In this instance the observation is the sense of being stared at - the phenomenon under study is a subjective experience. The hypothesis is that EM ocular extramission is the physiological basis of the sense of being stared at. The testing phase is trying to detect the signal at short range, then increasing the range of detection, then building a device that mimics extramission, then using the device to determine detection thresholds in a variety of species. Let's assume that the device could be turned up high enough so that everyone could feel it. This would be like shining a bright enough light, making a loud enough sound etc behind a person that everyone with normal vision and hearing could detect it. When the volume/intensity is turned down eventually no one will be able to detect the signal. I predict that the threshold for detection in most people most of the time is set higher than the level of extramission - this must be so otherwise everyone would sense being stared at all the time. Various questions follow about whether extramission can be detected subliminally as a sense of danger, what variables affect the threshold, whether people can be trained to lower their threshold and what the distribution of thresholds is in the general population. If the gap between signal and threshold is too big, then EM extramission will not be a viable candidate for the mechanism underlying the sense of being stared at.
So, the main difference here is that the sequence starts with a common subjective experience that is not accepted by western science. This whole line of investigation is currently "woo" from the perspective of western science, and no mention of it is found in physiology or opthamology texts. It is an open question (for me) whether there is any back-signal from an observed object that plays a role in visual perception. I don't require that for my hypothesis about the sense of being stared, however.
You have put the cart WAY before the horse. Step one is to prove that there is actually something to "the sense of being stared at." Not anecdotes but REAL SCIENTIFIC TESTS. THEN you start hypothesizing mechanisms and testing your hypotheses.In this instance the observation is the sense of being stared at - the phenomenon under study is a subjective experience. The hypothesis is that EM ocular extramission is the physiological basis of the sense of being stared at.
Didn't you learn anything about science in med school?

He obviously wants the public to know what he's up to. Which begs the question, what is he up to?
But engineers have working on detecting eye movement to help quads for YEARS! Sweet Zombie Jesus, that's how Stephen Hawking talks. How could detecting infrared emitted by someone's eyes, with their entire face a sea of infrared emissions, possibly be an improvement?Dr.Colin Ross mentioned something in his application about how his discovery of eye beam energy could benefit quadrapalegics, oh something like that, some altruistic thing he would use the million dollar prize for.
But engineers have working on detecting eye movement to help quads for YEARS! Sweet Zombie Jesus, that's how Stephen Hawking talks. How could detecting infrared emitted by someone's eyes, with their entire face a sea of infrared emissions, possibly be an improvement?
Either "Doctor" Ross is an idiot or a scoundrel and, as past behavior can help predict future behavior without it being a logical fallacy, I'm going with both.
So THAT'S why cameras panning in movies seems weird.Interestingly, during eye movement we are blind.
Dr. Ross knows he can't pass the test-all he is fishing for is the opportunity to paste "As Tested By The James Randi Educational Foundation!!" all over his book and website.
OTOH, the people here can be remarkably persistent and effective. It's best not to try any woo on them: http://www.internationalskeptics.com/forums/showthread.php?t=128253
It gets to be especially fun around post #137, when the conman selling bogus "bomb detectors" gets arrested. It started with a simple challenge from Randi.....![]()
... This whole line of investigation is currently "woo" from the perspective of western science, and no mention of it is found in physiology or opthamology texts. ...
I claim that I can send a beam of energy out of my eyes, capture it in a special set of goggles I have built, and then use the energy to make a tone play out of a speaker.
Actually, goggles would be a stupid way of testing the claim that a weak EM field is emitted from the eyes. First of all it would react strongly to any blinking or eye movement. Secondly, any observers would not see this eye movement.
As a research tool it would also have disadvantages. The eye movements would now be noise in your signal, and you would be unable to move the sensor to map the field around the head under different conditions.
What you want is a setup holding the head in a defined position (like at the optometrist) and a sensor that can move around the head on a jig of some sort.
Tinfoil covered goggles? Silly.![]()