Current Research Team at Skinwalker ranch :
Standard Instruments: Use of conventional scientific instruments and sensors, which may be affected by high EMF or environmental anomalies.
Existing Technology:Reliance on commercial off-the-shelf technology without specialized shielding, leading to potential interference and data inconsistencies.
Basic Imaging and Sensing: Use of standard imaging techniques and sensing equipment, which might be less capable of handling high EMF conditions.
Bottom-to-Top Drilling: Current drilling operations start from the bottom of the mesa, which may present challenges in managing stability and accessing surface layers.
Open Field Experiments: Experiments are conducted in the field without specialized shielding, leading to potential interference from environmental factors.
Single-Sensor Approach: Relying on specific types of sensors and methods without extensive cross-verification, which may result in data inconsistencies.
Well if i would do research at Skinwalker ranch:
Shielded Equipment: Emphasis on using high-quality, EMF-protected instruments to mitigate interference from electromagnetic fields. This includes shielded antennas, high-precision sensors, and advanced spectrometers.
Military-Grade Solutions: Consideration of military-grade or custom technology designed to handle high EMF environments. Focus on accessing specialized tools and collaborating with defense technology providers.
Military grade High-Speed Cameras and Spectrometers: Utilization of advanced imaging and measurement tools to capture real-time data and analyze electromagnetic phenomena.
Top-to-Bottom Drilling: Preference for drilling from the top of the mesa to better manage stability and analyze geological layers sequentially.
Controlled Environments: Conducting experiments in shielded environments, such as Faraday cages or anechoic chambers, to minimize external interference and accurately measure anomalies.
Cross-Verification: Employing multiple sensors and methods to cross-verify findings and handle inconsistencies in data.
Advanced Data Processing: Implementation of sophisticated data processing techniques to filter out noise and extract meaningful signals, using machine learning and pattern recognition.
Pattern Recognition: Application of algorithms to identify and interpret unusual signals or anomalies, distinguishing between natural and unknown phenomena.
Interdisciplinary Team: Formation of a team with expertise in quantum physics, material science, and advanced technology to provide a broad range of insights and solutions.
Military and Research Institutions: Collaboration with military and research institutions to access specialized knowledge and technology for high EMF environments.
Constant Jamming Station: Deployment of a constant jamming station to intentionally disrupt and analyze strange signals, aiming to identify and neutralize potential interference sources.