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SECRET/ CENTER LANE- 3 / NOFORN
I
INTRODUCTION
(U)
(S/CL-3/NOFORN)
In response
to correspondence from Army INSCOM dated
2 May
1983,
and
to discussions with INSCOM personnel
on
7 and
8 September
1983,
SRI
International
submits
this proposal
to
initiate activity with
regard
to Special Orientation Technique
(SI-SIII) remote viewing
(RV)
training
.
(S/CL-l/NOFORN)
To accomplish
the proposed program,
SRI will provide
the facilities, materials,
SRI staffing,
and consultants
to perform the
tasking outlined
in
the
INSCOM Statement of Work dated
2 May
1983,
Details
of
the effort are
specified
in
the
following section.
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5001 10019-5
SECRET/CENTER LANE -3 / NOFORN
II
STATEMENT OF WORK
(U)
1.
(U)
GENERAL
1.1
(S/CL-3/NOFORN)
The objective
of
this effort
is
to
investigate
a particular aspect
of
the psychoenerget ic phenomena known as remote viewing
that has
a potential military intelligence application.
Coordinate Remote
Viewing
(CRV)
is
a
staged
technique that utilizes coordinates
to facilitate
acquisition
of
a remote viewing target.
1.2
(S/CL-3/N0F0RN)
The major goal
is
to determine whether CRV
technology can be successfully transferred
to
INSCOM personnel with
a
correspoijd.igg
increase
in
the reliability
of
a remote viewer.
lU/tt
P&WlQ?
CRV
.
WUT-
(U)
SPECIFIC TASKS
O
AS
2.1
(S/CL-3/N0F0RN)
Train
three army personnel
concurrently
in
CRV Stages
I
through
III,
as outlined
in
SRI memoranda on this
subject,
dated
16 December
1982
and
25 May
1983.
2.1.1
( S/CL-3/N0F0RN)
Initiate training
at
the highest
skill
level
(CRV stage)
of
the
trainee.
2.1.2
( S/ CL-3 /NOFORN)
Training
for each CRV
stage will normally
be divided
into working
sessions
in accordance with
the following
schedule:
Stage
i,
Phase
to
3 weeks
Stage
i,
Phase
to
4 weeks
Stage
ii
to
6 weeks
Stage hi
12_ to
16 weeks
Total
—
24 weeks
The session dates will
be mutually agreed
to by
SRI and
INSCOM.
2.1.3
( S/CL- 3/ NOFORN )
After
successful
completion
of
each
CRV stage,
the
trainee will
be
scheduled
to begin
the next CRV stage.
2.2
(U)
Determine
the potential
of
the trainee
for further training.
(U)
Broken up
into 2-week sessions
each, with
to
4 week breaks between
sessions
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SECRET/CENTER LANE - 3 / NOFORN
3.
(U)
SECURITY
(U)
Military security requirements
in the performance
of
this
con-
tract
shall
be maintained
in accordance with the
’’CENTER LANE SECURITY
PROCEDURES GUIDE,” dated
1 March
1983
( S /CL-1 /NOFORN/ORCON)
.
The highest
classification involved
in the performance
of
this contract
is
SECRET/
CL-4/N0 FOREIGN DISSEMINATION/ORIGINATOR CONTROLLED,
4.
(U)
DELIVERABLES
(U)
SRI
International will provide
the following:
4.1
(S/CL-3/NOFORN)
St^^-of -the-art CRV training.
4.2
(U)
A progress
report
(2 copies )--written evaluation
of
the
trainee’s
progress
(within
10 days
after
the completion
of
each training
block)
,
4.3
(U)
A final
report.
4.3.1
(U)
A final report
(three copies) will
be
furnished
within
30 days
after completion
of
each training
stage.
-^4.3.2
(U)
The report will
include
a summary
of
the training
presented,
an evaluation
of
the
trainee's
ability
to understand
the
training,
and
a
summary
of
the
trainee's
accomplishments during
the training period.
^^4.3.3
(S/CL-3/N0F0RN)
The report
should
also
include
an
evaluation
of
the
trainee’s
future remote viewing capabilities,
and
a
recommendation concerning
further
training.
v.v
5.
(U)
POST TRAINING ACCESS
( S/CL-3/N0F0RN)
After
the completion
of
each CRV training
stage,
personnel
involved
in
the training program will have reasonable access
to
INSCOM personnel
trained
to assist
in further evaluations
of
CRV.
6.
(U)
SPECIAL REQUIREMENTS
(U)
Requirements concerning
the use
of human subjects
as outlined
in
the
INSCOM Statement
of Work dated
2 May
1983 will
be adhered
to.
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ROBERT
S.
LEONARD
Director
Radio Physics Laboratory
Research
and Analysis Division
SPECIALIZED PROFESSIONAL COMPETENCE
Radio-wave propagation:
in normal
environments;
in naturally dis-
turbed environments
(aurora);
in manmade disturbances
(nuclear
explosions)
REPRESENTATIVE RESEARCH ASSIGNMENTS
AT
SRI
(since
1961)
Project
director
of
a program
to remotely
sense nuclear detonations
during
the
U.S.
high altitude nuclear
test program
Led
a
research
effort
to
improve
the
U.S.
capability
to detect
foreign nuclear
tests
by
their effect
on radio propagation
Technical
director
of
a
large multicontractor
research program
to
study
the effects
on radio propagation
of
an artificially produced
ionospheric plasma
Technical director
on
a program
to develop
special communications
techniques
OTHER PROFESSIONAL EXPERIENCE
Instructor,
researcher,
and graduate
student,
Geophysical
Institute,
University
of
Alaska:
HF
and low VHF
radio-wave propagation studies
of
auroral
effects;
designed,
developed,
and tested
a prototype
of
the
41-MHz
auroral
radar used
in
the
U.S.
IGY program;
installed and
operated
the
six Alaskan IGY-auroral
radars,
and analyzed
the data
collected
during
the
IGY
Teaching assistant,
Physics Department,
University
of Nevada
ACADEMIC BACKGROUND
B.S.
(1952)
and M.S.
(1953)
in physics,
University
of
Nevada;
Ph.D.
in geophysics
(1961),
University
of Alaska
PUBLICATIONS
"Observations
of
Ionospheric Disturbances Following
the Alaska Earth-
quake,"
Journal
of Geophysical Research
(March
1965);
"Selection
of
a Model
of
the Earth's Magnetic Field,"
Journal
of Geophysical
Research
(December
1962);
"Evidence
of Low-Frequency Amplitude
Fluctuations
in Radar Auroral Echoes," Journal
of Geophysical Research
(April
1962);
"Distribution
of Radar Auroras over Alaska,"
Journal
of
Geophysical Research
(March
1962);
"A Low Power UHF Radar
for Auroral
Research
,"
PIRE
(February
1959);
plus
numerous
scientific and
technical
reports
PROFESSIONAL ASSOCIATIONS
American Geophysical Union
Union Radio
Scientifique Internationale
UNCLASSIFIED
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HAROLD
E.
PUTHOFF
Senior Research Engineer
Radio Physics Laboratory
Research and Analysis Division
SPECIALIZED PROFESSIONAL COMPETENCE
Research
in
"remote viewing"
and other psi phenomena
(1972-present)
Research
in lasers,
quantum electronics,
nonlinear optics
Research and development
of
tunable
solid-state
lasers,
electron beam
lasers ,
microwave
tubes
OTHER PROFESSIONAL EXPERIENCE
Research associate, Hansen Laboratories
of Physics,
and lecturer,
Depart-
ment
of Electrical Engineering,
Stanford University;
teaching,
textbook
author,
research supervisor
of
Ph.D.
candidates
in the area
of
lasers
and
nonlinear
optics
Lieutenant,
USNR:
in-house research and contract monitoring on DoD
(NSA)
contracts
concerned with
the development
of ultra high-speed
(GHz)
computers,
assessment
of potential
of
fiber optics
and lasers
for use
in
optical
computers
Research engineer,
Sperry Electronic Tube Division,
and Sperry fellow,
University
of Florida:
design and testing
of electron-beam focusing
systems
for use
in microwave
tubes
ACADEMIC BACKGROUND
.
B.E.E.
(1958) and M.S.E.
(1960),
University
of Florida;
Ph.D.
in electri-
cal engineering,
Stanford University
(1967)
PUBLICATIONS AND PATENTS
Author or coauthor
of more
than twenty-five papers
in professional
journals
on electron beam and
laser
research,
and,
more
recently,
first major publi-
cations
of
research on psi phenomena
in Nature
("Information Transfer Un-
der Conditions
of
Sensory Shielding,"
Oct.
1974),
in the Proceedings
of
the IEEE
("A Perceptual Channel
for Information Transfer over Kilometer
Distances," March
1976)
and in The Role of Consciousness
in the Physical
World:
AAAS Selected Symposium
,
Ed.
R.
Jahn,
("Experimental
Psi Research:
Implications
for Physics", Westview Press,
1981
Coauthor
of
textbook,
Fundamentals
of Quantum Electronics
(Wiley,
New York,
1969)
published
in English,
French,
Russian;
Coauthor
of Mind Reach:
Scientists Look at Psychic Ability
(Delacorte,
New
York,
1977);
Coeditor
of Mind at Large:
IEEE Symposia on the Nature
of Extrasensory
Perception
(Praeger,
New York,
1979);
Patent
on high-power
tunable infrared
laser
source
(50-250 microns)
PROFESSIONAL ASSOCIATIONS AND HONORS
American Association for
the Advancement
of
Science,
American Physical
Society,
Institute
of Electrical and Electronics Engineers,
Sigma Xi,
Department
of Defense Certificate
of Commendation for Outstanding Perfor-
mance,
IEEE Franklyn V.
Taylor Memorial Award
for
paper
"A Scientific
Look at ESP," listed in American Men and Women of
Science and
in Who's
Who
in the West
UNCLASSIFIED
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