on what type of frequency they wish to transceive, Ham radio operators orient their antennas whether vertically, horizontally, or at a 45-degree angle. Many ritual postures used in prayer also orient the body in these configurations. For example, prayer in the Islamic tradition requires the participant to first stand, then kneel, then bow with the head low and the hips high. Standing is a vertical antenna. Kneeling produces a combined vertical and horizontal antenna. Bowing produces an angled antenna.

The human body is a crystalline lattice that forms a dipole antenna that radiates from the gut area out toward the head and feet and/or out toward each hand. The head and feet carry opposite charges as do each hand. Piezo crystals, which turn electrical energy into mechanical energy and vice versa, are found in the bones, intestines, ligaments, tendons, and cartilage. The body is also full of liquid crystals and minerals that make up the lattice. Placing the body in separate positions changes how the crystalline lattice is oriented to the Earth plane, affecting which frequencies it transceives. Changing positions also affects the length of the antenna, which is an important parameter in frequency selection.

The health of the soil colse to an antenna also determines how well it transceives. Rich soil amplifies the antenna's quality to radiate and increases the range of frequencies the antenna can receive. Possibly this is why so many practitioners prefer to do their Tai Chi exercises in a park setting. Broadcast engineers have long known that using complicated antennas in exact arrays also enhances the quality to transceiver. Participating in group Tai Chi or meditation circles has this same effect.

Cell membranes are liquid crystal structures. A particular cell in the body is a very small, very short antenna. Because it is so short, the frequency it transceives is very high and loaded with energy. Individually, each cell is whether acting as a broadcast antenna and transmitting its status or acting as a receiving antenna to regain what it needs. Collectively, similar cells forward their own unique signal. For example, liver cells differ slightly from spleen cells. Individually, each liver cell would transceive its own signal, but collectively, all liver cells transceive as if they are one large antenna operating on the same frequency. This is the basic principle used in acupuncture. In ancient Chinese medicine, the liver is not determined to be just one exact organ placed in just one place inside the body, as Western anatomy would photo it. In ancient Chinese curative philosophy, "liver" is determined to be a exact energy, or vibration, radiating within and through the entire body system.

Until recently, biology has determined chemical reactions to be the primary mechanism for cellular communication. But recent studies show that an electromagnetic (Em) frequency is transmitted just prior to the chemical interaction. This results in a conformational shape turn of the receptor molecules that reside on the exterior of the cell. These shape changes have the full concentration of internationally recognized pharmacologist and researcher, Dr. Candace Pert, who authored Molecules of Emotion as well as renowned cell biologist, Dr. Bruce Lipton, who authored The Biology of Belief. When the receptors come to be excited, they vibrate and move themselves into exact shapes. This changes the frequency at which they transceiver. Agreeing to Lipton, this "creates a virtual cacophony of information" and the cell filters out "specific frequencies as behavioral signals." Dr. Pert refers to the receptors as keyholes. When they turn shape, only exact molecules can enter them, delivering the proper chemicals to the cell. Comprehension conformational shape turn at the cellular level will give biology an entirely new perspective on the body as an energetic structure. It will lead directly to ushering in an era of vibrational treatment instead of interactions being based entirely on chemical exchanges.

How the Human Body Antenna Transceives Informed Energies

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October 16, 2011

Wireless Antenna's: 6 Reasons to Use a Directional Antenna

Most if not all wireless access points and wireless routers come with the standard omni -directional rubber duck wireless antenna. Omnidirectional antennas used in the wrong situations are such a waste of money and can be a secuirity risk. Directional antennas can be used to focus your signal where it's needed.





Reasons to use a directional antenna:


Wireless Network Detector


wireless network detector

1. Save money- Long hallways are common in office buildings. Don't try to use the defualt Ominidirectional antennas on a long hallway. You will have to purchase more equipment to extend the bubble of coverage. One directioal antenna with a 60 degree focused signal would be able to extend your coverage area twice as far


2. Security- When your wireless signal bleeds outside your operational area you will attract hackers, crackers, leeches, wardrivers and social engineers. The higher the DBI on the antenna the more focused your signal is, so if you have an 8dbi antenna your probably looking at a 60 degree cove or signal comming from your antenna. A 14dbi antenna might have a 30 degree focused signal that might not provide the width of coverage you need and it might send your signal to far.

3. Less Equipment - Cut down on your epuipment that you have to install and manage

4. Shoot Signals around corners - Take an access point, two panel directional antennas and a signal splitter ( The splitter will allow you to hook two antennas to one access point). Now you can mount the directional antennas on a corner mount, shooting the signal down two hallways at onced. This solution is very common and will save you money.

5. Distance - Omnidirectional antennas usally have half their signal wasted by walls. Directional antennas don't have that waste they focus their signal in one direction thus extending your signal much farther that an Omni. There are two different types of directional antennas: directional and highly directional.

6. Smaller Profile - Omnidirectional antennas are hard to blend into an office enviroment or building. They stick out like a sore thumb and advertise your wireless network to everyone. Directional antennas like the panel type have a smaller profile and often look like lights or smoke detectors.

This articles purpose isn't saying that there isn't a purpose for omnidirectional antennas. What I"m saying is that most people don't even think of changing their antennas after purchasing their wireless router or access point. My next article will discuss the advantages of combining directional antennas and Omnidirectional antennas


Wireless Antenna's: 6 Reasons to Use a Directional Antenna

wireless network detector

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