December 1982 of the Body: Part One," Ziran Zazhi, Vol. 2 (1979), p- 715. 2. Xinfang, Xu, et al. [Anhui Teacher’s Normal University] "Observations Concerning the Ear’s Ability to Recognize Characters and Distinguish Colors," Ziran Zazhi, Vol. 2 (1979), p. 716. 3. Dahua, He, et al. [Combined Investigation Group of Tazi County, Sichuan Province] "Observations Concerning Tang Yu's Ability to Distinguish Colors and Recognize Charac~ ters with the Ear,” Ziran Zazhi, Vol. 2 (1979), p. 780. » Shoullang, Chen, et “al. "The Decline and Restoration of Jiang Yan’s Fxtraordinary Body Function," Ziran Zazhi, Vol. 2 (1979), p. 781. 5. Xuesen, Qian. “Fundamental Research for Developing the > 1981), p. 483. 6. Chongyin, He. "Extraordinary Function of the Human Body," China Encyclopedic Almanac, China Great Encyclopedia Press, 1981. 7. Combined Experimentation Group on Extraordinary Function of the Human Body. Combined Experiment Report Concerning the Validity of Certain Extraordinary Functions of the Human Body, 1982 [in press]. . Shouliang, Chen, et al. "The Question of the Prevalence oO 3 (1980), p. 334. 9, Muyan, He, at al. "Further Discussion on the Question of the Prevalence of Extraordinary Human Body Functions," iran Zazhi, Vol. 3 (1980), p. 683. 10. Study Group of Yunnan University on Extraordinary Human Body Function. "Initial Experiments of the Mechanics Effects of ixtraord inary Human Body Function," Ziran Zazhi, Vol. 4, No. 5 (Hay 1981), p. 348. ’ Il. “Shuhuang, Lin; Zhongqi, Zhang, et al. [Beijing Teacher’s Normal College] "Some Laboratory Tests of the Extra- ordinary Human Body Function of Moving Objects," Ziran Zazhi, Vol. 4 (1981), p. 652. 12. Yonjie, Zhao; Hongzhang, Xu; Jing, Shen; & Aihua, Liu. {High Energy Physics Institute of the Chinese Academy of Sciences] "Biodetector Experiments on Human Body Radia- tion Physics," Ziran Zazhi, Vol. 4, No. 8 (August 1981), Approved For Release 2000/08/11 - CIA-RDP96-00792R000300420002-7 December 1982 PSI RESEARCH Approved For ReJeases2090#08/11 : CIA-RDP96-00792R000300420002-7 Pe 602 [English Translation in: Psi Research, Vol. 1, No. 1 (March 1982), pp. 77-83]. a 13. Yongjie, Zhao, et al. "Using the Quantum Number System to Capture the ‘Fagong’ radiation of Qigong and Extra~- ordinary Functions," Electronics Science and Technology, No. 7 (1981), p. 6. 14, Tianmin, Zheng; Nianlin, Zhu; Xin, Luo [Yunnan Univer- sity]; Hongyi, Li [Wuhan University], et al. "Unusual Phenomena of Extraordinary Human Body Function upon ‘Photosensitive Detectors," Ziran Zazhi, Vol. 4, No. 8 (August 1981), p. 563. 15. Shuhuang, Lin, et al. “Magnetism and Extraordinary Function of the Human Body,” Ziran Zazhi, Vol. 4, No. 2 (February 1981), p. 114. 16. Shenli, Wang, et al. [Shanghai Institute for Laser Technology] “Laboratory Tests on the Non~Visual Recogni- tion of the Color Spectrum," Ziran Zazhi, Vol. 3, No. 5 (May 1980), p. 336. 17. Xiaoren, Fang; Yicheng, Liu, et al. [Physics Institute of the Chinese Academy of Sciences] "The Initial Determi- nation of Extraordinary Human Body Function Subjects in Regard to Their Ability to Perceive Non-Visible Light," Ziran Zazhi, Vol. 4 (1981), p. 895. 18. “Zuqi, “Zhang, et al. [Beijing University] "One Example of _ the Extraordinary Human Body Function of Direction Recog- nition," Ziran Zazhi, Vol. 3 (1980), p. 741. 19. Zuqi, Zhang, et al. "One Example of the Extraordinary Human Body Function of Direction Recognition," Ziran Zazhi, Vol. 4 (April 1981), p. 292. _—_ 20. Jianhua, Yang. [Blophysics Institute of the Chinese Academy of Sciences] "The Study of the Special Charac- teristics of the Body’s Perception of Light at Specific Transmission Intensities," Ziran Zazhi, Vol. 4 (1981), p. 897. 21. Yicheng, Liu, et al. “Initial Observations on the Ability to Perceive Special Optical Phenomena with Non- Visual Seeing," Ziran Zazhi, Vol. 4 (1981), p. 900. 22. Yuzhi, Zhang [Biophysics Institute], et al. "Response Sensitivity of the Human Body’s Non-Visual scone, to Four (1982), p. 104. 15
December 1982 23. Chu, Wang, et al. [Beijing University] "The Process of Unscrambling Patterns," Ziran Zazhi, Vol. 3 (1980), p. 438. 24. Yi, Chen, et al. [Changchun College for Traditional Chinese Medicine] "Results of Initial Laboratory Tests on the Ability of the Human Body to Enlarge Objects," Ziran Zazhi, Vol. 4 (1981), p. 185. 25. Linger, Luo, et al. [Beijing University] "The Process of Distinguishing Multi~layered Overlapping Objects with Extraordinary Human Body Function," Ziran Zazhi, Vol. 4 (April 1981), p. 291. 26. Shaoyuan, Shao, et al. [Beijing University] "The Process of Unscrambling for Recognition by Extraordinary Human Body Function of Patterns on Folded and Rolled Paper," Ziran Zazhi, Vol. 5 (1982), p. 274. 27. Ziquan, Ye. [Biophysics Institute of the Chinese Academy of Sciences] "The Human Body’s Recognition of Non-Visible Patterns," Ziran Zazhi, Vol. 5 (1982), p. 276. 28. Taoqiu, Chen. [No. Six Factory for Radio Electronics, Liaoyuan City] "Verification and Exploration of Remote Mind-Reading," Ziran Zazhi, Vol. 4 (1981), p. 756. 29. Xuesen, Qian. "System § Science, Neuro Science, Human Body Science," Ziran Zazhi, Vol. 4, No. 1 (January 1981), p. Institute of Space Medico—Eng ineering P.O. Box 5104 Beijing, China * * k An Approach to Psi Radiation Signals Xu Honezhang, Zhao Yonjie edn nc Institute of High Energy Physics The interaction or correlation between mind and body has puzzled scientists for a long time. As far as the so- called psi processes are concerned, this problem becomes even more profound. Many subjective approaches have been Approved For Retaases2000/08/11 : CACRBP96-00792R000300420002-7 Approved For Release 2000/08/11 : CIA-RDP96-00792R000300420002-7 PSI RESEARCH proposed in the histories of civilized nations, especially in that of the ancient Chinese. However, such approaches seem to be incompatible with the framework of Western science after its Renaissance at the time of Galtleo. In recent years, we have had an excellent opportunity to re-examine this problem scientifically. The main interest of the Psi-Physics Group at the In Institute of High Energy y Physics i “is focused on “whether. ‘there a are any ‘known or or unknown, "radiation \ signals associated 1 with psi processes, and, if there are, how to probe and understand ‘then. “According to the ancient Chinese view: “All forms of matter in the universe, bathe one another. “with “Information,” ments. and changes give 151 NERC RT eA RENN Be pan rise to “to certain structures, “as stated in the 1 Ching. There psi in the ancient Chinese books. To cite a Few here, Lao Tzu: "Penetrating the void, extremely, keeping still firmly, then everything will operate, and I can see all aspects of a thing; Kangcang Tzu: "When the body matches the mind, and the mind matches the Chi (or Qi), ... I can see remote targets as if they were under my nose. . os Chang Tzu had similar words: "Keeping in one-will, one can hear not with the ears but with the mind; in fact, not with _the mind but with the Chi." The ancient Chinese view was one of the most beautiful models of an integral, hologramic and dynamic universe in ancient civilization, and one in which the conception of Chi played a very important role. The Chi is considered today somewhat like radiation in modern physics, but there is_a difference in that the “at cormept emphasizes not only an energy aspect, but also an information aspect. Thus it 1s emphasized that Chi makes it Si pale: nies Abs et once oc ban Lh eam mime: possible. for, “Separated bodies to transmit information as well as energy to one another. Modern physics has proven that all objects in the .. universe can emit radiation. Radiation phenomena assoctated with - non—Li ving objects in the field of nuclear and elementary particle physics have been intensely investigated and are still undergoing deeper study. But what about living objects? Because the spontaneous __ radiation ee associated with living” ‘objects ‘is _very weak and intricate in their. normal st state, _this _subject | “has _ “escaped physicists’
December 1982 attention for many years. However, such radiation has been observed in, our, Laboratories, to be rather strong as “psi processes occurred. For some time abnormal physical and biological disturbances have been registered on a repetitive basis. Results obtained with the use of real-time systems and various targets under different conditions indicated that radiation signals may be correlated with psi process. We have tested for psi effects with various ionization and non-ionization detectors. “and found that films (X-ray, ‘nuclear. ‘snulsion, ‘and ul Rot oREa S| film), ‘thermoluminescence tubes and the. “like, and some of, a i live plant leaf) are eee A “ON vadiation signals. Data obtained in our experiments are stimulating, and provide information relevant to the following problem areas: (1) The possibility (and necessity) for psi detection. (2) The probability of psi events and their detection. (3) Multifunctioning of psi and the multieffects of its detection. (4) The role of the observer. OMI HORE en an NRT RENE AENEAN TE EID: aaa (6) Psi “radiation signal characteristics so ‘far observed: (a) Transient and impulsive, with observable rise time and decay constants, high slew rate and a broad frequency range. (b) Multivarious responses. (c) Non-locality or super—-penetrating. (d) Strong "specks" and psi nuclei (i.e., con- centrations). (e) Spatial focus effect. (f) Self-organization. (7) Compatibility of detection techniques between psi research and high-energy physics. (8) A more comprehensive psi spectrometer system, establishing psi radiation signal waveforms. “understanding about _psi phenomena, continuous investi igative Approved For Release 2000/08/ iy 13) Approved For Releage2000/08/11 December 1982 PSI RESEARCH : CIA-RDP96-00792R000300420002-7 efforts are obviously necessary. Psi phenomena. are widespread in the living world. From the standpoint of physics, Living. s g. systems a are quite unt unusual systems, and the radiation on associated with Lite processes 1 might its itself also be “quite re unusual. This | “point. of view is confirmed in our own. experiments. The characteris Signals, observed in our “laboratories ate quite different from om any oO “other | “known, “physical 1 radiation from fon-living We now _ “prefer to_ Eo consider this kind of of radiation } a8, 2, NOW, type. of radiation unspecified before. “systems. Qur era is an era of exploration; many interesting and fundamental discoveries have broadened our scientific horizon. to a new a@_channel f ‘for information and. « energy transfer, but “will ‘also, Jake a. ‘contribution. £9, some fundamental _problems 1_ modern commun! 1 the ‘For example, the. role of the observer in quantum mechanics has been a recurrent theme for many years, wherein microscopic events are no longer independent of the experimental device and observer. Very parallel conditions have been encountered today with psi events. Is the role of the observer an essential one in nature? Can we put forward a second Uncertainty Principle for psi events at the intermediate or macroscopic level? Can one write R x P = C, where R is the ~~degree of rigor of the observer system, P 1s the probability of occurrence of a psi event, and C is a constant of nature? These questions can only be answered through further experiments designed with great precision and sophistica-— tion, as well as through the use of comprehensive and rigorous mathematical concepts to be developed for describing complex events. As the SPR enters its second century, let us say something more. The history of the successful development of physics for nearly 400 years has shown that the experimental method is a successful method in science. We are convinced that psi research will establish its own experimental methodology in the not too distant future. With the aid of experimental methods and theoretical considerations developed in modem physics and electronics, one can probe psi processes more deeply. © CIA-RDP96- 00792R000300420002- 7 Psi_ research will probably not only introduce us
December 1982 International interaction and cooperation in this field _are especially important. When ancient civilization is properly interfaced with modern technology, when the Eastern cultural tradition is closely integrated with Western scientific thought, a truly golden time of science will be here, the brilliance of which will be more glorious than its first Renaissance period. | * x * FUBF Radiation: Special Features of the Time Response Zhao Yonjie and Xu, Hongzhang Institute of High Energy Physics EAE A Beijing, China In early experiments we used standard nuclear emulsion film techniques to measure radiation associated with exceptional human body function (EHBF). Results showed that under certain special conditions of exceptional functioning, individuals emit some type of radiation which registers on film as would light. To follow up these results we carried out further December 1982 PSI RESEARCH Approved For Releasé 2000/08/11 : CIA-RDP96-00792R000300420002-7 improve the accuracy of our measurements of EHBF radiation, we then assembled the following system. PHOTOMULTIPLIER SAMPLING TUBE CIRCUIT In this configuration, EHBF radiation detected by the photomultiplier tube is sampled at a 1 millisecond rate. The output of the sampling circuit is fed into a microprocessor, which processes the data and thus acts as a radiation monitor. Using this particular system to study EHBF radiation, we are able to study such radiation in the time domain. When one examines sequences of millisecond intervals during which EHBF radiation is detected, one observes three kinds of typical behavior: PIILSE SILAPING CIRCUIT MECROPROCESSOR DISCRIMINATOR (1) 0, 1, 1 (2) 0, 2,1 (3) 0, 0, 0 1, 1, 2, 14, 0, 3, 12, 62, 1, 1, 0, 2 0, 0, 0, 0, 82, 0, 0, 1, 1, 0, 0, 1 0, 6, 13, 98, 45, 1, 0, 0, 1, 0, 2, 0 The above sequences were obtained during efforts of a system as a detector of EHBF radiation. In this work, signals were detected in measurements monitoring individuals with special skills. The following is a summary of these measurements. For the First series of measurements we used a system for which the background count rate was about 100 counts per 6-sec interval. During experiments to measure ENBF radiation, peak count rates reached approximately 10° counts per 6-sec interval, an increase of 2 to 3 orders of magnitude relative to the background. The accompanying figure (Fig. 1) is of the output of a standard multichannel analyzer. With the scale set to observe count rates associated with EHBF radiation, the background count rate does not show in this figure because of its small magnitude. Over the period during which we measured EHBF radiation many times, we discovered that the radiation appeared in the form of pulses of extremely short duration, In order to RRR I EERIE CRONE ROOT IT ER Approved For Release 2000/08/11 : CIA-RDP96-00792R000300420002-7 little pirl te recosnize hiddea_words..sealed.ia an. opaque enclosure containing the photomultiplier tube. The changes occurred during the time she recognized a word correctly. For comparison, the background count rate typically does not exceed 4 counts per millisecond interval. The above results indicate that EFHBF radiation occurs during time intervals of only a few milliseconds, and in some cases may occur as pulses of less than 1 msec duration. In other words, whenever radiation appéars, the appearance is very short, and the transient change is extreme [emphasis added ~ Fd.]. Although in our experiment it would appear that we have measured light, this does not necessarily mean that EHBF radiation is in the form of light. All we can say is that in this test we have obtained the particular effect described. Since the enclosure containing a word to be recognized is opaque to light, one possibility is that the