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Observing auras of other people

The best is to look directly at someone’s brow chakra (third eye or wisdom eye, which is located @1.5 cm above the nose, between eyes) and aim to achieve the state of mind similar to the concentration technique described above for at least 30-60 seconds. I have tried also looking at throat and heart chakras with similar results. However, if you concentrate on someone’s chest it looks so unusual that the person concerned is usually very uneasy about it. When you look into someone’s brow chakra you can actually continue conversation.

Again, VERY softly illuminated background, with no shadows is best. With practice, any uniformly illuminated background (such as a blue sky for example) will suffice.

Seeing the Aura

This exercise is designed to see Aura for the first time and/or practice seeing Auras. Choosing good conditions is important: not only you see the Aura better, but also to gain a confidence about what you see.

1. Situate the person in front of a very softly illuminated PLAIN WHITE background. A color background will change Aura colors, so you need additional knowledge about combining colors. Some combinations of background and Aura colors may cause misinterpretation problems.
2. Choose ONE SPOT to look at. The middle of the forehead is VERY GOOD. This is a location of so called Brow Chakra or the Third Eye. In some cultures (India) they put a mark on a forehead. Such a mark in ancient times could mean the invitation to look and see the Aura.
3. Look at this spot for 30 to 60 seconds or longer
4. After 30 seconds analyze surroundings with your peripheral vision, while still looking at the same spot. Continuing the concentration is most important. Resist temptation to look around. You should see that the background nearby the person is brighter and has a DIFFERENT color than the background further away. This is your own perception of the Aura. The longer you concentrate, the better you will see it. Remember, concentration on one spot increases your sensitivity by accumulating the effect of the Aura vibration reaching your eyes.

Taking a SNAPSHOT of an Aura.

After concentrating long enough to see the aura, close your eyes. For a second or two you will see the Aura ONLY. Be prepared. You have only one second or two until your photosensitive cells will stop vibrating and sending visual sensations to the brain. And if you miss is, you have to start concentrating again. Try to experiment how fast or slow you should close your eyes.

http://www.thiaoouba.com/see_aura_color.htm

One of the most general and most universally used methods in science is so-called perturbation technique.

Response to a well chosen perturbation can reveal object properties that are not obvious when the perturbation is absent.

For example, if you need to know if a wall next to you is solid or hollow, all you need to do is to “knock” it gently and listen to its response. The response of the wall (the sound it emits) reveals the wall’s internal properties.

Similar approach is used to investigate properties of extremely wide range of objects in all imaginable scientific disciplines: from physical, biological, Real World objects and systems to objects of purely hypothetical and imaginary nature such as mathematical models.

Kirlian Effect is a visible electro-photonic glow of an object (see the picture on the right) in response to pulsed electrical field excitation.

The magnitude of the excitation is adjusted to induce the avalanche effect in the gas surrounding the object. The avalanche effect amplifies the response of the object so that it can be observed as a visible glow. The effect has been observed by Tesla late in 19th century, but named after Semion Kirlian who investigated it since 1930s.

Note, that there is no point exciting object in vacuum, since the avalanche effect amplification of the object response can only occur in ionised gas.

Much like a sound of a disturbed wall reveals its internal properties, the visible electro-photonic glow contains information about the object that was excited to glow.

In early days, Kirlian images were recorded on photographic emulsion. Since the sensitivity of a photographic emulsion varies greatly with environmental factors such as humidity, recordings were not reproducible. As a result, some scientists dismissed the Kirlian effect as useless.

Modern GDV instruments developed by Prof Korotkov use glass electrodes and their recordings are highly reproducible in a wide range of environmental conditions.

Using reproducible recording techniques we can focus on the INFORMATION encoded in stimulated electro-photonic images.

Electro-photonic Kirlian glow around a human fingertip recorded using GDV camera. View from underneath, through a semi-transparent glass electrode that provided electrical field excitation.

source:http://kirlianresearch.com/kirlian_principle.html