Well, I agree that this particular experiment defies the laws of logic, lol.
I have located a full copy of the original jacobo-Grinberg experiment, as originally published in Physics Essays, in case you're interested in looking at it. It contains expanded information and EEG charts for comparison. Here is the link:
http://www.deanradin.com/evidence/Grinberg1994.pdf
an excerpt from the publication:
The data indicate that the human brain is capable of establish-
ing close relationships with other brains (when it interacts with
them appropriately) and may sustain such an interaction even at
a distance. Our results cannot be explained as due to sensory
communication between subjects (since the subjects were
separated during the experiment and located in two semi-silent,
electromagnetically isolated chambers distant more than 14 m
from one another) or as due to low frequency EEG chance
correspondence.
This means that neither sensory stimuli nor electromagnetic
signals may be the means of communication. This point is
further borne out by the fact that we have not seen any distance
attenuation of the transference effect compared to our previous
measurement which involved a shorter distance between the
subjects. (Note that the present experiment thus serves as a
replication of the previous experiment.)
As is well known, local
signals are always attenuated, and the absence of attenuation is
a sure signature of nonlocality.
Encouraged by Bell's theorem a~) and the results of the Aspect
et al. experiments ez) on elementary particles, we interpret the
transferred potential as a manifestation of nonlocal interactions
among "members" of a correlated quantum system whose parts,
separated individual brains before interaction, become one
system after interaction. Via the interaction, the quantum brains
of the subjects become correlated; stimulation and collapse of
one subject's wave function simultaneously collapses the wave
function of the other in an identical state as indicated by the
similarity of the DEP in the stimulated subject to the transferred
potential in his/her nonstimulated partner. The similarity of the
evoked and transferred potentials reflected in the EEG must be
due to the close correspondence of the neuronal fields of the two
correlated brains after collapse.
In other words, the phenomenon we are dealing with is the
action of nonlocal collapse of the wave function of a unified
system and not the result of a transmission using local signals
from one brain to the other.