Remote Viewing Applications in UFO Research and Contact
Introduction
Remote viewing, the alleged psychic ability to perceive distant or hidden targets through extrasensory means, has played a significant role in UFO research and investigation since the 1970s. This consciousness-based phenomenon involves trained viewers attempting to gather information about UFO sightings, crash sites, alien bases, and extraterrestrial activities through focused mental perception rather than conventional intelligence gathering methods.
The intersection of remote viewing and UFO research represents one of the most controversial yet persistent areas of consciousness studies, with applications ranging from military intelligence operations to civilian UFO investigations. Understanding this phenomenon requires examining both the scientific methodology behind remote viewing protocols and the specific applications that have been attempted in the study of unidentified aerial phenomena.
Scientific Research and Methodological Framework
Stanford Research Institute Studies
The Stanford Research Institute (SRI) conducted extensive research into remote viewing capabilities from 1972 to 1995, establishing standardized protocols that would later be applied to UFO-related targets. Dr. Russell Targ and Dr. Harold Puthoff developed the coordinate remote viewing (CRV) methodology, which uses geographic coordinates or coded targets to eliminate psychological cues and enhance accuracy.
Key findings from SRI research include:
- Consistent above-chance results in controlled laboratory conditions
- Improved accuracy with trained viewers versus untrained subjects
- Distance independence in remote viewing capabilities
- Time displacement effects allowing viewing of past and future events
Controlled Remote Viewing Protocols
The military-developed Controlled Remote Viewing (CRV) protocol, refined by Ingo Swann and others, provides a structured methodology for conducting remote viewing sessions. This six-stage process includes:
Stage 1: Initial target contact and basic impressions Stage 2: Dimensional and movement analysis Stage 3: Sketch and dimensional refinement Stage 4: Detailed target analysis and function Stage 5: Emotional impact and purpose assessment Stage 6: Modeling and three-dimensional representation
Associative Remote Viewing
Developed by Dr. Stephan Schwartz, Associative Remote Viewing (ARV) focuses on precognitive applications, allowing viewers to predict future events or locate hidden objects. This methodology has been applied to UFO crash retrieval operations and predicting future UFO sightings or contact events.
UFO Encounter Correlations and Applications
Historical Military Applications
The U.S. military’s Stargate Project, operational from 1978 to 1995, occasionally tasked remote viewers with UFO-related targets. Declassified documents reveal several instances where viewers were asked to examine:
- Unidentified radar returns and their sources
- Alleged crash sites and retrieval operations
- Foreign government UFO research programs
- Possible extraterrestrial installations
Notable sessions include attempts to remote view:
- Soviet UFO research facilities
- Alleged underground alien bases
- UFO manufacturing or storage locations
- Extraterrestrial communication systems
Civilian UFO Research Applications
Numerous civilian organizations have employed remote viewing in UFO investigations:
Center for UFO Studies (CUFOS): Utilized remote viewers to examine UFO landing sites and gather information about craft occupants and purposes.
Mutual UFO Network (MUFON): Incorporated remote viewing protocols into field investigations, using viewers to gather additional data about UFO sightings and encounters.
International Remote Viewing Association (IRVA): Conducted studies on the effectiveness of remote viewing in UFO research and published guidelines for UFO-related remote viewing sessions.
Crash Site Investigations
Remote viewers have been employed to locate and examine alleged UFO crash sites, including:
- Roswell, New Mexico (1947) - Multiple viewers have described metallic debris and biological entities
- Kecksburg, Pennsylvania (1965) - Viewers reported acorn-shaped metallic objects and military retrieval
- Rendlesham Forest, UK (1980) - Sessions focused on the craft’s origin and occupant intentions
Personal Experience Accounts
Ingo Swann’s Extraterrestrial Encounters
Ingo Swann, considered the father of modern remote viewing, documented several sessions involving extraterrestrial targets. His book “Penetration” describes remote viewing sessions targeting the Moon’s dark side, where he allegedly perceived artificial structures and non-human entities.
Swann’s lunar remote viewing sessions revealed:
- Geometric structures on the Moon’s surface
- Moving lights and apparent mining operations
- Awareness of being observed during the session
- Contact with non-human intelligence
Pat Price’s Alien Base Descriptions
Pat Price, one of the most accurate remote viewers in the Stargate program, produced detailed descriptions of alleged extraterrestrial installations. His sessions targeting underground bases described:
- Multi-level underground facilities
- Advanced transportation systems
- Biological experimentation areas
- Human-alien interaction zones
Price’s remote viewing of Mount Shasta, California, described:
- Underground facilities extending several miles deep
- Advanced technology beyond current human capabilities
- Multiple species of extraterrestrial beings
- Hybrid breeding programs
Joseph McMoneagle’s UFO Sessions
Army remote viewer Joseph McMoneagle conducted numerous UFO-related sessions during his military career. His experiences include:
- Remote viewing of UFO propulsion systems
- Examination of craft interior layouts and functions
- Contact with non-human intelligence during sessions
- Precognitive viewing of future UFO disclosure events
Training Methods and Techniques
Basic Remote Viewing Training for UFO Research
Specialized training protocols have been developed for UFO-related remote viewing:
Target Preparation: UFO targets require specific coordinate systems and careful target selection to avoid frontloading and analytical overlay.
Session Structure: Extended sessions allow for detailed examination of complex UFO phenomena and craft characteristics.
Sketch Analysis: Detailed drawings help identify technological features and occupant descriptions.
Follow-up Sessions: Multiple sessions on the same target improve accuracy and detail resolution.
Advanced Techniques
Bilocation Remote Viewing: Advanced viewers report the ability to project their consciousness directly to UFO locations, experiencing the environment as if physically present.
Interactive Remote Viewing: Some viewers claim the ability to communicate with UFO occupants during remote viewing sessions, receiving information about their purposes and origins.
Timeline Remote Viewing: Viewing UFO events across different time periods to understand historical patterns and future developments.
Training Institutions and Programs
Monroe Institute: Offers consciousness exploration programs that include remote viewing applications for UFO research.
International Remote Viewing Association: Provides certification programs and ethical guidelines for UFO-related remote viewing.
Problems Solutions Innovations (PSI): Offers advanced remote viewing training with applications in anomalous phenomena research.
Research Institutions and Leading Scientists
Stanford Research Institute International (SRI)
SRI remains the premier institution for consciousness research and remote viewing studies. Current research includes:
- Quantum field theories of consciousness
- Non-local consciousness applications
- Precognitive remote viewing studies
- UFO phenomena correlation analysis
Institute of Noetic Sciences (IONS)
Founded by Apollo astronaut Edgar Mitchell, IONS conducts research into consciousness and anomalous phenomena:
- Remote viewing accuracy studies
- Consciousness-based UFO contact protocols
- Healing applications in UFO encounters
- Group consciousness experiments
Princeton Engineering Anomalies Research (PEAR)
The PEAR laboratory studied consciousness-related anomalies for over 25 years:
- Human-machine interaction studies
- Remote perception research
- Consciousness field effects
- Anomalous phenomena correlation studies
Leading Researchers
Dr. Russell Targ: Co-founder of remote viewing research, continues investigating consciousness applications in UFO studies.
Dr. Jessica Utts: Statistician who validated remote viewing effects, supports its application in anomalous phenomena research.
Dr. Edwin May: Former Stargate program director, researches optimal conditions for remote viewing UFO targets.
Theoretical Frameworks and Models
Quantum Consciousness Theory
Remote viewing’s mechanism may involve quantum consciousness effects:
Quantum Entanglement: Consciousness may become entangled with distant targets, allowing information transfer across space and time.
Non-local Correlation: Quantum field effects could enable consciousness to access information from any location in space-time.
Observer Effect: The act of conscious observation may influence the probability of UFO manifestations or contact events.
Morphic Field Theory
Rupert Sheldrake’s morphic field theory provides a framework for understanding remote viewing:
Morphic Resonance: Past UFO events create morphic fields that remote viewers can access for information.
Collective Memory: The cumulative UFO experience creates accessible information fields.
Species Memory: Extraterrestrial contact may be encoded in human morphic fields, accessible through remote viewing.
Information Field Theory
Akashic Records: Some remote viewers claim to access universal information fields containing all UFO-related data.
Zero-Point Field: Quantum vacuum fluctuations may carry information accessible through consciousness.
Holographic Universe: If reality is holographic, any part contains information about the whole, including UFO phenomena.
Practical Applications for Contact
Contact Protocols
Remote viewers have developed protocols for initiating extraterrestrial contact:
Intentional Targeting: Focusing on contact with benevolent extraterrestrial intelligence.
Bilateral Communication: Attempting two-way communication during remote viewing sessions.
Group Contact Sessions: Multiple viewers working together to establish contact.
Physical Manifestation: Using remote viewing to encourage physical UFO appearances.
Preparation Methods
Consciousness Expansion: Meditation and awareness exercises to enhance receptivity.
Protection Protocols: Psychic protection methods to ensure safe contact experiences.
Integration Techniques: Methods for processing and integrating contact information.
Verification Procedures: Protocols for confirming remote viewing accuracy through multiple sources.
Documentation Standards
Session Recording: Detailed documentation of all remote viewing sessions and results.
Sketch Analysis: Systematic analysis of drawings and descriptions for common elements.
Correlation Studies: Comparing remote viewing data with physical evidence and witness accounts.
Peer Review: Independent verification of remote viewing results by other trained viewers.
Skeptical Analysis and Limitations
Methodological Concerns
Target Feedback: Knowledge of UFO research may influence viewer expectations and results.
Confirmation Bias: Tendency to interpret ambiguous information as confirming UFO hypotheses.
Cultural Contamination: Popular UFO imagery may influence remote viewing descriptions.
Statistical Analysis: Lack of rigorous statistical evaluation in many UFO remote viewing studies.
Replication Issues
Viewer Variability: Significant differences in accuracy between individual remote viewers.
Target Selection: Difficulty in selecting appropriate UFO targets for controlled studies.
Environmental Factors: External influences on remote viewing accuracy in UFO applications.
Subjective Interpretation: Challenge of objectively evaluating qualitative remote viewing data.
Scientific Standards
Peer Review: Limited publication of UFO remote viewing studies in mainstream scientific journals.
Control Groups: Lack of proper control conditions in many UFO remote viewing experiments.
Double-Blind Protocols: Difficulty maintaining blind conditions when studying UFO phenomena.
Reproducibility: Challenges in replicating UFO remote viewing results across different laboratories.
Evidence Quality Assessment
Supporting Evidence
Military Validation: Declassified documents confirming military use of remote viewing for intelligence gathering.
Laboratory Studies: Controlled experiments demonstrating above-chance remote viewing performance.
Correlation Studies: Some correlations between remote viewing descriptions and verified UFO events.
Witness Corroboration: Independent confirmation of remote viewing details by UFO witnesses.
Contradictory Evidence
Failed Predictions: Many remote viewing predictions about UFO events have not materialized.
Inconsistent Results: Wide variation in remote viewing descriptions of the same UFO targets.
Alternative Explanations: Conventional explanations for many remote viewing “hits” in UFO research.
Methodological Flaws: Poor experimental design in many UFO remote viewing studies.
Future Research Directions
Technological Integration
EEG Monitoring: Brain wave analysis during UFO remote viewing sessions to identify optimal states.
Computer Analysis: Artificial intelligence analysis of remote viewing transcripts for pattern recognition.
Virtual Reality: Using VR technology to enhance remote viewing training and target visualization.
Biometric Feedback: Real-time physiological monitoring to optimize remote viewing performance.
Collaborative Research
International Cooperation: Global coordination of UFO remote viewing research efforts.
Cross-Disciplinary Studies: Integration with neuroscience, quantum physics, and consciousness research.
Military Cooperation: Declassification of additional remote viewing documents related to UFO research.
Civilian Integration: Incorporating citizen scientists into large-scale remote viewing UFO studies.
Advanced Applications
Precognitive Contact: Using remote viewing to predict future UFO contact events.
Interactive Communication: Developing protocols for real-time communication with UFO occupants.
Mass Consciousness Events: Coordinating large groups of remote viewers for major UFO investigations.
Healing Applications: Using remote viewing to understand and treat UFO encounter trauma.
Conclusions and Implications
Remote viewing applications in UFO research represent a fascinating intersection of consciousness studies and anomalous phenomena investigation. While the scientific evidence for remote viewing capabilities continues to be debated, the consistency of certain results and the military’s historical use of these techniques suggest that consciousness-based information gathering may have legitimate applications in UFO research.
The most significant implications include:
Expanded Research Methods: Remote viewing provides an additional tool for UFO investigators, potentially accessing information unavailable through conventional means.
Consciousness Evolution: UFO remote viewing may represent an evolution in human consciousness, preparing us for expanded contact with non-human intelligence.
Scientific Paradigm Shift: Successful UFO remote viewing could force a reconsideration of fundamental assumptions about consciousness, reality, and our place in the universe.
Contact Preparation: Remote viewing protocols may serve as training for broader human consciousness development necessary for extraterrestrial contact.
The field requires continued rigorous research, improved methodological standards, and integration with mainstream scientific approaches to realize its full potential in advancing our understanding of UFO phenomena and consciousness capabilities. As disclosure of UFO reality advances, remote viewing may prove to be one of the most valuable tools for understanding the nature and intentions of non-human intelligence visiting Earth.
The ultimate goal is not merely to prove the existence of UFO phenomena through remote viewing, but to develop the consciousness capabilities necessary for meaningful contact and communication with advanced intelligences, potentially transforming human civilization in the process.