Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 CHINESE JOURNAL OF SOMATIC SCIENCE, July 1990, pp. 22-32 RESEARCH INTO PARANORMAL ABILITY TO BREAK THROUGH SPACIAL BARRIERS BY: Song Kongzhi, Li Xianggao and Zhou Liangzhong SUBJECT WITH PARANORMAL ABILITIES: Zhang Baosheng (AEROSPACE MEDICINE ENGINEERING INSTITUTE) ABSTRACT This article uses strict scientific procedures, one of a kind test Samples, videotape and high speed photography to demonstrate the objective existence of the paranormal ability of breaking through spacial barriers. It also shows the physical process of this ability. It demonstrates that through the function of the paranormal ability, the macrobody was able to pass through the wall of a container and be removed, but no visible damage to the wall of the container was detected. FORWARD: Breaking through spacial barriers is one type of paranormal ability. The characteristics of this ability is that the person with this paranormal ability is able to remove an object placed in advance in a sealed container without damaging the seal of the container or damaging the container itself. In China, Li Shuhuang, Zhang Chongqi! and eleven others discovered that persons with paranormal abilities were capable of removing such objects as Ms nuts, nails and bundles of matches from a sealed plastic 35 mm film canister. In the canister lid there was a 1.55 mm hole, but the lid was not opened. Following this, it was discovered by the All-China Paranormal Physical 1 Lin Shuhuang, Zhang Chongqi and others, NATURE MAGAZINE, 4,9(1981)652 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 LN190-91 abilities Joint Testing Group? that persons with paranormal abilities were able to remove the target stationary paper from a sealed kraft paper envelope. Then, Liu Shuhuang, Zhou Binghuang and 17 others® conducted special research testing on breaking through spacial barriers. They not only demonstrated that persons with paranormal abilities could extract stationery from Sealed kraft paper envelopes, but they could also remove insects from glass tubes with sealed caps without any discernable effect on the life or actions of the insect. At the same time, in this experiment, they also conducted an experiment where the subjects removed a sponge which had been dipped in FeCls from a double layer sealed KCNS type paper bag without any visible change of coloring of the test paper. This research opened the way for research into ability to break through spacial barriers and provided a number of preliminary bases of a physical nature for this phenomenon. On the basis of these experiments, we believed it was necessary to use even stricter methods to conduct further proof of the reality of this ability and that we should observe the process of this breakthrough and the point of penetration in order to demonstrate whether or not there was penetration of the walls of a physical object. Therefore, the purpose of this experiment was: 1. To use a sample that once damaged could not be restored and to combine this with visual records to further demonstrate the reality of this ability. 2. To use larger and longer objects, and combine this with videotape and especially with high speed photography to observe just exactly where the three dimensional spacial barrier was broken through, and whether or not the penetration of the wall was achieved over a span of time. MATERIALS AND METHODS USED IN THE EXPERIMENT I. SAMPLES 1. In order to fully demonstrate the reality of the ability to break through spacial barriers, we designed the following two samples. 2 Human Paranormal Abilities Joint Testing Group, RESEARCH IN HUMAN PARANORMAL ABILITIES, 1,1(1993)9 2 Lin Shuhuang, Zhou Binghui and others, RESEARCH IN HUMAN PARANORMAL ABILITIES, 1, 3(1983)110 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 LN190-91 A. TEST SAMPLE ONE: We used sealed transparent glass bottles. The bottles were four centimeters in diameter and 12 to 13 centimeters long. Inside these bottles we placed 30 medicine tablets which were colored either red, greed or purple. The tablets were 5.5 mm in diameter and three millimeters thick. Different ratios of the numbers of the different colored pills were placed in the different bottles. Each bottle was numbered individually. The numbers of each different colored tablets, the number of the sample, and the serial number of that sample bottle were all marked on the test labels using a binary system. The tablets were first placed in the sample bottles and then the top of the bottle was heated and closed to a small slit. Even if the tablets were broken in half there is no way they could be poured out. The sample on the right in illustration one is a sample one. Illustration 1: To the right is sample one: the sample label gives the type number, the bottle number and the different colors of tablets. The bottle on the right I sample five, the label gives the type number and the bottle number B. TEST SAMPLE FOUR: We use exactly the same type of sealed transparent test bottle as used in Sample one. However, inside were placed 15 plexiglass pieces which were red, yellow and green. The test pieces were 5 X 5 X 1.5 mm squares. The different test sample bottles contained different ratios of the different colored test pieces. Also, there was a Russian letter on each test piece. The fifteen letters formed three Russia words. Each color was a separate word. There was also a serial number on different places on the bottle indicating the serial number of the bottle. For example, four pieces of plexiglass had the Soviet letters S, 0, Dad A, meaning soda. On another location of S, 0, D and A were added 1, 2, 3 and 4. Each test sample bottle held different ratios of the different colored pieces of plexiglass. The test pieces were first placed in the bottles, and the tops of the bottles were heated to form a slit. The test piece could not be pored out through this slit. The sample on the left of illustration one is sample four. Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 LN190-91 Each sample was one of a kind, so it could not be duplicated. The glass containers could not be put back together if they were broken and the glass was transparent which allowed for better observation. 2. In order to observe just where the objects, that is the objects which were placed into the containers beforehand, broke through the space barrier, and to see what happened to the objects and the container wall] when the barrier was penetrated, we designed the following samples. A. We used unopened CIWUJIA [exact translation unknown. Probably a Chinese over the counter medicine] and XIAOYANLIDANYAO [another over the counter medicine for reducing fever and to help the gallbladder] bottles. These two medicine bottles are both clear glass and have a cork stopper sealed with wax as well as a plastic screw-on lid. The tablets are disc shaped, one centimeter in diameter and 0.6 centimeter thick at most. The CIWUJIA tablets are yellow sugar coated tablets and the XIAOYANLIDANYAO are blue sugar coated tablets. Ach bottle contains 100 tablets. Illustration two shows the CIWUJIA unopened bottle. - Illustration 2: Unopened ciwujia bottle with 100 disc shaped yellow sugar coated tablets. The bottle is sealed wit cork sealed with wax and a plastic screw on lid. B. One-hundred milliliter dropper bottles of GAOSENGPUTAOTANG [high ginseng content glucose]. These were 100 ml dropper bottles of GAOSENGPUTAOTANG after clinical use. After they were washed clean, five types of capsules and tablets were placed inside the bottles. Three types of tablets were round, being one centimeter in diameter and 0.6 centimeters at the thickest. These included yellow, red, and light brown tablets all which were sugar coated. In addition there were two types of plastic cased capsules 1.5 centimeters long and 0.5 centimeters in diameter. One capsule was half red and half blue and the other capsule was all blue. There were ten of each type, 50 tablets and capsules in all. Then, the bottle was stopped wit a rubber stopper, and an aluminum cap was put on with a capper (see illustration three). Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 Table 5 Serial number Target object Sample V no.12 2mm diameter single strand enamel wire coil Sample 5 no.13. 2m diameter single strand enamel wire coil Sample six A 1.5 mm single strand shielded wire Sample six B 1.5 mm single strand shielded wire with washer affixed to end LN190-91 Results Record made Date completed Pulled out 2 Apr 84 three sections Videotaped Pulled out Videotape 10 May 84 five sections and photograph Pulled out two sections Videotaped 25 Apr 84 Pulled out four Videotaped 28 Apr 84 sections and one washer. The wire inside broke into three sections and photographed Illustration 12: Video taped spacing between 1: This is the sample bottle with the 1.5 M shielded wire inside 2: Frame one. Right thumb and forefinger pinching wire Frame two: results of the sample six experiment pictures is four frames oe Be, rere cea ‘2-9 e. wire moves down in bottle 14 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
4: 6 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 1LN190-91 Frame three: wire continues to 5: Frame four: wire continues to drop drop in bottle Frame five: wire continues to drop 7: Frame six: wire is coiled up toward the left in the bottle DISCUSSION. 1. The question of the validity of paranormal ability to break through spacial barriers. We can see from the results described above that as one of the paranormal abilities, the ability to break through spacial barriers actually exists. The sample bottles type one and type four were glass which had been heated to form the mouth almost shut. If these bottles were broken, they could not be put back together, any breakage would be irreversible. Furthermore, each sample had a unique serial number and the target objects were of different colors, and there were different numbers of each different color. The target objects also had russian letters and codes as well as dots. Each sample had thorough video 15 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 LN190-91 taping equipment from all angles, ensuring their individual characteristics formed during heating. This information totalled together forms one of a kind samples. It would be impossible to copy these samples. In addition, prior to the experiment, the subject had no contact with the test samples and had no ideal of the form or coding of the target objects. The test subject only came in contact with the samples at the experiment site. Therefore, first, copy of samples was impossible, so switching of containers became meaningless. Second, the glass bottles could not be broken. Third, the samples could not leave the testing site, and there was always someone watching the testing site, and at key times there were video taping or high speed photographing of the tests. Under such conditions, the number, color, serial number and coding of tablets or plexiglass pieces on the experiment table exactly matched those in the sample bottles. This allows us to only reach one conclusion: that the tablets and pieces of plexiglass were passed through the walls of the container. Also, in the experiment with the sample six bottles, there was only a one mm small hole in one end of the glass bottle and the shielded wire in the bottle was one mm in diameter. This type of one mm shielded wire has many frays at the end (shielded wire is formed from braiding fine metal wires). Even if we used our hand to directly pinch this end of the wire so it would go through a hole the same size, it would be a difficult task. However, this wire was placed inside a glass tube, and there was a 7 mm iron washer there as well. Without breaking the glass bottle, three to five sections were removed and the washer appeared on the outside. The shielded wire on the inside was broken and there were several sections of sections of wire three to ten mm long and the washer was gone. Without a doubt this proves that the shielded wire and the washer passed through the wall of the container to the outside of the container. However, the glass was not broken. Therefore, it cold only have ben a type of paranormal ability that caused t to be outside the glass. We should explain that this type of experiment had a high degree of one of a kind. Because of the thickness and length of the samples, the method of securing the wire inside, and the closing of both ends al had their own special characteristics that would be difficult to duplicate. Furthermore, the samples were very long and it would be difficult to switch them undetected. In , . addition, there were videotaping procedures, ensuring the strictness of the experiments. 2. CONCERNING THE POINT OF BREAKING THROUGH In these experiments, we can see fairly clearly the phenomenon of the target objects passing through the walls of the container. This phenomenon tells us: . , A. The breaking through point cannot be a hole in the container, a slit in the container or the edges of the seal but i directly through the wall of the container. In the experiments with clear glass containers and relatively small target objects, we can also see them become larger during the process of the target objects passing through. Also, in the experiments where the container and the transparent target object were all relatively large, we could 16 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4
Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4 LN190-91 see the target objects being both inside and outside the container, the changes and the cutting through phenomena. B. The targets passed through the walls of the containers at different speeds. In the experiment with the CIWUJIA bottles, it took around 2.5 milliseconds for two-thirds of a tablet one centimeter in diameter to pass through the wall of the container. The average speed was V = 7mm/2.5 ms = 2.8 meters per second. Assuming that they passed through at a uniform speed, the speed would be at this level. Somewhat slower than the speed at which an athlete runs. The removal of the unexposed photographic paper packet from the 500 ml dropper bottle took more than 10 milliseconds, or a speed of 30 cm/second. For pulling shielded wire or enamel wire from a glass tube, the sped could be even slower, or even stop for several seconds. Therefore, we can see from these experiments that the speed at which solid target objects pass through spacial barriers can be very slow, speeds slow enough to be followed by the human eye. However there were also changes. We reason we are often not able to see the processes is because the walls are to thin. Granular shaped target objects passing through these thin walls in a number of milliseconds. High speed cameras or slow motion video cameras can show the visible time progression. This eve more clearly proves the objective reality of the paranormal ability of breaking through spacial barriers. C. In the precess of the experiments the walls of the containers have to have a slit, small hole or stopper for the experiment to succeed. The objects cannot be removed from a completely closed container. However, in these experiments we discovered that the point at which the objects pass through the spacial barrier is not at the slit, the hole or between the wall and the stopper, but is in the wall of the container. What then, is the significance of the slit, hole or border between the stopper and the wall of the container? Is it a psychological requirement or a physical requirement? This is something that requires further study. CONCLUSTONS From the analysis of the video tapes and high speed photographs of 25 successful experiments in breaking through spacial] barriers by a young subject with paranormal abilities, we have proved the existence of one type of paranormal ability - the ability to pass through spacial barriers, that the pas through point can be the wall of the container, and furthermore, that the passing through the walls occurs over time. 17 Approved For Release 2000/08/15 : CIA-RDP96-00792R000400430021-4