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CHINESE JOURNAL OF SOMATIC
SCIENCE,
July
1990,
pp.
22-32
RESEARCH INTO PARANORMAL ABILITY TO BREAK THROUGH SPACIAL BARRIERS
BY:
Song Kongzhi,
Li Xianggao and Zhou Liangzhong
SUBJECT WITH PARANORMAL ABILITIES:
Zhang Baosheng
(AEROSPACE MEDICINE ENGINEERING INSTITUTE)
ABSTRACT
This article uses strict scientific procedures,
one of
a kind
test
samples,
videotape and high speed photography
to demonstrate
the objective
existence of the paranormal ability of breaking through spacial barriers.
It
also shows
the physical process of this ability.
It demonstrates
that,
through
the function of
the paranormal
ability,
the macrobody was able
t.o
pass
through
the wall of
a container and be removed, but no visible damage
to
the
wall of
the container was detected.
FORWARD:
Breaking through spacial barriers
is one
type
of
paranormal
ability.
The characteristics
of
this ability
is
that
the person with
this paranormal
ability
is
able
to
remove
an object placed
in advance
in
a sealed container
without damaging
the seal
of
the container or damaging
the container
itself.
In
China,
Li
Shuhuang,
Zhang Chongqi 1
and eleven others discovered
that
persons with paranormal
abilities were capable
of
removing such objects
as
M3
nuts,
nails and bundles
of matches from
a sealed plastic
35 mm film canister.
In
the canister
lid
there was
a 1.55 mm hole,
but
the
lid
was not opened.
Following
this,
it was discovered by
the All-China Paranormal
Physical
Lin Shuhuang,
Zhang Chongqi
and others,
NATURE MAGAZINE,
4,9(1981)652
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abilities
Joint. Testing Group2
that persons with paranormal
abilities were
able
to
remove
the
target stationary paper from
a sealed kraft paper
envelope.
Then,
Liu Shuhuang,
Zhou Binghuang and
17 others 3
conducted
special
research testing on breaking through spacial barriers.
They not only
demonstrated
that persons with paranormal
abilities
could
extract stationery
from sealed kraft
paper envelopes,
but
they could also remove insects from
glass
tubes with sealed caps without
any discernable effect
on
the life or
actions
of
the insect.
At
the same
time,
in this
experiment,
they also
conducted
an experiment where
the subjects
removed
a sponge which had been
dipped
in FeCl 3
from
a double layer sealed
KCNS
type paper bag without
any
visible change
of
coloring
of
the
test paper.
This
research opened
the way
for research into ability
to break through spacial barriers
and provided
a
number
of
preliminary bases
of
a physical nature
for
this phenomenon.
On
the basis
of
these experiments,
we believed
it was necessary to use
even stricter methods
to conduct further proof
of
the reality
of
this ability
and that
we should observe
the process
of
this breakthrough and
the point
of
penetration
in order
to demonstrate whether or not there was penetration
of
the walls
of
a physical object.
Therefore,
the purpose
of
this experiment was:
1.
To use
a sample that once damaged could not be restored and
to
combine
this with visual
records
to further demonstrate
the reality
of
this
ability.
2.
To use larger and longer objects,
and combine
this with videotape
and especially with high speed photography
to observe just exactly where
the
three dimensional spacial barrier was broken through,
and whether or not
the
penetration
of
the wall was achieved over
a span
of
time.
MATERIALS AND METHODS USED
IN THE EXPERIMENT
I .
SAMPLES
1.
In order
to fully demonstrate
the reality
of
the ability
to break
through spacial
barriers,
we designed
the following
two samples.
Human Paranormal Abilities Joint Testing Group,
RESEARCH
IN HUMAN
PARANORMAL ABILITIES,
1,1(1993)9
Lin Shuhuang,
Zhou Binghui
and others,
RESEARCH
IN HUMAN PARANORMAL
ABILITIES,
1,
3(1983)110
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A.
TEST SAMPLE ONE:
We used sealed transparent glass bottles.
The
bottles were
four centimeters
in diameter and
to
13 centimeters
long.
Inside
these bottles
we placed
30 medicine
tablets which were colored either
red,
greed
or purple.
The
tablets were
5.5 mm
in diameter
and
three
millimeters
thick.
Different
ratios
of
the numbers
of
the different
colored
pills were placed
in
the different
bottles.
Each bottle was numbered
individually.
The numbers
of
each different colored
tablets,
the number
of
the sample,
and
the serial
number
of
that sample bottle were
all marked
on
the
test
labels using
a binary system.
The
tablets were
first placed
in
the
sample bottles
and
then
the
top
of
the bottle was heated
and closed
to
a
small
slit.
Even
if
the tablets were broken
in half
there
is no way they
could
be poured
out.
The sample on
the right
in illustration one
is
a
sample
one.
Illustration
1:
To the
right
is sample one:
the sample
label gives
the
type number,
the bottle number
and
the different
colors
of
tablets.
The
bottle on
the
right
I
sample
five,
the label gives
the type number and the
bottle number
B.
TEST SAMPLE FOUR:
We use exactly the same
type
of
sealed
transparent
test bottle
as used
in Sample one.
However,
inside were placed
15 plexiglass pieces which were
red,
yellow and green.
The
test pieces were
X
X
1.5 mm squares.
The different
test sample bottles contained
different
ratios
of
the different colored
test pieces.
Also,
there was
a
Russian letter on each
test
piece.
The
fifteen letters formed
three Russia
words.
Each color was
a separate word.
There was also
a serial number
on
different places on the bottle indicating
the serial number
of
the bottle.
For example,
four pieces
of plexiglass had
the
Soviet
letters
S,
O,
D ad
A,
meaning
soda.
On another location
of
S,
0,
D and A were added
1,
2,
and
4.
Each
test
sample bottle held different ratios
of
the different colored pieces
of
plexiglass.
The
test pieces were
first placed
in
the bottles,
and
the
tops
of
the bottles were heated to form
a
slit.
The
test piece could not
be
pored out through
this
slit.
The sample on
the
left
of
illustration one
is
sample
four.
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Each sample was
one
of
a kind,
so
it
could not
be duplicated.
The glass
containers
could not
be put back together
if
they were broken
and
the glass
was
transparent which
allowed
for better observation.
2.
In order
to observe
just where
the objects,
that
is
the objects
which were placed
into the containers beforehand,
broke through
the space
barrier,
and
to see what happened
to the objects and the container wall
when
the barrier was penetrated,
we designed
the following samples.
A.
We used unopened CIWUJIA
[exact,
translation unknown.
Probably
a
Chinese over
the counter medicine]
and XIAOYANLIDANYAO
[another over
the
counter medicine
for reducing
fever and
to help
the gallbladder]
bottles.
These
two medicine bottles
are both clear glass
and have
a cork stopper
sealed with wax
as well
as
a plastic screw-on
lid.
The tablets
are disc
shaped,
one centimeter
in diameter and 0.6 centimeter thick at most.
The
CIWUJIA tablets are yellow sugar coated tablets
and
the XIAOYANLIDANYAO are
blue sugar coated
tablets.
EAch bottle contains
100 tablets.
Illustration
two shows
the CIWUJIA unopened bottle.
Illustration
2:
Unopened ciwujia bottle with
100 disc shaped yellow sugar
coated
tablets.
The bottle is sealed wit cork sealed with wax and
a plastic
screw on lid.
B.
One-hundred milliliter dropper bottles
of GAOSENGPUTAOTANG
[high
ginseng content glucose]
.
These were
100 ml dropper bottles
of
GAOSENGPUTAOTANG after clinical use.
After they were washed clean,
five
types
of
capsules
and tablets were placed inside
the bottles.
Three
types
of
tablets were
round,
being one centimeter
in diameter
and
0.6 centimeters
at
the thickest.
These included yellow,
red,
and light brown tablets
all which
were sugar
coated.
In addition
there were two types
of
plastic cased
capsules
1.5 centimeters
long
and 0.5 centimeters
in diameter.
One capsule
was half
red and half
blue
and
the other capsule was
all blue.
There were
ten
of
each
type,
50 tablets
and capsules
in
all.
Then,
the bottle was
stopped wit
a rubber stopper,
and
an aluminum cap was
put
on with
a
capper
(see
illustration
three)
.
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Illustration
3:
capsules
of
five
and aluminum cap
GAOSENGPUTAOTANG dropper bottle with
fifty
different
types
inside.
It
is
sealed with
tablets
and
a rubber stopper
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
25 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
t2 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
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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
five:
clear glass
tube with
1.5 Meter
length
of
shielded wire
inside
tJ
-
^ ^
/-V
*
"’IK-
•• -* "
a.
.
-tr .irftsL*
...
•
E.
a
500 ml
clear glass dropper bottle with
a
packet
of
unexposed
photograph paper
inside.
The packet
of
photograph paper was 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
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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.
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
spacial
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
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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.
TABLE
2:
SUCCESSFUL RESULTS SAMPLE ONE EXPERIMENT
Number
of
tablets
Serial number
Red
Green
Purple
Total
Date the
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.
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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
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 spacial obstacles.
Illustration 8:
Sixty-two pills
of CIWUJIA were
removed from a previously sealed
bottle.
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Serial
number
TABLE THREE:
SUCCESSFUL RESULTS OF EXPERIMENTS WITH SAMPLE FIVE
Plexiglass pieces
No.
of
Date
Red
Yellow
Green
pieces experiment
completed
1.
Letter and code
of
piece removed
•A
JT T. .A
H
ji* t.
Y
A* B..A H
1 V
H
I
T
A
B, ,A
K
T
10 Dec
2.
Letter and code
of
piece removed
S
O
B
E. JX
b
*n O' P. .T X E- Ji b
E-
fc
X
.fl
28 Dec
3.
Letter and code
of
piece removed
#C
O*
A,,
A
I
.
’ll
O*
JI. £
0*
JI.
’0
3' OJ* H H'K
30 Dec
3.
OBSERVATION OF THE BREAK THROUGH POINTS
A.
The unopened tablet bottle experiment
results
are shown
in table
four.
Some of
the results
of
the videotaping are
shown
in illustration eight.
These
demonstrate that
tablets were actually removed
from the unopened bottle with
its original
seal without breaking
the bottle.
What
is especially clear
is
the
CIWUJIA medicine bottle experiment
seen with high speed photography
of
400
frames per second.
(See photographs
inside
front
cover)
the photographs
show,
this
result.
It
is
a group
of
continuous
frames.
In
the
first
frame,
there
is
no tablet visible outside
the bottom or side
of
the glass.
In
the second
frame,
slightly outside
the bottom of
the glass,
two-thirds
of
a tablet
is
sticking outside
the glass.
The tablet
interfaced with
the glass
along
the
side
of
the bottom of
the bottle which can be diagrammed
as
follow:
ILLUSTRATION
10:
DIAGRAM OF TABLET BREAKING THROUGH
I
I
l
Frontal view
Side view
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TABLE FOUR:
RESULTS OF SUCCESSFUL TABLET EXPERIMENTS
Name of
medicine
Seal
Size of tablets
Number in
unopened
container
Number
removed
Number
remain-
ing
Date
completed
CIWU.IIA
Unopened original container.
Disk shaped 10
run
100
29 Apr 84
cork stopper sealed with wax
in diameter and
and plastic screw on lid
6 mm thick
XIA0YANU-
Original unopened container,
Disk shaped,
ran
100
4 May 84
DANPIAN
cork stopper sealed with wax
in diameter and
and plastic screw on lid.
6 rum thick
FIVE
A 100
ml. high ginseng content Yellow,
red and light
DIFFERENT
glucose dropper bottle with
brown tablets were 10mm
.10
TYPES MIXED
a rubber and an aluminum cap.
diameter and six mm thick;
TOGETHER
the blue and red/blue
7 May 84
gel capsules were 15
ran
long and
5ran in diameter
Frame
three,
this
tablet
is already
three mm from the bottom of
the
bottle-
The
tablet,
is one centimeter
in
diameter.
Similar
to this was
the
removal
of
unexposed photograph paper
from
the
500
ml dropper bottle and
the
removal
of
removal
of unexposed photograph
paper from
the iron tea leaf
tube.
The unexposed photograph paper was
all
unexposed.
Illustration
shows
the
removal
of
unexposed photograph paper
from
a
500 ml
bottle
as captured on videotape.
It
is
a continuous
process,
with each
frame
40 milliseconds.
Beginning with
frame
four,
the photograph paper appears
outside the bottle.
In frame
five
it
is half
in and half
out,
and
the
2.5
X
3.5
cm flat packet
is parallel
to
the surface
of
the
table,
cutting
through
the
side
of
the bottle horizontally.
In
the
sixth
frame
it
is completely removed.
This demonstrates
the entire process
of
a
solid
object breaking
through
the
wall
of
a container
and shows
the object half
in
and half
out
of
the container.
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Illustration
11:
Videotaped continuous process
of
removal
of
unexposed
photograph paper through
a
500
ml dropper bottle.
Each frame
is
ms.
:
THIS
IS FIRST FRAME
2:
THIS
IS SECOND FRAME
3:
This
is
third
frame
4:
This
is
fourth
frame.
Small
portion
of unexposed paper appears
outside
of
glass
5:
Fifth
frame:
half
of unexposed
6:
sixth
frame:
most
of
unexposed
paper appears outside
of
glass.
paper
is outside
of
glass
other half
is
inside
the glass,
darker portion above packet.
The
2.5
x
3.5
Packet comes
out
flat.
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7:
Seventh
frame:
unexposed
packet
of paper already totally
outside
the glass
The
results
of
this group of
experiments not only demonstrates
that
the
break through point
is the wall
of
the container,
but
that
the break through
of
the obstacle occurs
in
a time sequence.
B.
RESULTS OF EXPERIMENTS WITH CONTINUOUS TARGET OBJECT SAMPLES
The
results
of
the experiments with samples
and
are shown
in
table
5.
In
the
type
of
sample bottles used
in samples
six,
there
is only
a
lrnm hole
in
one end
of
the bottle.
The removal
of
the
iron washer with
its shielded wire
from inside
this bottle without damaging
the original
seal
is unquestionably
further proof
of
the
reality
of
paranormal
abilities.
From the videotape
of
this experiment
it
can be seen that
the process
of
the fingers pinching one end
of
the wire,
causing
the shielded wire
inside
the glass
to follow
the movements
of
the fingers outside
the glass
in
a shearing motion.
As shown
in
illustration
12,
from frame
two
to frame seven are
the continuous video tape
results.
The space between
each picture are four
frames.
It
is possible
to
see
the subject with paranormal abilities pinch
the
end
of
the shielded wire
between
the thumb
and forefinger
of
his
right hand.
As his
fingers move
twice,
the shield wire inside
the bottle appear
to make
the
same movements.'
Interestingly,
although
it
appears
to be making
a shearing motion horizontally
against
the wall
of
the container,
it
did
not.
leave
any mark on
the wall
of
the
container which
is visible
to the naked
eye.
This
is
similar
to
the
tablet
breaking through
the medicine bottle.
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LN190-91
Table
Serial
number
Target object
Results
Record made
Date completed
Sample
V no. 12
2mm diameter single
Pulled
out
2 Apr
strand enamel wire
coil
three sections
Videotaped
Sample
no. 13
m diameter single
Pulled
out
Videotape
10 May
strand enamel wire
coil
five sections
and photograph
Sample six A
1.5 mm single strand
Pulled
out
shielded wire
two sections
Videotaped
Apr
Sample six B
1.5 mm single strand
Pulled out
four
Videotaped
28 Apr
shielded wire with
sections
and one
and photographed
washer affixed
to end
washer.
The wire
inside broke
into
three sections
Illustration
12:
Video taped results
of
the sample six experiment,
spacing between pictures
is
four
frames
2:
Frame one.
Right
thumb and
Frame
two:
wire moves down
in bottle
forefinger pinching wire
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LN190-91
4:
Frame
three:
wire continues
to
drop
in bottle
6:
Frame
five:
wire continues
to drop
DISCUSSION.
5:
Frame
four:
wire continues
to drop
7:
Frame
six:
wire
is
coiled up
toward
the left
in
the bottle
of
paranormal ability
to break through
1.
The question
of
the validity
spacial barriers.
We can see from the results described above
that
as one
of
the paranormal
abilities,
the ability
to break through
spacial
barriers
actually
exists.
The
sample bottles
type one and
type
four were glass which had been heated
to form
the mouth almost
shut.
If
these bottles were broken,
they could not
be put
back
together,
any breakage would be irreversible.
Furthermore,
each
sample
had
a unique serial number and
the
target objects were
of
different
colors,
and
there were different numbers
of
each different
color.
The
target objects
also
had
russian letters
and codes
as well
as
dots.
Each
sample had thorough video
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taping equipment
from
all
angles,
ensuring
their
individual
characteristics
formed during heating.
This
information totalled
together
forms one
of
a
kind
samples.
It would be impossible
to copy
these samples.
In addition,
prior
to
the experiment,
the subject had no contact with
the
test
samples
and
had no
ideal
of
the form or coding
of
the
target,
objects.
The
test
subject
only
came
in contact with the samples
at
the experiment
site.
Therefore,
first,
copy
of
samples was
impossible,
so switching
of
containers became meaningless.
Second,
the glass bottles could not
be broken.
Third,
the
samples could not
leave
the
testing
site,
and there was always someone watching
the
testing
site,
and
at
key
times
there were video taping or high
speed photographing
of
the
tests.
Under
such conditions,
the number,
color,
serial number
and coding
of
tablets
or plexiglass pieces
on
the experiment
table exactly matched
those
in
the
sample bottles.
This allows
us
to only
reach one conclusion:
that
the tablets
and pieces
of plexiglass were passed through
the walls
of
the
container.
Also,
in
the experiment with the sample
six bottles,
there was only
a one
mm small hole
in one end
of
the glass bottle
and
the shielded wire
in
the
bottle was one mm
in diameter.
This
type
of
one mm shielded wire has many
frays
at
the end
(shielded wire
is
formed from braiding
fine metal
wires)
.
Even
if
we used our hand
to directly pinch
this end
of
the wire
so
it would go
through
a hole
the same size,
it would be
a difficult
task.
However,
this wire
was placed inside
a glass
tube,
and there was
a
7 mm iron washer there
as well.
Without breaking
the glass bottle,
three
to five sections were
removed and
the
washer appeared on the outside.
The shielded wire on the inside was broken and
there were several sections
of
sections
of wire
three
to
ten mm long
and
the
washer was gone.
Without
a doubt
this proves
that
the shielded wire and
the
washer passed through
the wall
of
the container
to
the outside
of
the
container.
However,
the glass was not broken.
Therefore,
it
cold only have
ben
a
type of
paranormal ability
that caused
t
to be outside
the glass.
We
should explain
that
this
type
of
experiment had
a high degree
of
one
of
a
kind.
Because of
the thickness
and
length
of
the
samples,
the method
of
securing
the
wire inside,
and
the closing
of
both
ends
al had
their own special
characteristics
that, would be difficult
to duplicate.
Furthermore,
the samples
were very long and
it would
be difficult
to switch
them undetected.
In
addition,
there were videotaping procedures,
ensuring
the strictness
of
the
experiments
2.
CONCERNING THE POINT OF BREAKING THROUGH
In these experiments,
we
can
see fairly clearly
the phenomenon
of
the
target objects passing through
the walls
of
the container.
This phenomenon
tells
us:
A.
The breaking through point cannot
be
a hole
in
the container,
a slit
in
the container or
the edges
of
the seal but
i directly
through
the wall
of
the container.
In
the experiments with clear glass containers
and
relatively
small
target objects,
we
can also
see
them become larger during the process
of
the
target objects passing
through.
Also,
in
the experiments where
the
container
and
the
transparent
target object were
all
relatively
large,
we could
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see
the
target objects
being both inside and outside
the container,
the changes
and
the cutting through phenomena.
B.
The targets
passed through
the walls
of
the containers
at different
speeds.
In
the experiment with
the CIWUJIA bottles,
it took around
2.5
milliseconds
for two-thirds
of
a
tablet one centimeter
in diameter
to pass
through
the wall
of
the container.
The average speed was
V
= 7mm/2.5
ms
-
2.8
meters
per
second.
Assuming
that
they passed through
at
a uniform speed,
the
speed would
be
at
this
level.
Somewhat slower than the speed
at which
an athlete
runs.
The removal
of
the unexposed photographic paper packet
from
the
500
ml
dropper bottle took more
than
10 milliseconds,
or
a
speed
of
30 cm/second.
For pulling shielded wire or enamel
wire
from
a glass
tube,
the sped could
be even slower,
or
even stop
for several
seconds.
Therefore,
we
can see from these experiments
that
the speed
at which solid
target objects
pass
through spacial barriers
can be very
slow,
speeds
slow
enough
to
be followed
by
the human
eye.
However
there were also changes.
We
reason we are often not able
to see
the processes
is because
the walls
are
to
thin.
Granular shaped
target objects passing
through these thin walls
in
a
number
of
milliseconds.
High speed
cameras or slow motion video cameras
can
show the visible time progression.
This
eve more clearly proves
the objective
reality of
the paranormal
ability
of
breaking through spacial
barriers.
C.
In the precess
of
the experiments
the walls
of
the containers have
to
have
a slit,
small hole
or stopper
for
the experiment
to succeed.
The objects
cannot be removed
from
a completely closed container.
However,
in these
experiments we discovered
that
the point
at which
the objects pass
through
the
spacial
barrier
is not
at
the slit,
the hole or between
the wall
and
the
stopper,
but
is
in
the wall
of
the
container.
What
then,
is
the significance^
of
the
slit,
hole or border between
the stopper and
the wall
of
the container!
Is
it
a psychological
requirement
or
a physical
requirement?
This
is something
that
requires further
study.
CONCLUSIONS
From the analysis
of
the video
tapes
and high
speed photographs
of
successful
experiments
in breaking through spacial
barriers
by
a young subject
with paranormal
abilities,
we have proved
the existence
of
one type
of
paranormal
ability
-
the ability
to pass
through
spacial
barriers,
that
the pas
through point
can be
the wall
of
the container,
and furthermore,
that
the
passing through
the walls occurs over
time.
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