Biofeedback machine used by SSRF for spiritual research - PIP
1. Introduction to the use of the PIP
2. Study of the Human Energy Field
5. How SSRF has used the PIP machine
1. Introduction to the use of the PIP
Taking advantage of the advancements in biofeedback machines, SSRF has been using these machines to study the effects of various stimuli on our auras, energy systems and chakras. This has been of great benefit as it helps to physically endorse and prove the research we have already done through spiritual means.
One of the machines that we have used is the PIP which stands for Polycontrast Interference Photography. It is a machine that uses a technology similar to the well known Kirlian Photography. And it is able to study aspects and changes of the energy field i.e. the aura around people and objects.
We were able to make many studies with the PIP machine with the help provided by Dr. Thornton Streeter and Dr. Aniruddha Gandhi from the Centre of Biofield Sciences.
2. Study of the Human Energy Field
The human energy fields (HEF) is a holographic projected lattice of primarily light and sound emanating from a twin poled core at the centre of the human body with multiple inter-penetrating layers. Up until the early 20th century, detection of the human biofield remained in the hands of gifted individuals with advance sixth sense of vision. However nowadays, the biofield (which is composed of electro-magnetic and biodynamic radiations) can be measured against the electro-magnetic spectrum with a variety of different devices.
3. The PIP machine
In the modern era we have available a number of systems including advanced forms of Kirlian, which are able to visualize and/or quantify the HEF.
The PIP energy field imaging utilises the visible electromagnetic spectrum as the source for its energy interference imaging. Thereafter it accentuates the colours so that the information which our brain discounts can be made relevant for health scanning purposes. With PIP, the image is a visualization of light photon interaction with the subtle energies of the HEF.
Polycontrast Interference photography (PIP) is a new scanning system that is internationally recognized as an effective energy field imaging system. It reveals the interference of light patterns at, and beyond, the visible spectrum and shows the energy dynamics at work.
The theory is based on the fact that our eyes see in two principle ways, amplitude and frequency changes.
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Firstly in amplitude changes, low light is of small amplitude changes while bright light gives larger ones.
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Secondly, we see in colour represented by frequency changes – red has long wavelength and slow oscillations per second, whereas violet has shorter wavelength yet fast oscillations.
Through specially developed software PIP looks at photon (light) interference and its changes in and around the body. The innovation is in the computer programming, which allocates a number to each specific grade of frequency of light. And then it recodes every number into the visible light range so we can see it. PIP uses software on a PC with a video feedback and takes a scan of energetic and light interference. An image is displayed live on a monitor where signals from the video camera are graded in to clearly visible colours. Energy intensity differences can be distinguished that would otherwise be impossible to see with the human eye. We don’t see the difference with energy absorption with our own eyes because we use heuristics that generalise colours, patterns, and shapes so that we can better distinguish borders and objects.
4. The PIP set up and working
The complete PIP system comprises of a scanning environment including full spectrum light, a video camera to capture the image, a computer capable of running the PIP software and a connection (lead) between these latter two components. When PIP is used with the constant medium of light (full spectrum fluorescent tubes) that most closely mimics the sun's wavelength distribution pattern, disturbances are seen in areas of differencing absorption and reflection.
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Firstly for capturing the image an analogue or digital video camera is used as it constantly updates and refreshes the image.
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The software program compares the reflected rays with the incident rays and then recodes them and produces a PIP image.
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The system identifies a set of numbers from the image and then gives the photons a designated number relating to a colour in the visible spectrum.
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The digital encoding system records and amplifies the smallest change in the density of the photon, which can be viewed on the computer screen. It can scan at 50 frames per second, so it is a lot of information being processed.
5. How SSRF has used the PIP machine
SSRF has used the PIP to study various aspect of spiritual science.
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To understand the difference in the field around sāttvik objects such as a Saint’s handwriting as opposed to a normal person’s handwriting.
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Study of the field of a seeker not being affected by negative as opposed to one who is possessed by higher level negative energies.
