Translation of the declassified document from the archive CIA: The experiment has shown that Mr. Zhang Baosheng has supernormal abilities, he is capable of manipulating matter. Can move small objects through obstacles. After such passes, the microscopic structure and properties of objects show no observable changes. It denies the basic physical properties of matter. It is important to apply advanced advanced physics tools and techniques, including experimental nuclear physics, to complex somatic research of these phenomena.

The objectives of this CIA research are as follows:

1.) Look for changes in microscopic structure and the properties of objects that penetrated the wall of the bottle as a result of psychokinesis.
2.) Explore Penetration Mechanism induced psychokinesis by testing with nuclear trace detectors, to determine whether macroscopic objects decay during penetration (at a speed less than the speed of light) into particles the size of nuclei of atoms.

In the experiment, we collaborated with Mr. Zhang Baosheng, known for his excellent supernormal abilities, who is currently working at the Institute of Space Medicine (ISME). The following experiment was performed on 10. July 1988 at the Chinese Atomic Energy Institute.

Experiment and its description

1.) Closed envelope

In a closed business envelope, two pieces of polyester foil were prepared in advance. One was transparent, about 2 mm thick. Four Chinese characters were written on it with a red, durable fix. After writing, the text was covered with a 0,5 mm thickness trace, which looks like a plain red translucent film. Both foils have been glued together, making it impossible to read or see text under normal conditions. The only person who knew the text and contents of the pre-prepared envelope was Dr. If. He did not communicate with Mr. Zhang before the experiment.

After Mr. Zhang's arrival, his clairvoyance was initially tested by showing him a test envelope. He said that 4 red characters were written on the foil, but he did not see them clearly. He only vaguely detected them in his experiments. Finally, he said he could not see them clearly. Then Mr. Zhang folded one of the edges of the envelope to cover the small coin enough and handed it to one of the scientists to verify that the coin was indeed in the fold and not in the envelope, and showed it to everyone present. After a short break, Mr. Zhang said, "OK," and the coin was no longer outside, but inside the envelope. Then Mr. Zhang wrote his text with a ballpoint pen on the envelope.

It is known to be able to transfer characters written on the envelope onto the paper inside the envelope. In contrast to the previous tests, the use of polyester foils was intended to make this transmission impossible, as the ball pen can not write on this type of foil. Without realizing Mr. Zhang, he announced after a brief concentration that the text had been brought in. Before the envelope was opened with scissors, it was verified by various investigators for signs of tampering, but nothing was found. Coins and foils were removed from the envelope. The three sentences of the envelope were actually written inside, only a smaller size, but unchanged, on the Scotch Tape, holding the foil together.

2.) Damaged watch

During the experiment, Mr. Zhang expressed a desire to stop the watch. Dr. Li immediately gave up his own mass-produced "Peking" mechanical watch. Dr. Li was asked to keep his watch inside his clenched fist. Then Zhang made a gesture as if collecting something from Dr. Li's skin, from the back of his palm, between his thumb and forefinger. What Mr. Zhang held was a minute hand. He pulled out the second hour hand in the same way. The process was so slow that everyone present could clearly see his hands emerging from the skin of Dr. Li, who felt no pain or other feelings related to the penetrating hand. It was the first documented event in which Zhang penetrated the human body in such a way.

"Unfortunately, the watch is broken," Zhang said. Even when Dr. Li opened his hand, there was a clear gap along the length of the glass. From the condition of its edges, it appeared that the damage was caused by partial melting of the organic glass. All three hands were missing, and there were deep scratches on the watch on the metal back, as if someone had used a tool on them, but the watch mechanism was still ticking.

3.) Examination of psychokinesis with objects penetrating obstacles.

Two bottles were prepared, jedna larger, of clear glass, was approximately 14 cm high, 11 cm in diameter. It was a standard bottle used in transfusion hospitals, with saline. It can be closed with a tight rubber stopper with a long rubber rim, which is placed on the bottle neck and ensures a firm and difficult removal of the lid. Inside the bottle were - a pellet containing a radioactive source of alpha beams and a Mössbauer fluorescence detector, a Josephson digital bridge for accurate impedance comparison, four pieces of detection paper, a metal sample, a small 3 cc ampoule containing liqueur, ten yellow and ten white tablets (vitamin C ) and an ordinary nut on which a thin cotton thread was bonded, the other end of which was out of the bottle, between the rubber stopper and the glass, and was joined to the bottle rim. The brittle superconducting specimens were packaged and sealed in several layers of radiation detection film.

Second, small bottleat a height of 8 cm and a diameter of 5 cm was made of clear plastic and had a plastic lid. The bottle contained a sealed case made of transparent radiation detection foil. The foil was practically invisible from the outside, so it seemed to be part of the bottle walls. Any objects that would be inside would have to pass not only through the side walls of the bottle, but also through the layers of the detection foil. Inside the sealed plastic bottle were 10 yellow and 6 white vitamin C tablets and a tungsten sample.

During the experiment, one of the investigators (Dr. Du) held a larger (glass) bottle in both hands. Mr. Zhang held his investigator's wrists without touching the bottle. After a few minutes of deep concentration, the white vitamin C tablet fell on a table from the bottom of the bottle. Two yellow tablets were followed in the same way. Furthermore, pieces of superconducting material emerged from the side wall of the bottle, which now contained an empty but still closed plastic wrapper.

In the same way, solid pieces of the track detector and all other objects were extracted from the bottle, with the exception of the liqueur sample, the radioactive source and the nut with the attached cotton thread. At some point during the test, Mr. Zhang apparently tried to remove the nut from the bottle.

At that time, the entire length of the yarn was clearly stretched. Approximately 3 or 4 cm of thread emerged from a tightly closed rubber stopper before the cotton fibers lost tension, and Mr. Zhang stopped trying to pull it off.

Following the subsequent concentration, Mr. Zhang asked for permission to touch the plastic bottle held by the investigator (Dr. Du) and shuddered it without tipping over. As a result, most tablets dropped together with the sample of the tungsten. Immediately we checked the bottle and its seal, but the plastic case did not show any damage or change.

4.) Burning the shirt

During the experiment, Mr. Zhang wanted to light a substance. One of the investigators (Dr. Du) took his white polyester shirt and handed it to Mr. Zhang. Mr. Zhang laid his shirt on the table and touched it with his hand. At that moment, smoke came out of the fabric and a series of black burnt stains appeared. Mr. Zhang touched the fabric in several places with his thumb, creating burnt stains each time.

II - Analysis of samples

1.) Measurement of the properties of superconductors

In the experiment, we used the Y-Ba-Cu-0 superconducting node, called the bridge. Heating above 400 ° C, as well as mechanical damage or any structural changes, would affect its superconducting properties. Despite the penetration of many layers of the detector film and through the bottle wall, the bridge knot retained its sensitive magnetic properties. The response to AC and DC magnetic fields was measured in experimental variation, and was the same as before.

2.) Measurement of radioactive material properties

In the experiment, we used an alpha particle detector from a fire detector. Ten days before the experiment, the alpha spectrum was measured using a Si (Au) barrier detector. About 28 hours after paranormal exposure, the spectrum was examined under otherwise identical conditions. Neither the intensity nor the distribution of energy recorded any above-limit changes.

3.) Measurement of the Mössbauer spectrum

In this experiment we used Mössbauer's alpha-Fe absorber, thickness 25 mm and diameter 10 mm. Two such absorbers were used. One served as a reference sample, while the other, approximately 48 hours after penetrating into the bottle, was used to measure the Mössbauer spectrum, which is a sensitive probe of the nuclear environment. If there is a change in the charge distribution of the electrons or nuclei themselves, the Mossbauer spectrum would also change. No changes in the spectrum were observed with the alpha-Fe absorber after penetrating the wall of the bottle.

4.) Gas chromatogram analysis of the sample of the spirit drink

A sample of traditional Chinese liqueur Dagu was used. Although not in the bottle, it could be affected by paranormal abilities. A gas chromatogram of the sample was performed and the spectrum and alcohol content of the sample proved to be unchanged. This means that there were no obvious changes in the molecular structure of the sample.

5.) Analysis of nuclear traces in trace detectors

The aim of this test was to check the potential effects of permeability or sensitization on previously induced nuclear traces in the trace detector material after penetration into the bottle. Two sets of CR-39 nuclear detectors were used in solid state. Both detectors were fused fragments irradiated, but only one group was affected by paranormal capabilities. Both groups were also etched and carefully inspected under a microscope. No significant differences were observed.

6.) Observation of the track detector film

After the sample of tungsten and tablets penetrated through the walls of the plastic bottle and through a sealed sleeve made of the detection foil, the film was visually inspected with a microscope. The bag was not broken and there were no traces of damage. After etching, the film was re-examined and again showed no traces of microscopic particles or objects.

7.) Observation of surface appearance of metallic sample by electron microscope

Using an electron microscope, the sample of the metal surface used in the experiment was compared to the surface of the reference sample. No obvious changes were visible. The same applies to deeper layers of a metallic sample, examined after abrasion of the surface.

III - Conclusions of the CIA

1.) Zhang Baosheng has supernormal abilities

The experiment once again showed that Mr. Zhang Baosheng has supernormal abilities. Can carry items inside closed containers. In this experiment, all experimental artifacts were prepared by researchers at the Chinese Atomic Energy Institute. The scientists had no contact with Mr. Zhang before this experiment. Many samples, such as superconducting nodes, a radioactive source, Mössbauer absorber, or irradiated nuclear trace detectors, have unique properties and can not be replaced in any way. The experiment was assessed at different angles at the same time. Taking into account all of the above, the experiment was conducted under strictly controlled conditions.

2.) Zhang can transfer objects into a sealed envelope

The experiment confirmed that Mr. Zhang can transfer objects to a sealed envelope. Its clairvoyance allows it to recognize the characters in the envelope without opening it. He can also transfer the characters he wrote on the envelope to objects inside the envelope. It has been confirmed that characters can be reduced during such transmission. However, the experiment also showed that the transfer can only be performed on surfaces to which the ink can adhere. Also, once the visibility of the characters disappears, Mr. Zhang has trouble recognizing them even in a sealed envelope.

3.) Zhang has the ability to transfer a wristwatch to someone else's hand

The experiment has shown that Mr. Zhang has the ability to transfer a wristwatch to someone else's hand without causing pain or other feelings.

4.) Zhang has the ability to ignite the fabric immediately by touching his hand

The experiment has shown that Mr. Zhang has the ability to instantly ignite the fabric by touching his hand.

5.) None of the objects showed any observable changes in the molecular, atomic or nuclear structure

None of the objects (the superconducting node, the radioactive source, the Mössbauer absorber, the solid-state detector, the sample of the metal, the sample of the spirits etc. that either penetrated the bottles or could have been influenced by Mr. Zhang's supernormal abilities showed no observable changes in molecular, atomic or nuclear structure .

6.) The penetration mechanism remains an open question

Since no traceable traces were detected under the microscope after the particles penetrated the nuclear detector strips, the mechanism of such intersections remains an open question.

About twenty elder scientists observed this experiment. Among them were physicists and chemists from the Chinese Atomic Energy Institute and the Somatic Scientist Scientists from the Institute of Cosmic Medicine.

Explanatory notes:  

Likér Daqu - traditional Chinese spirits

Y-Ba-Cu-0 : Interface Ytrium-Baryum-Copper-Oxygen is a superconducting material.

Mössbauer's phenomenon - Mössbauer effect, nuclear gamma-ray resonance and absorption of dynamic reflection results get into the surrounding crystal lattice, on the contrary, there is no radiation or absorption of nucleons. When this occurs, energy from sources other than gamma radiation loses the kinetic energy of the core recoil by either emission or absorption of the end of the gamma transition: the emission and absorption occur at the same energy, resulting in strong resonance absorption.

Members of the Chinese Atomic Energy Institute in Beijing:
Qingli Li, Xueren Du, Yongshow Chen, Shuhua Zhou, Xialing Guan, Zhen Yang, Jinrong Zhang, Weiwei Cheng, Soulang Shi, GuiXan Ma, Shengyu Su, Tiancheng Zhu and Xiuhong Hao, published this article on January 12, 1 in the journal: Science and Technology Atomic Energy 1989 (24), pp. 1-92 volume 95.

This document was obtained from public archives CIA: Experiment of moving objects through material obstacles