Extramission and Visual Perception
I disagree that this is "mundane." Toulmin, Winer and Schrodinger did not rule out (or rule in) EM emission through the eyes, it seems to me, because they never thought about it - nor did they think about the possibility of recording an EKG remotely with electrodes three feet away from the body. These things become "mundane" once they are thought of. Prior to that, no one comments on them one way or the other, or adds a qualifier that EM extramission is allowed. Toulmin was explicit that all questions about the eye's "brooms" are scientifically empty and dead. He didn't add a qualifier.
Actually, I don't rule out the possibility that ocular extramission plays a role in visual perception, I just don't require it - for the JREF Challenge or for the theory that human EM emissions play a biologically relevant signaling role between organisms. The role of ocular extramission in predator-prey interactions is one example of a general theory. You won't find this theory in mainstream science, I don't think, and you won't find it formulated in a testable fashion in other sources.
I have read textbooks of neurology and opthamology and I went to medical school - no one ever mentioned anything about brainwaves coming out of the eye or detecting brainwaves without contact electrodes. I doubt that you can find any mention of any such thing in any neurology or opthamology text published to date. Nor can you find patents for remote detection of the EEG.
In twenty years, medical students may be incredulous that anyone ever used contact electrodes to take an EKG or EEG. But remote detection of the EEG and EKG is not "mundane" in 2010.
If we can listen to radio communications from an astronaut on the moon, and if plants can capture photons to drive photosynthesis, I don't see why it is implausible that EM emissions from mammals (or birds) could have an ecologically relevant signaling function. This seems to me like a field of study that isn't in mainstream science yet.
There is a series of steps - 1) demonstrate that EM emission through the eyes can be detected by an electrode that makes no physical contact with the body 2) replicate and firm this up 3) investigate the ability of test volunteers to detect an EM signal from behind using a device that mimics human ocular extramission - determine the thresholds and signal characteristics etc 4) see if this device can triggle "nervous" or startle reactions in zoo animals that are looking away from or cannot see the device. Somewhere in this series of steps, there must be a point at which the demonstration is no longer "mundane." I'm not aware of anything along these lines in the scientific literature to date.
Cell phones may be "mundane" now but they were "woo" two hundred years ago. A micro-version of this process is evident on the JREF site as a whole concerning my Challenge. It started off 100% woo and is now getting dismissed as mundane. In parallel with this process, the account of my character, with respect to my Challenge, is shifting from fool to con artist. This shift is entirely consistent with the social psychology literature on attribution theory.