Approved For Release 2
-00789R0021 00230001 -3
Project
Title:
Quantum Systems
PK
(psychokinesis)
.
Major
Ob jecti ves
Sasic
scientific
considerations suggest
that
PK
effects
on
fundamental
quantum systems
(photon,
electron,
radioactive decay
could provide data
on
basic
coupling/interaction mechanisms
.
Specific
Objectives
(1)
To determine whether
PK
effects
are quantum statistical
in
nature
(as opposed
to
weak
classical)
(2)
To determine whether
a
specific quantum system
is more
susceptible
to
PK
influence
(3)
To quantify magnitude of such
effects,
if verified
\
.
Implementation
of Proposed Objectives
(1)
Project status:
Followup project
to previous electronic-noise
diode. and
radioactive-decay REG
(random event generator
studies
(2)
Related projects:
Fundamental
mechanisms research,
countermeasures
(3)
Funding/manpower requirements:
2 manyear effort,
in house
$240K
(estimated)
(4)
Timing:
24 months
Deliverables
(1)
Reports,
with analysis,
of data obtained
in experimentation
; ;
s'ft :
(2)
Possible' PK
target
device,
to
be used
in other experimentation
Consequences of Nonaction
Inadequate understand inq
of fundamentals,
of possible
importance
xn
countermelwP^SWi^B^®
1®356 2000/08/08
: CIA-RDP96-00789R00210Q230001-3
i
ijvl/ M
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1 V- H
Approved For ReleUN£<LA§S!Fci£[^DP96-00789R0021 00230001 -3
-
Project
Title:
Geophysical
Variables Correlation
Studies
.
Major Objectives
The purpose of
this task
is
to determine whether,
and
to what
extent,
psychoenergetic performance may be effected
by certain
geophysical
variables,
such
as geomagnetic
storm activity,
ambient ELF
fluctuations,
and
so forth.
.
Specific
Objectives
(1)
Search
and summarize the
literature that
indicates that
geomagnetic storm activity,
fluctuations
in
the ambient ELF
bands
<<300 Hz),
and other geophysical effects may correlate
with degraded
or enhanced psychoenergetic performance.
<2)
Collect daily data
on solar flare activity,
geomagnetic
storm
activity,
etc.,
and monitor ambient ELF fluctuations
in
the
local
RV chamber,
to be used
for correlational
studies.
<3>
Examine
the statistical
correlation between
RV performance
and the measured
and recorded geophysical variables of
interest,
to determine whether such variables can
be
used' as
an
indicator
of expected performance,
and whether optimum performance
windows
wi^th respect
to such variables can
be
identified.
Implementation of Proposed Objectives
<1)
Project status:
New project
<2)
Related projects:
Fundamental mechanisms research,
countermeasures
<3)
Funding/manpower requirements:
1 manyear effort,
in-house and
consultant.
$120K
<estimated)
<4>
Timing:
12 months
.
Deliverables
Reports
on correlations or
lack thereof .
If successful,
recommended procedures for gating
RV activity
.'Consequences of Nonaction
?d
RV performance
'in', n
,
should, correlations between
tic
performance exist but
go
: CIA-RDP96-00789R0021 00230001 -3
'
Randomly
reduce
! iMCI ACC
Approved For Release 2004>/|
789R0021 00230001 -3
Project
Title:
Distance Effects
Research
Major Objectives
The major objective of this task
is
to determine whether,
and
to
what extent,
distance plays
a role
in psychoenergetic
performance.
,hJ *
constitutes
in part
a
test of electromagnetic versus quantum non-locaiisy
theories,
the former being distance-dependent
to
a
degree,
the
latter
not
<in
its simple formulation).
Specific Objectives
(1)
Examination
of distance effects
on
the basis of literature
review
(2)
Examination of distance effects on
the basis of comparative
studies of room-to-room versus
laboratory-to-(e.g.
)
space
shuttle distances
(experimentation)
*
A
*
'«
Implementation of Proposed Objectives
;
. A
f
<1)
Project status:
New project
(2)
Related projects:
Other FM projects
(3) Fuhding/manpower requirements:
3 manyear effort,
in-house and
consultants.
$435K
(estimated)
(4)
Timing:
36 months
Deliverables
Cl)
Reports,
summarizing analysis of literature results
-
(2>
Reports,
with analysis,
of data obtained
in experimentation
;
?,*jf>ecif irtilly designed
to determine distance dependence
of
-psyehoenetfetic processes
Cpnsequen^ro^eWdFf^tease 2000/08/08
: CIA-RDP96-00789R0021 00230001 -3
Inadequate understanding
of the role distance might play
in^
^
_
Approved For Release 2000/08/1
[6
]00780R0021 00230001 -3
Hi
I C
i
Project
Title:
Shielding Studies
Major Objectives
The major objective of
this
task
is
to determine
what extent,
various shielding materials/environments
psychoenerget ic
energy transfer.
whether,
degrade
and
to
Specific
Objectives
< 1 >
Determine shielding characteristics of various
(metals,
plastics,
etc.)
and enclosures
(e.g..
materials
Faraday cage)
( 2 )
(3)
Determine shielding characteristics of seawater
by,
e.g.,
exerimentation
involving
remote viewing
from
a submerged
submarine
(test of ELF hypothesis)
\
Determine shielding characterstics
of
ionosphere
experimenation
involving remote perturbation
of
s
borne electronic
or radioactive-decay REG
(random
generator)
target devices^.
by,
e.g.,
pace—shuttl
event
e-
Implementation
of Proposed Objectives
(1)
Project status:
New project,
followup
to earlier pilot
shielding study involving remote viewing
from submarine
(2)
Related projects:
Fundamental mechanisms reseai ch,
countermeasures
(3)
Funding/manpower requirements:
3 manyear effort,
in house and
consultants.
«405K
(estimated)
(4)
Timing:
36 months
Del i verab les
Reports,
with analysis,
of data obtained
in experimentation
Consequences of Nonaction
Approved For Release 2000/08/08
0021 00230001 -3
uniOUfciiNtU
Project
Title:
Classical
Systems
PK
(psychokinesis)
.
Major Objectives
Data
reported
in
the psychoenergetics
literature suggest that
PK
effects
on
large-scale sensitive classical
systems
(magnetometers,
gravi tometers,
piezoelectric
and resistive strain
gauges,
mechanical
systems
such
as gyroscopes,
etc.,
optical
detectors
such
as
film,
phototubes,
etc.)
could provide data
on
basic
coup 1 ing/interac tion
mechanisms.
c.
Specific Objectives
(1)
To determine whether large-scale classical
systems respond
to
PK
influence
(2)
To determine whether
some one particular mechanism
(system)
is more susceptible
to
PK
influence
<3)
To quantify magnitude
of effects,
if verified
•W
..
d. .Implementation
of Proposed Objectives
i
’
.
‘
'
•
-V*
(1)
Project status:
Followup project
to previous pilot studies
involving magnetometer
,observations
(2)
Related projects:
Fundamental
mechanisms research,
countermeasures
(3)
Funding/manpower requirements:
2 manyear effort,
in-house.
*240K
(estimated)'
(4)
Timing:
2A months
•.
Deliverables
(1)
Reports,
with
analysis,
of: data obtained
in
experimentation
(2)
Possible'PK
target device,
to be used
in
other
experimentation’
..
Consequences of Nonaction
.
'
r
4 <,
in
IAmm&FO*<881$§S#cAQfiiO/0?/Q^n
e
countermeasures design
(
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