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Project XenTel-Mag

TarasRex

The Citrus Fruit
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Jun 23, 2023
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Magnetic Field
PROJECT TITLE:
XenTel-Mag
PROJECT LEAD: Winslou Carter

RESEARCH TOPIC: Telekinetic Interaction of Xen Crystals with Magnetic Fields.
PROJECT OBJECTIVE: To investigate the telekinetic properties exhibited by Xen crystals when subjected to magnetic fields and observe any movement or interaction between the crystals and the magnetic field.
PROJECT STAGES: Laboratory preparation, basic analysis of the crystal, experiment with magnetic fields (more can be added later on).
LABORATORY REQUIRED: AMS Laboratories, Materials Research Laboratories, Vivarium.
MOTIVATION FOR RESEARCH: Desire to understand alien technology, explore potential practical applications, advance energy technologies, consider defense implications and push the boundaries of fundamental science.
IS THIS A CONFIDENTIAL PROJECT? No.


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PARTICIPANTS:W. Carter, J. F. Fletcher, M. Hill
LOCATION:Materials Research Lab B
DATE:July 16th, 2025

Laboratory Preparation
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We have prepared the lab for a future experiment with cystals, i.e.:
  1. Set up a controlled laboratory environment with a sturdy non-magnetic containers
  2. Placed the electromagnets around the containers, ensuring they are evenly spaced.
  3. Connected the electromagnets to a power supply and ensured they are operational
  4. Calibrated the magnetic field strength of each electromagnet using the Gaussmeter.
Further preparations are expected after the basic analysis phase and before the final experiment. Further procederes include crystal placement, magnetic field variation, crystal size and field strength investigation, video documentation, data analysis and conclusion.


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PARTICIPANTS:W. Carter, E. Churchill, A. Carter
LOCATION:Vivarium, Materials Research Lab B
DATE:July 23rd, 2025

Basic Analysis: TK-1
Before starting the experiment itself, a thorough analysis of the crystal "TK-1" has been conducted to understand its physical properties and characteristics.
  1. TK-1 In Preparation
    Optical Observation
    : TK-1 appears to be a translucent material with a distinct irdescent sheen when viewed under a light source. It exhibits a mesmerizing play of colors, shifting as the angle of observation changes.
  2. Sample Study: The Xen crystal sample's "family" vary in size and shape, ranging from small shards to larget irregular fragments. TK-1's surface is generally smooth but shows minor imperfections and fractures.
  3. Radiation Level: A Geiger counter detects mild radiation emanating from the TK-1 sample: 9mSv. The emitted radiation is within safe limits for brief exposure, suggesting that the crystals are mildly radioactive but not dangerously harmful.
  4. Polarity: Using a magnetic compass, it is observed that the Xen crystal does not exhibit any significant magnetic polarity. The compass needle remains stable and undisturbed when brought near the crystal.
  5. Molecular Structure: Preliminary examination through a microscope reveals a comple and intricate molecular structure within the TK-1. It appears to be a lattive-like arrangement with repeating patterns, indicating a crystalline nature.
  6. Thermal Conductivity: During the thermal conductivity test, the Xen crystal displays remarkable resistance to heat absorption. It takes longer to reach elevated temperatures compared to common materials, suggesting a relatively low thermal conductivity.
  7. Hardness Test: TK-1 demonstrates exceptional hardness during the hardness test. It scratches common materials, including glass and metal. It was determined to be between 5 and 6 Mohs hardness.
  8. Transparency: The Xen crystal exhibits semi-transparency, allowing light to pass through but with some scattering and diffraction effects. When a light source is placed behind the crystal, its glow is intensified, creating an enchanting visual effect.
The crystal possess semi-transparency, radiate mild radiation, demonstrate exceptional hardness, and exhibit a complex crystalline molecular structure. The absence of significant magnetic polarity and the lower thermal conductivity add to the enigmatic nature of the crystals.
 
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