PROPOSAL FOR RESEARCH SRI INTERNATIONAL NO. ESU 83-147
Document Type:
Collection:
Document Number (FOIA) /ESDN (CREST):
CIA-RDP96-00792R000100120004-0
Release Decision:
RIFPUB
Original Classification:
S
Document Page Count:
8
Document Creation Date:
November 4, 2016
Document Release Date:
October 28, 1998
Sequence Number:
4
Case Number:
Publication Date:
October 19, 1983
Content Type:
RP
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CIA-RDP96-00792R000100120004-0.pdf | 355.53 KB |
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For Release 2000/08/10 : CIA-RDP96- 004-0
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CENTER LANE-3
NO FOREIGN DISSEMINATION
Proposal for Research
SRI International No. ESU 83-147
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GEOPHYSICAL FACTORS/ ELF/ RV CORRELATION STUDY (U)
Part One--Technical Proposal
Prepared for: Prepared by:
Approved by:
Robert S. Leonard, Director
Radio Physics Laboratory
David D. Elliott, Vice President
Research and Analysis Division
WARNING NOTICE
CENTER LANE SPECIAL ACCESS PROGRAM.
RESTRICT DISSEMINATION TO THOSE WITH VERIFIED ACCESS.
CLASSIFIED BY: CENTER LANE
Security Classification Guide dated
1 March 1983
Declassify on: OADR
Harold E. Puthoff
Senior Research Engineer
Copy No. ..... . .......
This document consists of 8 pages.
941/CL-0012
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CENTER LANE-3
NO FOREIGN DISSEMINATION
333 Ravenswood Ave. ? Menlo Park, CA 94025
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WARNING NOTICE
Intelligence Sources
and Methods Involved
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SECRET/CENTER LANE-3/NOFORN
(S/CL-3/NOFORN) In response to discussions with INSCOM personnel
on 7 and 8 September 1983, SRI International submits this proposal to
initiate activity concerning a study of potential correlation between Remote
Viewing (RV) performance and ambient geophysical/low-frequency electro-
magnetic (ELF) activity.
(U) To accomplish the proposed program, SRI will provide the facili-
ties, materials, SRI staffing, and consultants to perform the tasking out-
lined in the following section, included among whom are a number of
individuals with expertise in the area of interest.
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SECRET/CENTER LANE-3/NOFORN
1.1 (S/CL-3/NOFORN) The objective of this effort is to investigate
the possible effects of ambient geophysical/low-frequency electromagnetic
(ELF) factors on RV performance.
a. (S/CL-3/NOFORN) Phase I: Search and summarize the
literature on geophysical/ELF effects on biological organisms, especially
as they relate to the degradation of human performance skills at a be-
havioral level.
b. (S/CL-3/NOFORN) Phase II: Examine the statistical correla-
tion between RV performance in the historical SRI RV data base and the
ambient geophysical/ELF factors.
c. (S/CL-3/NOFORN) Phase III: Explore the statistical cor-
relation between RV performance and ambient ELF fluctuations--specifically
on the basis-of real-time ELF monitoring.
d. (S/CL-3/NOFORN) Phase IV: Provide an evaluation report
as to whether measurement of ambient geophysical/ELF factors can be used
as an indicator of expected RV performance, and whether optimum performance
windows can be identified.
2. (U) SPECIFIC TASKS
2.1 (S/CL-3/NOFORN) SRI International will conduct a literature
search to collect and summarize up-to-date knowledge in the field of
bioelectronics. The literature search will be carried out in the following
categories:
Bioactive frequencies for ELF/VLF at the gross
anatomical and behavioral levels.
Effects of ELF/VLF frequencies at the biochemical
(hormonal, ionic, molecular) level.
Effects of ELF/VLF at the neuronal membrane level.
Natural sources of ELF/VLF.
Man-made sources of ELF/VLF.
Artificial generation of ELF/VLF.
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SECRET/CENTER LANE-3/NOFORN
(S/CL-3/NOFORN)
- Propagation characteristics of ELF/VLF.
- Detection and measurement of ELF/VLF.
This will be accomplished by means of both references to literature on hand,
and by computerized keyword searches.
2.2 (S/CL-3/NOFORN) SRI International will perform an analysis to
determine whether correlations exist between RV performance in historical
data (data from previous experiments) and factors in the ambient geophysical
environment. Data from previous studies conducted under controlled con-
ditions will be analyzed by means of epoch, bivariate, and multivariate
analysis (when possible) against the following geophysical variables:
- Weather (temperature, relative humidity, barometric
pressure, and so forth).
- Geomagnetic indices (Ap)Afr' Aa).
- Solar electromagnetic emissions.
- Sunspot number.
- Ionospheric conditions.
- Solar magnetic field.
- Lunar cycles.
Further, because it is hypothesized that the mechanism by which geophysical
factors could play a role in RV performance is that of changing the ambient
ELF environment, SRI International will examine this hypothesis as well.
An ELF data base spanning a year and a half (from May 1982 to present) was
monitored by a field station in Los Altos, California. Data were taken
twice daily. The same analysis techniques used for the geophysical analysis
will be applied to the ELF data. Positive results from these tasks could
yield a rough index of expected RV performance, given prevailing geophysical
factors.
2.3 (S/CL-3/NOFORN) SRI International will implement a. program of
real-time ELF monitoring. Little information is available on the variation
of the ELF environment from location to location, although it is known that
ELF frequencies generated by geophysical means tend to vary simultaneously
over the globe. Therefore, local variations may exist that are caused by
both man-made sources, and by the geological structure of the area. For
this reason, two ELF stations will be set up: one at the SRI premises in the
RV laboratory, the other at a field station 17-km distant. Data from the
SRI station will be compared with the field station data to determine the
variability attributable to location and distance. This comparison may
also help determine whether RV performance is influenced by global, local,
or both sources of ELF disturbances. Particular attention will be paid to
bioactive frequencies found as a result of the literature search in Task I.
Statistical correlations will be sought between the RV performance (on an
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SECRET/CENTER LANE-3/NOFORN
(S/CL-3/NOFORN)
appropriate series of trials carried out in the RV chamber) and the ambient
ELF fluctuations, in order to determine whether measurement of ambient ELF
can be used as an indicator of expected performance, and whether optimum
performance windows can be identified.
(U) Military security requirements in the performance of this contract
will be maintained in accordance with the "CENTER LANE SECURITY PROCEDURES
GUIDE," dated 1 March 1983 (S/CL-l/NOFORN/ORCON). The highest classification
involved in the performance of this contract is SECRET/CL-4/NO FOREIGN
DISSEMINATION/ORIGINATOR CONTROLLED.
4. (U) DELIVERABLES
(U) SRI International will provide the following.
4.1 (U) A progress report (2 copies)--a written evaluation of
findings (within 10 days of completion) of Phase I, literature survey.
4.2 (S/CL-3/NOFORN) A progress report (2 copies)--a written evaluation
of findings (within 10 days of completion) of Phase II, investigation of
the statistical correlation between geophysical/ELF factors and-the
historical RV data base.
4.3 (S/CL-3/NOFORN) Following Phase III, an investigation of the
statistical correlation between ambient ELF fluctuations and RV performance,
a final report (3 copies) will be furnished within 30 days, which will
include an overall evaluation of the Geophysical Factors /ELF/RV Correlation
Study Task.
5. (U) ACCESS TO MATERIAL
(S/CL-3/NOFORN) Reasonable access to raw data material will be made
to CENTER LANE personnel to ensure a full understanding of statistical
methodology used during evaluations.
6. (U) SPECIAL REQUIREMENTS
(U) Requirements concerning the use of human subjects as outlined in
the INSCOM Statement of Work on Identification of Selected Personnel,
dated 2 August 1983, will be adhered to.
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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 ICY-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
September 1983
UNCLASSIFIED
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Approved For Release 2000/0;J t~:i?ff4~f S5S t~8tf1iY 00120004-0
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 (G11z)
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 57, 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
@ 6
UNCLASSIFIED
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Senior Research Physicist
Radio Physics Laboratory
Research and Analysis Division
SPECIALIZED PROFESSIONAL COMPETENCE
Charged particle and gamma-ray spectroscopy; analogue and high-speed
digital electronics; numerical analysis; real-time computer applications
for data acquisition and analysis; research in bio-feedback technology
and applications, and cardiac blood flow problems; field research in
India and laboratory research at Maimonides Medical Center on psycho-
energetic phenomena, aerodynamic analysis from fixed wing, powerless
soaring aircraft
OTHER PROFFSSIONAL EXPERIENCE
Theoretical calculations in radiation transport;, atmospheric physics,
and E & M wave scattering at the RAND Corporation
Experiments in nuclear reaction mechanism and nuclear structure at the
U. of California Crocker Nuclear Laboratory
Undergraduate physics teaching at the City College of San Francisco
Equipment engineer and clinical experience at the Bio-feedback Institute
of San Francisco
Research consultant on psychokinesis at the Maimonides Medical Center
ACADEMIC BACKGROUND
B.S. in physics, University of Rochester (1962); Ph.D. in physics,
University of Pittsburgh (1968)
PUBLICATIONS
Author or coauthor of eleven scientific papers in experimental nuclear
physics research;
Author or coauthor of numerous scientific papers in psychoenergetic
research;
Author or coauthor of eleven research abstracts in nuclear physics
for professional meetings
Author or coauthor of ten abstracts in psychoenergetic research for
professional and meetings
PROFESSIONAL ASSOCIATIONS
American Physical Society, American Association for the Advancement of
Science, Institute of Electrical and Electronics Engineers, Parapsycho-
logy Association, The American Society for Psychical Research
UNCLASSIFIED
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