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Approved For Release 2000/08/10 : CIA-RDP96-00792R000300030001-1 LN166-93 with the ears" be organized. A debate that departs from scientific experiment is of no value. The committee reiterated that research work on physiologically unique skills must be conducted under the leadership of the party; must be guided by Marxist theory in order to uphold the methods and universal views of dialectical materialism; must guard against and resist fully the incursions of idealist thought, and must proceed unrelentingly to battle feudal superstitions and all kinds of anti-Marxist thought and behavior. The committee seeks to have the broad mass of scientific workers base their work on strict, rigid scientific experiments and, starting with the most fundamental research work, be prepared to spend years or even tens of years completing one or two key experiments that will be fully acknowledged by both domestic and foreign scientists. The committee selected He Chongyan as chairman of the preparatory committee, and Long Wenyu, Ye Zhaoqi, Wu Xicai, Lin Shuhuang, Su Yin (female), and He Chongyan as members of the standing committee (together with one other individual), and Zhu Runlong as committee secretary. Each committee delegate acknowledges that this plenum convened at the most opportune moment, collected a broad spectrum of opinion, clarified thinking, standardized our knowledge, strengthened our unity, completed the establishment of our organization, and achieved satisfactory results. Everyone said sincerely that, although the road before us is difficult, nevertheless the future of research on physiologically unique skills is bright. Approved For Release 2000/08/10 : CIA-RDP96-00792R000300030001-1
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Approved For Release 2000/08 0: CIA-RDP96-00792R000300030001- DEFENSE INTELLIGENCE AGENCY WASHINGTON, 0. C. 20301 TRANSLATION REQUESTER TRANSLATOR’S INITIALS TRANSLATION NUMGER DATE COMPLETEO ENCLU(S) TOIR NO. DTI-S STI LN166-93 4 pax 33 LANGUAGE GEOGRAPHIC AREA (If different from place of publication) Chinese ENGLISH TITLE OF TRANSLATION PAGE NOS. TRANSLATED FROM ORIG DOC. Chinese Jou. rnal of Somatic Science All FOREIGN TITLE OF TRANSLATION AUTHOR (S) FOREIGN TITLE OF DOCUMENT (Complete only if different from title of translation) PUBLISHER OATE AND PLACE OF PUBLICATION COMMENTS TRANSLATION DIA FORM 558 (6~72) Approved For Release 2000/08/10 : CIA-RDP96-00792R000300030001-1
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[1]
(1988)24—58
[2]
100980)747
[3]
Cohen S. J.
, Williamson S. J. et al.
(Ed) , Biomagnetism , An
InTerdisciplinary
Approach,
chap.
10, Plenum
Press, New
York and London, (1983)327-399
[ 4 ]
Williamson
S. J.
, Kaufman
L. J.
magnetism and magnetic
materials, 22(1981)129-201
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Abstract
The Dynamic change of Magnetic signals (MS) under Qigong state was observed on the 20 Qigong per-
formers (QP,32 tests), in which MS were measured on 21 tests.
There are three types; (1) dc MS are 2~
6X 10
3nT in amplitude,
0. 5— 14 minutes in duration ; (2)ac MS are 2~2. 6 X 10
3nT in amplitude; (3)
Pulse MS are 3~1. 3X 10
5nT in amplitude.
After Qigong the MS were
still measured in 80% ,it showed
that there still presented a “field” effect. The repeated results are obtained in 65%
, through repeated test of
8 QP (17 tests). In the view of dc magnetic field, dc
field measured at Qigong state
is greater
in 3~6 or-
ders of magnitude than that in normal.
It
is worthy to think deeply and studies further what
is the mecha-
nism to increase dramatically of MS in human body at Qigong state.
Key words. Zero- Magnetic Space Laboratory, Qigong, Magnetic Signal
,
Millioerstedmeter
c b
. (x)u
,
e-v.
oti
.
,
v.
~ 20 ' 0
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LN465-92
signal
.
THREE CATEGORIES OF DETECTED SIGNALS
1.
High magnetic signal group.
This
is where
the signal intensity
was
to
105nT
.
This occurred
13 times,
or 40.7 percent
of the
time.
2.
Low magnetic
signal group.
This
is where
the signal intensity
was two
to
lOnT
.
This occurred
on eight occasions,
or
percent of the
time
.
3.
No magnetic signal group.
This occurred
on
11 occasions,
or 34.3
percent
of
the time.
Based
on the category of magnetic
signal
of
the QIGONG
released by
the subject,
we can
divide them
into the
categories of direct current,
alternating current and pulses.
The
direct current
signal amplitude was
two to
6 X
lQ3nT,
and continued for 0.5 to
14 minutes
(from the time when
the subject began releasing QI until he stopped).
The alternating current
signal amplitude
was
to 2.6 X
103nT,
and
the frequency was 0.16 to 0.5
cycles per second.
The pulse signal amplitude
was
X 1.3
X
10 5nT
,
and
the frequency was from one
to two cycles per second
(see table one).
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y*!)xx
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20-2. 6X 10 3
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o
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4 — 30
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4 — 36
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3— 4
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O
X
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T
co
32-1. 3 X 10 5
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i
/m
x
3. 5
jmxx
2-9
TABLE ONE:
CATEGORIES AND STRENGTH OF MAGNETIC SIGNAL OF EXTERNAL QI
1.
Person
doing
QIGONG,
current
(nT).
4.
Pulse
(nT).
8.
Ju X
X.
9.
Liu XX.
10.
13.
Zhang XX.
14.
Huang X X.
X X.
2.
Direct
5.
Liu X X.
Huang X X.
15.
Lyu X
current
(nT).
3.
Alternating
6.
Zhang XX.
7.
Cui X
X.
11.
Wang XX.
12.
Yang X X.
X.
16.
Zhang X.
17.
Zhang
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’
,
1 .Approved For Release 2000/08/10
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*
i.H.lfiS
<sv
ILLUSTRATION
THREE
SHOWS
TYPICAL
MAGNETIC
SIGNAL
CHARTS
DURING
TESTING
ILLUSTRATION THREE:
TYPICAL MAGNETIC SIGNAL CHARTS DURING QIGONG
PRACTITIONERS'
RELEASE OF QI
1.
CHARACTERISTICS OF MAGNETIC SIGNAL DURING RELEASE OF QI
:
During the process
of
the
release
of
QI ,
magnetic
signals were
detected
times.
Of these,
on five occasions there were all three types
of signals,
on six occasions there were two types of
signals,
and
on
ten
occasions one
type of
signal occurred.
The alternating current signals
generally were
less than
lOnT,
and individuals could attain
as much as 2.6
X
10 3nT
.
The
direct current signals were between two and
20nT,
and some
persons could achieve
6 X
10 3nT
.
The pulse signal
had
a
very wide range
of
intensity,
and the absolute values were also
large.
A small number
of
people
had signals
of
less than
100 nT,
but the majority were
over
103nT.
Of these,
some were
of the magnitude of
104 to
10 s nT
(see table two and
illustrations four
a,
b and
c).
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*2
2ari(nT)
3£ifi[(nT>
*
l0C.M»(nT)
j~M x x
2— 4
2—20
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2—6
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sMx x
3— 10 3
x x
7X10 3— 5. 4 X 10 3
iHK x x
3—4
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HKx x
1|XX
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ts3Lx X
n
x x
*
TABLE TWO:
CATEGORY AND STRENGTH OF MAGNETIC SIGNAL OF EXTERNAL QI
1-
Person doing QIGONG.
2.
Direct current
(nT).
3.
Alternating current
(nT).
4.
Pulse
(nT).
5.
Liu X X.
6.
Zhang X X.
7.
Cui X X.
I.
Ju X
9.
Liu X
X.
10.
Huang X X.
11.
Zhang X X.
12.
Lyu X
X.
13.
Zhang
14.
Yang XX.
15.
Wang X X.
ILLUSTRATION 4(a):
MAGNETIC SIGNAL CHART OF QIGONG PRACTITIONER
WHILE RELEASING QIGONG
1.
Releasing QIGONG.
2.
Stop.
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l.lvM (ts
U
)
ILLUSTRATION 4(b):
MAGNETIC SIGNAL CHART OF QIGONG PRACTITIONER
WHILE RELEASING QIGONG
1.
Releasing QIGONG.
2.
Palm of the hand.
3.
Stop.
4.
At doorway.
ILLUSTRATION 4(c):
MAGNETIC SIGNAL CHART OF QIGONG PRACTITIONER
WHILE RELEASING QIGONG
1.
Releasing QIGONG.
2.
Stop.
As for
the question
of the
intensity of magnetic fields during the
release
of external QI ,
there
are
reports
that
under
conditions
of
a
magnetism screened
room,
when
a QIGONG master releases QI
,
low frequency
magnetic
signals
of
from
0.25
to
four
gauss
have
been
detected,
approximately equal
to 2.5 X
104
to 4 X
105nT,
with fluctuations of only a
single order
of magnitude^?:.
In
the zero magnetism
space laboratory,
magnetic signals
of two to
105nT were
measured,
with fluctuations of
as much as
105
times.
Analysis
of the difference
in the measured signal intensity yields two
causes.
1,
our
laboratory
conditions
were
a
zero magnetism space laboratory,
and
environmental noise was
low,
relatively small signals could not be covered
by magnetic
noise.
2,
The
instruments used
had different sensitivity.
According to the articles,
the
instruments
they
used
were
a magnetism
detection
apparatus
composed
of
a
magnetically sensitive diodes and
a
voltage amplifier with a
magnetic
induction
sensitivity
of
12mV/gauss,
which
is
12mV/105nT2.
However,
our CHO-1 model millioersted meter
had
a
sensitivity
of
lDmV/nT,
about
10 5
times
more
sensitive
then
their
instrument
.
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FIRST ISSUE
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LN465-92
During the release
of QIGONG,
we detected
a magnetic signal
out
of
32 times,
or two thirds
of the time.
One-third
of the
time,
no magnetic
signal was
detected.
One reason
for this may be that the subject being
tested was sending
out
a
signal
of
a
different
nature
(such
as
an
electromagnetic wave
in
a
different frequency
range),
infrared rays,
or
acoustical waves).
2.
CHARACTERISTICS OF THE MAGNETIC SIGNALS PRIOR TO RELEASE OF QIGONG
When the subject entered
the zero
magnetism space
laboratory,
when
the door
was closed and
he was standing at
the doorway or
in front
of the
probe before
he began
to release
QIGONG,
most
of the
times no magnetic
signal appeared
(standing at the doorway,
there was no magnetic signal
percent of the
time,
and standing
in
front
of
the
probe
there
was no
signal
percent of
the time)
(see table
three).
However,
there were
three
of these
21 occasions
(or
14 percent/ of the
time) when
there was
a
magnetic signal
when the
subject was standing at the doorway.
On one of
these occasions,
there appeared
a direct
current magnetic
signal
of 4nT
,
on
one
occasion
there
was
a
2nT
signal alternating current magnetic
signal,
on another occasion
there
was
an
alternating
current magnetic
signal
of
3nT and
a pulse
magnetic signal
of
13nT
.
While standing
in
front
of the probe,
on five occasions
(or
24 percent
of
the
time) there
was
a
magnetic signal.
On
three of these occasions there was
a four
to
20nT direct current magnetic signal,
on
one
occasion
there
was
a 18nT
alternating current magnetic signal.
On three occasions there was
a 30
to
4 X
10 3nT pulse magnetic signal
(se illustrations five
a and
b).
TLLU STRATIONS
5a, b:
MAGNETIC SIGNAL CHART PRIOR TO RELEASING QIGONG
1.
Inside
the door.
2.
At
the probe.
3.
Release QIGONG.
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Approved For Release 2000/08/10 : CIA-RDP96-00792R000300070001-7 LN134-93 ILLUSTRATION ONE: DIAGRAM OF EXPERIMENTS ON SEEING THROUGH A WALL 1. Target Object. 2. Blank. 3. Partitioning wall. 4. Subject. In order to ensure the objects are clearly identified, we used an equilateral triangle 18 centimeters on a side, a square, half a circle with a radius of 18 centimeters and a full circle. The ESP subjects felt that red target objects were easier to sense, so in the experiments it was decided to use red wooden target objects. In the experiments, these four target objects and a blank experiment where was no object occurred at random. The random sequence was provided by a computer. Here, we would like to briefly describe the specific conditions at the location of the experiments. On one occasion, the experiment was conducted in two adjoining rooms separated by a brick wall at the Anshan Hotel in Anshan (see Illustration Two). It takes effort for a person with ESP to see through a wall when the person is in a fairly dark room, so the window in one of the rooms was covered with a carpet, and during the experiment, the ESP subjects sat in this (B) room attempting to see the objects displayed by the person running the experiment (a) in room (A). The person running the experiment (b) sat in room (B) inside the door, and after the ESP subject had (seen) and recorded the target object, he gave the person running the experiment (a) the signal to change the target object. Approved For Release 2000/08/10 : CIA-RDP96-00792R000300070001-7