CIA-RDP96-00787R000300120001-7

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The Distance Transcending Effect of
External C:, And Analyzing it Using Laser Ramen Observation
of Solutions Which Have Physiological Effects
VAN Xin (Chongqing Chinese Medicine Research Institute)
LI' Shengping, YU Jianyuan, LI Baihe
( Chemistry Department, Qinghua University)
LU Zuyin
(High Energy Physics Research Institute,
Chinese Academy of Science)
Summary
Using a SPEX1403 Laser Raman Spectroscope, through checking
and measuring of such solutions as tap water, physiological
baline, glucose solution, maidimeisu solution, etc., all of which
have physiological effects upon the qigong masters' release of
extern3.
ci received qi in transcending distance (several meters
to 1900
it was discovered that the Laser Raman spectrum of
the sanp
of solutions go through changes with the effect of
external
:tific experimentation on qigong, especially the
experiments conducted by the first-class qigong
4
different from other scientific experiments.
This
detailed explanation on how to design
rt:
this kind.
I. Introduction
The practice of qigong and the use of external gj to oure
hearts and the unusual effects it achieves have gradually
, of scientists.
Et everybody is hoping for some breakthrough on such a
ryptericus and profound subject.
Based on the many years of research on qigong science, we
have realized that scientific qigong research experimentation
must involve the help and participation of the experienced and
seasoned first-class qigong masters, the thinking out and
planning of the experiment must be improved, and modern
analytical equipment must be used for checking and measuring.
For this purpose, we completed some rather difficult
experimentation on solutions, such as tap water, 0.9%
physiological saline, 50% glucose solution, a 1.5mg/ml maidimeisu
S and other samples, over which the distance transcending
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external qi bes & physiological effect; we used a laser Raman
spectrostipe for checking and measuring to observe and determine
whether external gi affected the samples.
II. The Method and Design of the Experiment
...
Equipment used for the experiment.
In this experiment, the
equipment used was a SPEX1 403 laser Raman spectroscope .
Its main
functional indices are as follows:
0. 15cm-1 (Hg579.1nm)
Posolving power
Faman shift interval
5 -- 4000 cm-1
Wave accuracy
1cm-1
( < 4000cm-1 )
Repetition
0.2cm-1
Serple: .
Tap water, medical 0.9% physiological saline,
r .: Alcal 504 glucose solution, and a 1.5mg/ml maidimeisu solution.
The total concentration of Ca++, Mg++, and Na++ is 5.7mg/l.
Experiment du. ign.
In the past ten years, scientific
experimentation and research on qigong has developed rather
From an experimental methodological point of view,
these efforts can be put into three categories: (1) Directly
arriving external gi to the detecting head or sensor, in order to
the its composition and its functional mechanisms.
(2)
During the release of external gf and. the circulation of internal
gi, using various means to measure the change in various
physiological parameters and organisms in human and other
kcales .
(3) Directly apply external qi to detached
( such as cancer cells) and other bacterie, and then
analytics! method to clesely analyse and study its
functional mechanism: .
Now it is clear that the manifestations of qigong's effects
And the layers of gongli (the force or intensity
of qigong cheigy) are rather complex.
Under the effect of the
esteinal ci from first-class qigong masters, the detecting head
(_on: (: ) of modern analytical equipment as well as its other
parts (exchange, magnification, display) can all be affected,
which may lead to false results in the experiment.
This is why
in a first-class qigong experiment, great care is needed when
ad:ating the original positional ( in situ) experimental method.
hast experiments, the functional system of "person .--
person" or "
"person -- living organisms" is usually adopted, which
rcans the qigong masters release external qi to persons, living
bodies of living organisms, and it is measured by equipment.
This kind of experiment cannot eliminate the psychological effect
ch the recipient of the external gi. In terms of the living
ergoniare, Individual as well as environmental differences can
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also be factors.
Therefore, it is necessary to design this kind of experiment
to completely eliminate the interfering elements from the
biological background.
The experimental system is actually
formed by person -- object.
That is, the external gi released by
the qigong masters is done on a lifeless object.
.
In experiments of this kind, our standard for selecting
samples is that their structures must be simple, they are stable
under normal circumstances, and they possess certain biological
effects .
Because in the body of an adult, the various tissues and the
body fluid consists over 65% of water,
it is appropriate to
select tap water, medical 0.9% physiological saline, medical 50%
glucose solution, and a 1.5mg/ml maidimeisu solution, all of
which have bilogical effects.
Because tap water, physiological
saline, and such solutions are very stable under normal
circumstances, we must ask the help of first-class qigong masters
in order to have any effect on them.
Therefore, in qigong
szperimentation research, the qigong masters must be involved in
the planning and decision of the experiment.
At the same time,
the gongli of gigong masters can be affected by their energy,
state of mind, time, environment, and many other complex
conditions. Hence,
whether the experiment can go on, how qigong
is done or when it is done must be decided by the qigong masters .
This differs from ordinary scientific research; in experiments of
this k :.
king, the gigeng master is the main participant.
This is
exacti; the unique characteristics of science research involving
the Foran body.
In addition, in order to confirm the belief that distance
transcending external gi can cure sicknesses, we designed an
experiment in which the qigong masters do not touch the sample
but So the external q! from a distance of several meters to
d.cens of kilereters, with the longest being 1900 kilometers.
Obviously, the degree of difficulty in this type of
experiment is extreme.
Each time before the experiment,
depending on different situations and conditions, the qigong
masters must use many different methods for generating qigong
energy), as part of preparation, they use fagong (the initial
stage of qigong, which is the beginning of the generation of
energy) and shougong ( the ending of the generation of energy, the
concluding phase ) .
But since the gongli of the qigong masters
can be affected by their energy, state of mind, environment, and
other conditions, in every experiment, the effect of their fagong
and its force vary.
Under auch conditions, one should not demand
onlinited repetitions of the experiment.
However, as long as we
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are clear on the background of the experiment, and our analytical
method is applied correctly, we can still tell false results from
rcel ches in a limitedly repeated experiment.
The checking and measuring conditions.
For those qigong
masters who generate great energy, using the original positional
method may cause interference in the analytical equipment;
therefore, we place samples in a designated lab to receive fagong
(within the same lab there are other samples for receiving
fagong) .
After fagong, it is checked and measured on the laser
Ranan spectroscope .
To determine if the equipment is working
properly, one must frequently measure the standard sample (the
background) .
In this experiment, the measuring conditions are:
the Jaser spectroscope is an Ar spectroscope, the measuring power
is 400mw -- 500mW, the wave length is 5145 2, lighting type is 900
and the scanning speed is 0.5s.
Control experiment.
In this experiment, all samples are
Mixed solutions taken from large containers, which will guarantee
the consistency of the samples ( including the background control
and samples) .
Before each experiment, all the background
samples are tested. The results show that all the measuring of
the control samples through leser Raman spectroscope is
Consistent.
Fig. 1, 2, 3, and 4 are respectively the control
spectrum diegrams of tap water, medical 0.9% physiological
seline, medical 50% gluochu solution, and 1.5mg/ml maidinelsu
sclet: : :. .
10.0000S
Intensity
0.00 800
400.00
2200.00
4000.00
Raman shift (om1 )
Fig. 1
Raman spectrum diagram of normal tap water
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.
Intensity
0.15E04
400.00
170:00
.285.00
Raman shift (cm" )
C. 14
. .
. spectrum diagram of normal medical 0. 9%
ological saline
---
4.50.503
.
intensity
1.20 E03
200.00
1700.00
3200.00
Raman shift (cm+)
Fig. 3 Parat spectrum diagram of normal medical 50% glucose
solution
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5.00 E03
Intensity
.0.00E20
200.00
1700.00
3200.00
Raman shift (cm) A-80
Fig. 4 Renan spectrum diagram of 1.5mg/ml maidimeisu solution
The qigong experimentation method.
Before each experiment, the
preparation of Samples is: use a small glass tube to take out
samples from glass containers full with samples; then seal it.
Each sample is divided into two groups; each group consists of 2-
Che group of tubes will be target samples for fagong,
and the other group will be kept, untouched by fagong, as control
All the sealed samples must be checked and measured to
samples .
be background.
The samples for the experiment must be deposited
into a designated lab, the door of which will be locked, and
be allowed in before fagong. Doctor Yan Xin will be a
long distance away and begin to fagong at the designated time.
7 kilometers.
The duration of fagong is
normally under 10 minutes.
After fagong, the samples will be
transported to the lab containing the laser Raman spectroscopy
for checking and measuring.
The control samples will be kept in
the laser Raman lab throughout.
The experiment is done using a double-blind method; that is,
the scaling, checking and measuring are all done by the equipment
operator; no other person is allowed. Neither is anyone allowed
in the laser Raman lab during the checking and measuring.
The
situation and condition of this group of experiments is listed in
Table : .
Table ! Conditions of the Experiment
Date
Content
Temper.
o C
Method
of Communic.
Distance
Result
12/22/96
Tap water
13
3m
Change
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12/27/8G
12
phone
7km
Change
12/31/86
Tep water
12
20г.
Change
1/5/87
Glucose solut.
13
phone
7km
Change
Physiol. saline
1/8/87
Tap water
11
phone
7km
Change
Glucose solut.
Physiol. saline
1/9/87
Tap water
11
phone
7km
Change
ne:dine: su solution
1/12/97
Glucose solut.
10
phone
1900km
Change
Physiol. saline
maidineisu solution
1/17/97
Glucose solut.
11
phone
1900Km
Change
Physiol. saline
1/00/53
Glucose selet .
11
phone
1900km
Change
Physiol. saline
meidireisu solution
1/23/97
Glucose solet.
11
phone
1900Km
Change
III. Results and Discussions
Tests on tap water.
Over twenty tests on the background of
tap water demonstrate that there is an -OH contracting
oscillation peak area around 3410cm-1 in the laser Raman spectrum
diagram, while around 1635cm-1, there is an accompanying -HOH
distorted weak oscillation area. But after distance transcending
external gi, the laser Raman spectrum diagram of the tap water
shows that there is a huge unknown peak within the 1000cm- --
range. The typical result is shown in Fig. 5.
In the
experiment, on the condition that the analytical condition
remains unchanged, we conducted a trace test.
The result shows
that this peak diminishes and disappears within one hour. The
result is shown in Fig. 6. Because test samples and control
samples are taken from the same container of tap water, and the
background spectrum of the control sample remains normal; hence
there is no possibility of contamination causing fluorescence.
Moreover, this kind of unknown peak appears numerous times in the
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--
Glucose solut.
Physicl. salins

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lase: Faser spection of test samples after they have received
appears in the background spectrum test
of the control samples.
There is, therefore, sufficient reason
to believe that the appearance of this unknown peak is caused by
external qi.
Tests on medios1 0.9% physiological saline.
Under
distance
transcending external qi, there are some changes in the Raman
spectrum of the 0.9% medical physiological saline, in comparison
to the normal control spectrum.
These changes mostly appear in
the shifting of the 248cm"1 to 238cm-' of the low wave range
between 200 -- 260cm-1. Its typical result is shown in Fig. 7.
Because Doctor Yan Xin did fagong differently each time, the
changes as indicated in Fig. & are also noted. Obviously, peak
248cm- 1
disappears.
Of course, like the test on tap water, the
spectrum of the control samples remain unchanged throughout.
foot shows that the equipment is functioning normally, and
the changes in the laser Raman spectrum of test samples are
caused by external qi.
Tests on medical 50% glucose solution. Like the tests on
tap water and medical 0.9% physiological saline, after super
distance external qi, the Raman spectrum of the glucose solution
shows changes in comparison to the spectrum of the control
spectrum.
Its typical result is shown in Fig. 9.
Obviously, in
Fig. 9 there is the phenomenon of the disappearance of the
Trace tests on physiological saline and glucose solution
allow that the Funds spectrum on the samples in the four days of
trading after external gi do not appear to change.
Test on 1. Org/al maldinelsu solution. After external qi,
the Famch spectrum on the maidimeisu solution, in comparison to
spectron of the control sample, also shows changes .
Likewise, these changes appear in many toots.
Its typical result
is shown in Fig. 10.
Obviously, the 207cm-' peak shifts to
:97Com-1.
Since the above four solutions are stable under normal
room temperature, and we also check to see if the equipment
functions properly by checking the control samples before and
after the test, and randomly check the samples during the test;
therefore, we can definitely determine whether the laser Raman
spectrum of the external qi samples shows any changes over the
lase: Pamen spectrum of the control samples that do not receive
external qi.
The tests show, under the distance transcending effects of
ceternal
qi of Doctor Yan Xin, changes of varying degree occur in
the Paman spectrum for the four sample solutions of physiological
characteristics used in the experiment .
This fact shows that
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external gi has affected the structure of these solutions to a
certain extent.
Therefore, this experiment also reminds people
that one of the ways qigong masters cure sicknesses in people
with external gi is through the effect of external gi on the
fluids and tissues in human bodies, causing a certain degree of
structural and functional change, thereby achieving the effect of
cure through physiological adjustment.
Therefore, development of
this kind of experimental research is of significance.
.
.
Of course, this work only uses a Laser Raman unit to measure
and confirm the effects of external qi used by a qigong master on
several solutions having physiological effects. The work is still
in an early stage. But in order to for deeply probe the mechanism
of the biological effects produced by external qi on matter,
especially the mechanism of distance transcending external qi, in
the future it will be necessary to conduct much further in-depth
research.
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-
.
T
6
100.00
2200.00
4000.00
Kaman shift (cm"')
Fig. 5
Raman spectrum Fig. of tap water after external gi
1
2 -- 0.5 hour after qigong
b -- tap water background before
Intensity
C
b
a
400.00.
2200.00
40°
Raman shif (cm")
Fig. 6
Raman spectrum trace Fig. of tap water after qigong.
c -- 0.5 hour after external qi
2 -- 1.5 how after qigong (7km super distance)
=-- 2 hours after qigong.
*
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-
1
.
r.
'Intensity
-
b
Q
170.00
285.00
400.00
Rman shif .(cm-1)
Fig. 7
Raman spectrum diagram of medical 0.9% physiological
saline
solution.
a -- Maman spectrum before external gi (7km distance )
b Raman spectrum after external qi
9.00 E03
b
2.00 E03
200.00
250.00
300.00
Raman Shift. (cm1 )
....
Fig. 0 Faman spectrum of medical 0.9 physiological saline
a -- Raman spectrum before external qi
t -- Raman spectrum after external qi
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-
Intenafty
b
200.00
1700.00
$200.00
·Raman shif (cm-1)
Fig. 9 Famau spectrum diagram of medical 5% glucose solution
a -- Ramen spectrum before external qi
t -- Raman spectrum after external qi
6.00E03
0.00E00
200,00
1700.00
3200.0*
Raman shift (cm1)
Fig. 10
Ramen spectrum of 1.5mg/ml maidimeisu solution
a -- Raman spectrum before external qi
b -- Raman spectrum after external gi
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....