The Magnetic Woman is a Real-Life Comic Book Mutant
Meghan Young — August 22, 2010 — Unique
Magneto, you have just met your real-life match in Magnetic Woman. By day, she's known as Brenda Allison, an unassuming woman of 50. By night, well, I'm not sure what she does at night, but it must be interesting considering the ruckus she causes doing daily errands.
Boasting an extremely high electromagnetic field flowing through her body, the Magnetic Woman attracts metal in a way some women attract men. Suffering daily tribulations, I think Magnectic Woman should move to Vietnam where it appears to be appreciated.
Boasting an extremely high electromagnetic field flowing through her body, the Magnetic Woman attracts metal in a way some women attract men. Suffering daily tribulations, I think Magnectic Woman should move to Vietnam where it appears to be appreciated.
Trend Themes
1. Electromagnetic Humans - The trend of individuals with high electromagnetic fields in their bodies presents opportunities for innovation in energy harvesting and medical diagnosis.
2. Magnetic Attraction - The trend of magnetic individuals attracting metal offers opportunities in fashion and accessories design and development.
3. Superhuman Abilities - The trend of real-life comic book mutants showcases possibilities for advancements in human augmentation and genetic research.
Industry Implications
1. Energy Harvesting - The electromagnetic humans trend presents a disruptive innovation opportunity for companies in the renewable energy sector to develop technologies that harness and convert the excess electromagnetic energy generated by these individuals.
2. Fashion and Accessories - The magnetic attraction trend creates a disruptive innovation opportunity for fashion brands and accessory designers to incorporate magnetic materials and features into their products, offering unique functionality and style.
3. Healthcare and Medical Technology - The superhuman abilities trend opens up disruptive innovation opportunities for the healthcare industry to explore genetic research and develop advanced diagnostic tools to understand and harness the potential of these electromagnetic individuals.
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