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Approved For Release 2000/08/10 : CIA-RDP96-00792R000300020002-1 CEBSERVATION OF THE SBILITY OF BREAKING THROUGH SPACIAL BARRIERS USING ESPECIALLY LARGE RECEPTICALS BY: Song Kongzhi, Zhou Liangzong, Li Xianggao, Zhong dian, Miu Yanchun fInstitute of Space Medicine Engineering, Heijing} SURJECT WITH ESP: Zhang Baosheng & wooden cabinet 170 by 180 by 60 centimeters was used as 4 sealed container. Sheets of papers and boards with one-of-a-kind markings were used as the target objects and placed inside the cabinet on the upper shelf. Without damaging the cabinet or opening the door, the person with ESP was able to remove the target objects and also was able put them back inside. This demonstrates that even when using especially large container it is possible to completely break through spacial barriers, however, the success rate was much lower and was exceptionally difficult. FORWARD The ESP ability to break through spacial barriers has already been demonstrated objectively by science using a container with dimensions of a dozen or so centimeters longi-2. However, will this work with even larger containers? Is there a limit to the size of the container? The goal of this experiment was to explore the limits of this ability. METHODS OF THE EXPERIMENT The experiment apparatus was an ordinary vertical cabinet 1.8 meters high, 1.2 meters wide and 0.6 meters deep. Tllustration one shows the experiment cabinet (vertical cabinet A) used in the 1988 experiment. At the top of the cabinet there is a transparent plexiglass shelf. Tt is sealed on top, bottom, left and right. It can be opened from the front or rear to place the target objects inside. At the bottom of the cabinet was a low light video camera aimed directly at the top of the cabinet. Also, it was held in place with a two centimeter thick plate. After the doors were closed, they were sealed with a built in lock. Tllustration two shows the experiment cabinet (vertical cabinet B) used in the 1989 experiment. The video camera was held in place in the upper left hand corder of the cabinet by a two centimeter thick plate. By use of a mirror it was possible to photograph objects in the bottom of the cabinet. After the doors were closed, three methods were used to ensure they were sealed. First, three metal wires or conductor wires were fastened to the right door and went through the shelf inside and then tied securely to the left door. Second, a nail was driven through the frame of the right door into the vertical frame member of the cabinet ten 32 Approved For Release 2000/08/10 : CIA-RDP96-00792R000300020002-1