Research Plan
Extramission Research Plan 6_15_2017
Erik Viirre M.D. Ph.D.
What Evidence will be Necessary to Show EM???
Summary
The photon emission phenomena of the eye may range from the low-level spontaneous visible wavelength photons that have already been demonstrated by Viirre and Furness, to rapid burst, near-invisible photon streams that are only activated when precise alignment occurs between the preferred eyes of two naturally "coupled" people. The Extramission research program will be a systematic procedure to look for the most likely coded photon features based on the theoretic utility of the phenomenon to humans. The process will be controlled experiments to detect and verify any systematic coded features discovered. An advanced photonics laboratory with various photo detectors, stimulus control paradigms, specially configured laboratory space and administrative controls and procedures are necessary for this program. Of note, the encoding may be purely in the quantum entanglement states of those photons and a search process for such is planned.
The study program will be feature searches for two different EM paradigms: one for broadcast signals from individuals and the other for signals between two adult people with interpersonal connections with high data transfer rates. A systematic search process will be used for discovery and then controlled experiment procedures within and across subjects will be used to verify the presence of discovered codes. Other feature searches can be considered.
Below are listed the various photon light stream features that should be considered, the two year study program outline and the program budget for one and two years. The first year will be conventional photonics experiments followed by a project review and the second year will be validation studies of the first year and also examine quantum state entangled photons as stimuli. Also in the second year will be investigations of mother/child pairs.
Light Stream Features to Examine:
Light Timing
-Continuous, uncoded/coded
-Intermittent uncoded/coded, regular/irregular, timed/random
-Stimulus Triggered encoded/coded, meaningful/random, regular/random, instantaneous/delayed
- Light Features
Wavelength(s), single, narrow band, broadband, multiple, polarization?
Visible/non-visible
Endogenous Photon Generation: Back prop Photoreceptors
External Catalytics with controls: Autofluorescence.
wavelengths that are likely to be received: photoreceptor or two photon.
- on/off axis
Stimuli and Controls
-Dark
Continuous
Recorded Eye
Shuttered
Hooded
-Light Stimuli
Ganzfield
White
Monochromatic
Just Detectable, Moon, Room, Daylight
Spot
Laser
Fovea
Images
Static
Dynamic
Smooth
Saccadic
Voluntary/Directed
Individuals
People
Partners
Mother Child
Non Visual
Auditory
Mental Continuous, Trigger: Visualization
-Stimulus Triggers: uncoded/coded, meaningful/random, regular/random, instantaneous/delayed
4.) Eye
-Monocular: continuous
same eye/fellow eye
binocular
Closed Eye
o Through Lid
o Eye forced open
o Experimental CL
5.) Code
-Continuous
-Pulse: Regular/Irregular
-Stimulus Triggered: uncoded/coded, meaningful/random, regular/random, instantaneous/delayed
- entangled