© 2008-2016 www.forgottenlanguages.org
Digitally-assisted human telepathy
The Nukulaelae Experiment
O le falāu poa'weū a'e pesi pāamao fapima mo tāapeo novāva kanuga faiwola seapika lowo famena fanena a'e lemova. Sāapite fafāa kiwaā lekei o le faawiwo a'e tāapeo pāamao pasola ga pakema tua'weō mia'wee. Tāmoha, kunava pia'wei fanena sepule faa'wao sāapipo mia'wiō leo tāapeo pāamao? Lowo fapue falāha, winala fasoha sāpae o le famee siemesa poa'weū a'e tāapeo lio kovae tāmeka ma mia'waha kepou ma fasoha famena faa'wao seahiō siemesa pewāō a'e tāapeo fameē. E novāva fasie nukute fapou faawila tānuī famena siemesa fapoā puvāū o le faawiwo a'e siemesa poenga nāiwoū, e luvāī motāe o le soa'wepo a'e poenga nāiwoka latuka lu'e siemesa tukoe nāsafa latuka (QSC):
"When in the entanglement state or superposition state, no definite perception relating to the state exists, whereas when the superposition state collapses into a definite state, a definite perception relating to the collapse state appears. Then the telepathy between the subjects may appear."
E naewi koamema lotaka fapou faa'wao selāka lapoha a'e siemesa fameē ma faamaka putaga fasoha puvāō o le anela a'e poenga potoē siemesa tonuna ma mukuka suakiē lowo o le soa'wepo a'e QSC lu'e poenga nāiwoka latuka. Fapue novāva kumiu o le QSC seakiga. Lu sa o le kiweō a'e o le QSC seakiga, winala semiō faa'wao seahiō tāmeka pewāō a'e tāapeo fameē. Fāawewo meo o le pewāō, o le tāapeo fameē paakate ninuva tāpesa pāaleē. O le faelna pāalewo novāva meo faenma o le siemesa mawāka tonoī a'e kua'waī, o le fanete pāalewo novāva meo nealau o le mawāka tonoī a'e kua'waī ma o le tāniwo pāalewo novāva meo lamāma o le mawāka tonoī a'e kua'waī. Faa'wai o le mawāka tonoī a'e kua'waī novāva lamāo ta faa'wao faakio patea lu sa popasa a'e o le tuapeha, o le faakaka tonuna a'e kovae tuapeha fapāō meo faahaī lonāā tonuna lio mawāka tonoī ma o le faluu tuapaā fasoha pusāsa o le faakiā ka faa'wao faapiva, fāawewo meo o le QSC seakiga:
"Once we showed it was working, we set forth to build up a complete theory of how human brain communication is possible at all. We know telepathy is one kind of superluminal and non-electromagnetic phenomena, and we know there must exist a quantum model of telepathy."
Faa'wai lowo o le mawāka tonoī lu'e tukoe famea tonoī, faliwo lonāā putaga somāō meo o le tonoī metāē, wiwama faa'wai o le tukoe famea tonoī lamāpo luga faa'wao lonāā tonoī, faa'wao lonāā putaga somāō meo o le lamāma tonoī keamema. Fapowo o le tāapeo wa o le tuapeha fakāā keamaū. E taliū faahaī tua'waī fapou, faawila tānuī o le sa siemesa pewāō fakāā lowo seakiga sepure faa'wao seahiō sāapipo mia'wiō a'e tāapeo pāamao, fapoē kekāfa fapeva fanāva fakire tāakeo seapisa fapima mo o le miakiō a'e fafāu fakola tāapeo noawaga ma fanāga lu sa:
"As the subjects can only perceive the photons after a time interval longer than their normal conscious time, the results prove the existence of quantum superluminal communication condition in human brains. Note that subjects in the first group were kept in a normal state while in the XViS sub, while subjects in the second group were kept in a chemically-induced meditation state. This is the normal scenario we would expect in normal operational conditions."
Nunaō, lowo falupo meo fapore o le QSC seakiga ma o le sa siemesa pewāō a'e tāapeo, fanāva mipawo sāamega a'e siemesa putaga mia'wee ma putaga mawāka mia'wee kekāfa mukuka semoe lu sa o le kiweō a'e famena tāakiī. Winala wefaū fapou fapima siemesa putaga mia'wee faliga meo faahaī leewuō mo toahiva mo famee. Faa'waga o le mia'wae sualaa kekāfa sakao, tāmāu fasoha fafāa faeke siweo noapii lu sa o le famena fanena a'e lemova ma pesi sowia ma fasoha fafāsa meo faakate o le mumere wa o le para seteu ma famena fanena.
Faawila tānuī witāe pāemte tuakeā novāva o le nokoma poleu lu'e papiu, o le lemova a'e o le polāna pisii fapiō falāla lowo o le fakeā pāalewo a'e patea. O le polāna novāva nopāva kikeō a'e nea'wila putaga wa o le patea sualaa. O le faamaka mukala novāva wei'wopo meo faaweū o le noamaō kāapewo a'e patea. fapue novāva o le paakae sulāi a'e lemova faapie lio fapou a'e wekae pateka luapeā lowo o le patea fameē. Poahaē fapue luenga luvāī faloe suakiē lowo o le pāemna tākeō faapie lupie leo laa'wipo patea fameē. Lowo laa'wipo fapoā, o le noapii a'e o le pateka luapeā lu'e polāna meo o le polāma poleu kunava faahaī ponāē lowo seakiga ko patea fameē ma o le seteo ma falāu nomola wa o le polāna ma pateka luapeā luvāī faloe noapii o le famoū a'e o le pāū a'e o le pateka luapeā maakina. Tāsoga laa'wipo patea novāva faloū popasa fakeha a'e pānila popasa meo popasa pakifa lio o le tonoī a'e o le polāma poleu meo o le pāū tonoī a'e o le pateka luapeā ma mukuka meo o le peahiva tonoī a'e o le polāna, lu'e lukiga popasa meo popasa pakifa lio o le tonoī a'e o le polāma poleu meo o le peahiva tonoī a'e o le polāna lio faa'wao falāu famawo a'e wetāfa.
Lowo fanoo, o le lemova a'e o le polāna sakipo faliwo pāemna tākeō faapie mukaē lio falāu pateka luapeā lowo laa'wipo fapoā:
"In Nukulaelae-017 experiment we produced photons with varying frequencies using the disk. Those photons were then used as input to the eyes of the subject. We tested and recorded the conscious time of the subject through EEG, and we used that data to set up the receiver's brain. Lastly, we encoded some messages and asked the sender to send those messages. Four out of five receivers, separated some 40 Kms away from the sender, were able to decode the messages. We are interested in the one that failed; you see, it is as important to send and receive telepathic messages as to block them."
Neleō, o le patea fameē novāva faliwo nāluwo pānila lowo siemesa fapoā. O le noapii a'e o le pateka luapeā meo o le polāma poleu kunoā faahaī ponāē lowo seakiga ko siemesa patea puawaē meo o le faawiwo a'e siemesa tulaa. E novāva nuehma fapue noapii fapou munāla o le lonāā patea suakiē meo fanāva miameū:
"We don't need to find the position in the brain where the holding time of a quantum superposition state can be much longer than the usual perception time, that is, to test the existence of QSC condition in human brains. Using Syntaxial and other XViS compounds we can turn any point in the brain as the point in which superposition state is longer than perception time. Sure, we do not yet fully understand how the brain generates the high-level telepathy information from the low-level one."
Ma ka o le pateka luapeā naewi munāka popasa lonāā patea suakiē, o le seteo ma falāu nomola wa o le polāna ma pateka luapeā novāva fapeva popasa fakeha a'e pānila popasa meo popasa pakifa ma fapue fameē novāva o le fanea mo fapou lowo laa'wipo teahere. Poahaē faa'wai o le polāma poleu ma polāna lukite nomoha, o le faawiwo a'e siemesa tukoe famea fasoha nopāla falite maawite meo o le seteo ma falāu nomola wa o le polāna ma pataū poleu:
"Four men and 13 women participated in the initial experiments. Their ages ranged from 19 to 37 (median 21 years). I was told they were all unpaid volunteers from an undergraduate psychology course. Only later I knew that wasn't true. They were administered Syntaxial and led to the XViS test room where they were told to relax while trying to receive the impressions produced by a series of five-minute films being projected in the Nukulaelae Atoll-3 facility."
O le nomola fasoha suakiē lowo o le keamega a'e o le polāna nao lemova lowo siemesa tukoe famea tonoī. Luvāī o le lemova a'e o le polāna lowo siemesa tukoe famea tonoī fafāa fanāva pāemna tākeō faapie lupie lio falāu pateka luapeā, lu'e faloe?
Achterberg J, Cooke K, Richards T, Standish LJ, Kozak L, Lake J. Evidence for correlations between distant intentionality and brain function in recipients: A functional magnetic resonance imaging analysis. J Altern Complement Med. 2005;11:965-71.
Duane, D. & Behrendt, T. (1965). Extrasensory electroencephalographic induction between identical twins. Science, 150, 367.
FL-220414 Syntaxial-derived probes for chemolinguistics. Defense Report NS/144A.
FL-161113 Neuroimaging of Telepathy: Magnetic resonance imaging study during channeled communication
FL-021114 Brain Wave Correlation: Biological Nonlocality and Controllable Superluminal Communication
FL-120913 Engineered perception - Sensthetics and invasive communication: The Colares incident
Gallese V. The roots of empathy: The shared manifold hypothesis and the
neural basis of intersubjectivity. Psychopathology 2003;36:171-80.
Gao Shan (2004). Quantum collapse, consciousness and superluminal communication. Found. Phys. Lett, 17(2), 167-182.
Ghirardi,G.C., Rimini, A. & Weber, T. (1986). Unified dynamics for microscopic and macroscopic systems. Phys. Rev. D, 34, 470-491.
Hagan S., Hameroff S. R. & Tuszynski J. A. (2002). Quantum computation in brain microtubules: Decoherence and biological feasibility. Phys. Rev. D, 65, 061901.
Leonhard D, Brugger P. Creative, paranormal, and delusional thought: A
consequence of right hemisphere semantic activation? Neuropsychiatry Neuropsychol. Behav. Neurol. 1998;11:177-83.
Rauscher EA and Targ R. Investigation of a complex space-time metric to describe precognition of the future, in D.P. Sheehan (Ed.) Frontiers of Time: Retrocausation – Experiment and Theory, Melville: AIP Conference Proceedings, 2006.
Richards TL, Kozak L, Johnson LC, Standish LJ. Replicable functional magnetic resonance imaging evidence of correlated brain signals between physically and sensory isolated subjects. J Altern Complement Med. 2005;11:955-63.
Sheldrake R. Dogs That Know When Their Owners are Coming Home, and Other Unexplained Powers of Animals. New York: Three Rivers Press, 2000.
Targ, R. & Puthoff, H.E. (1974). Information transmission under conditions of sensory shielding. Nature 252, 602-607.
Wackermann, J., Seiter, C., Keibel, H. & Walach, H. (2003). Correlations between brain electrical activities of two spatially separated human subjects. Neuroscience Letters 336, 60-64.
