The Tickle Table - Miss Mia 2

Description:

Experiment Title: "Variability in Sensory Reactions to Foot Stimulation"

Introduction: This experiment seeks to determine the variability in reactions when different stimuli are applied to the bare feet of a highly ticklish individual. Miss Mia, our volunteer, is secured within a body sheath and placed in an inclined position to monitor her facial reactions and verbal responses.

Methods:

1. Preparation: Miss Mia's feet are secured within a patented bracket system that binds her toes to a horizontal bar above her ankles.
2. Instruction: Miss Mia is informed about the procedures and objectives of the experiment.

Phase One: Heat Application

1. Sensitization: A mixture of honey and hot pepper fragments is applied to Miss Mia's soles to enhance sensitivity.
2. Heat Exposure: A high-powered space heater is positioned four inches from her feet and activated to its maximum capacity.
3. Observation: Reactions are monitored and recorded at specified intervals to assess the impact of the heat.

Phase Two: Immediate Sensitivity Testing

1. Initial Contact: Following the heat phase, Miss Mia's feet are subjected to tickling to assess the immediate effects of the heat exposure.
2. Arch Stimulation: Targeted stimulation is applied to the arches of her feet, identified as her most sensitive spots.

Phase Three: Extended Endurance Testing

1. Prolonged Stimulation: Over a period of approximately twenty-two minutes, Miss Mia's feet are subjected to various tickling tools and techniques to assess the longevity and effects of the initial heat application and to determine the limits of her tickle sensitivity.

Tools and Techniques Used:

• The Shocker
• Doomfeather v2
• The Sonic Soledriver
• The Sphere v2 (with oil application)
• Manual digital stimulation
• The Terroizers v2
• The Pulsing Predator
• An SnS Shredder
• TheTK Drone

Results:

• Heat application effectively increased sensitivity.
• Verbal affirmations indicated a rapid escalation of sensory intensity.
• The first signs of pain and self-doubt were observed.
• The sensitization process was confirmed to be effective.
• Visual feedback correlated with the subject's reactions to the testing conditions and new information.

Conclusion:

The experiment demonstrates that heat application can significantly enhance the sensitivity of the feet. The prolonged tickling phase confirmed that even with intense stimulation, the subject's sensitivity did not diminish. The findings suggest that heat application can be an effective method for intensifying tickle sensitivity, even in individuals who are already highly sensitive to begin with.