Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
C.
TEST SAMPLE FIVE:
The test samples were made
by heating
and
forming
clear glass
tubes.
These
tubes were four centimeters
in diameter and
to
centimeters
long.
The
two ends were heated
and
closed,
and
three millimeter
holes
in
the side
indicated the model number and one millimeter holes
in
the
side indicated
the bottle number.
Inside
the
tubes was placed
two meter
lengths
of
spiraled enamel
insulated wire one millimeter
in diameter,
the
spirals were one centimeter
in diameter.
One
end
of
the wire was
sealed
into
one end
of
the glass
tube,
and
the other end was
free but welded
to an M8 nut
(see illustration
four)
Illustration
4:
Test sample
five:
clear glass
tube containing
two meters
of
t.2 mm enamel
coated wire,
one end
of
the wire sealed
in
an
end
of
the tube
I
D.
SAMPLE
SIX:
This sample was also made by heating
and
forming clear
glass
tubes.
The tubes were
the same size
as those
in sample
five.
The
two
ends were heated
and closed.
At one end
there was
a one millimeter hole.
There were no holes
on the sides
of
the tubes.
Inside the tubes were
a 1.5
meter length
of
shielded wire one millimeter
in diameter.
One end
of
the
shielded wire was sealed up int
the closed end of
the test
tube
(see
illustration
five)
Illustration
5:
Test tube
5:
clear glass
tube with
1.5 m
length of
shielded wire inside
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
E.
a
500 ml
clear glass dropper bottle with
a packet
of
unexposed
photograph paper inside.
The packet
of
photograph
paper vas connected
to
a
cm length
of
string and
a
label with "TEAC" written
on.
The bottle was
sealed
with
a
rubber stopper
(see illustration
six)
.
Similar
to this sample was
a
500 ml clear glass dropper bottle with
a
FUJIAN
tea bag inside
as well
as
an
iron
tea
strainer with
a
packet
of
unexposed photography paper inside.
In
the experiments using these two types
of
samples,
in
addition
to
ordinary videotaping,
we also conducted high speed photography.
Thigh
sped
photography was
200
frames per second,
400 frames per second
and
1000 frames
per second.
Illustration
6:
A
500 ml clear glass bottle with
a packet
of
unexposed
photography paper inside
2.
PRINCIPLES OF THE EXPERIMENTS
A.
Close uninterrupted observation and video recording
of
the entire
process
of
the experiments was required.
B.
The test samples were not given to the paranormal ability subjects
prior
to the experiment.
The samples being tested were not allowed
to be taken
away.
When
the experiments were over, whether the experiments succeeded or
not,
the test samples were all collected and were properly stored.
C.
Prior to the experiment and during the experiment,
a double blind was
maintained
for both
the person administering
the test
and
the person being
tested
for the coded
test
label
for the sample.
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
3.
PARANORMAL ABILITY SUBJECTS
Subject
Z with paranormal
abilities,
male,
26 years
old.
History
of
tuberculosis,
presently completely
recovered.
Normal
physical
development.
RESULTS OF THE EXPERIMENTS
1.
A total
of
50 experiments
in
the ability
to break through
of
spatial
obstacles were conducted.
The results
are condensed
in
table
one.
We can see
that
of
the
50 experiments,
25 were successful,
17 were videotaped
and high
speed
photography was used
in
six.
TABLE
1:
TABLE OF EXPERIMENTS
Practice
runs
Formal experiments
Total
Total number
Successes
Number videotaped
Number photographed
with high speed photography
Number of
successful
samples
stored
2.
EXPERIMENTS DEMONSTRATING VALIDITY
SAMPLE ONE EXPERIMENTS:
There were successful
results with
two bottles
which were also videotaped.
The results are listed in table
two.
During both
experiments
the phenomenon
of
removal
of
one half
a
tablet occurred.
This was
because when the subject with paranormal
abilities was exercising his abilities
and exerting energy
to shake the bottles,
the tablets were broken
in
two.
It
should
be pointed out
that even though they were broken
in half,
they were
still
1.5 mm thick,
and could not
come out
through
the slot.
Furthermore,
the
number of
tablets outside
the bottle added
to the number of
tablets inside
the
bottle equalled the number
of
tablets started with inside the bottle,
that
is,
30 tablets.
The number
of
tablets
of
each color outside the bottle plus
the
number
of
each color tablet inside
the bottle after the experiment
came
to the
corresponding number
of
each color prior to
the experiment.
There was no
damage to the bottles.
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: CIA-RDP96-00792R000200040001-1
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
TABLE
2:
SUCCESSFUL RESULTS
SAMPLE ONE EXPERIMENT
Number
of
tablets
Serial number
Date
the
Red
Green
Purple
Total
experiment
concluded
Originally
Nov.
16,
1983
Number removed
1.5
1.5
Originally
Number removed
0.5
3.5
Nov.
18,
1983
There were three experiments with sample
five.
The detailed
results
are
shown
in table
three.
We find from the table
that five pieces,
D,
T,
G,
Y and
T were removed from bottle one.
From bottle four,
three pieces,
O,
E,
and
E
were removed.
From bottle eight,
three pieces,
D,
O and L were removed.
The
test pieces
removed were
the same pieces found missing from the bottles after
the experiment,
matching
the missing pieces'
number,
color,
letter and code.
However,
the glass bottle was not damaged.
See illustration seven.
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1
Illustration
7:
First
from left
is sample bottle one with
15 pieces
of
plexiglass.
Second
from left
is same bottle
but
five pieces have been
removed.
Bottle still contains
ten pieces.
Third
from left
is sample bottle eight
containing 15 pieces
of
plexiglass.
Fourth
from left
is
the same bottle but
three pieces have
ben
removed and
the bottle still
contains
12 pieces.
In the experiment described above,
the test pieces,
coding and double
blind
as well
as the samples,
were not given
to the subject prior
to the
experiment,
therefore,
the test samples could not
be prepared beforehand.
At
the experiment
location,
the main person administering the test and other
testing personnel
continuously watched,
and also the videotape methods
eliminated
the possibility
of
switching bottles.
Furthermore,
if
the bottles
were destroyed,
it would
be impossible
to put them back together,
eliminating
the possibility of
taking
the container apart.
The transparency of
the glass
ensured
that
the objects
inside
could be
seen.
Under
the assurances
of
these
conditions,
the results described above completely proves
the objects were
actually removed from the bottle by the subject using paranormal abilities.
This
is
the ability
of
breaking
through spatial
obstacles.
Approved For Release 2000/08/09
: CIA-RDP96-00792R000200040001-1