CIG + Bio-Experimental Batteries

  

CIG + Bio-Experimental Batteries


FAT CELL BASED ENERGY STORAGE 

Not suppressed & controlled hybrid perpetual hydrogen which is expressed in H.I.3 

Biological cycle fat-cell based 


SCIENTISTS 

Scientists are exploring the use of fat-based materials in "biomorphic" structural batteries for robotics and biobatteries that use fat as a fuel source. Actual fat cells from living organisms are not currently used as direct, standalone electrical power sources in practical applications, but the biological principles of fat's energy storage are an inspiration for new technologies. 

Biological Inspiration for Batteries
In living organisms, fat cells (adipocytes) are specialized for storing energy in the form of triglycerides, which are then broken down into fatty acids and glycerol to produce Adenosine Triphosphate (ATP), the primary energy currency of the cell. This is a complex chemical process, not a direct conversion into electricity like a conventional battery. 

Researchers have leveraged these biological principles in two main ways:

• Structural Batteries for Robots: University of Michigan researchers developed rechargeable zinc batteries that are integrated into a robot's structure, acting as both an energy source and protective "organs". This design replicates the multifunctionality of fat tissue in animals, which stores energy while providing cushioning. These "fat-like" batteries offer a significantly higher capacity than standard lithium-ion batteries for a given robot size, though they currently have a shorter cycle life.

• Biobatteries Using Fat as Fuel: Other research, such as that from Kyoto University, focuses on biobatteries that use enzymes to break down organic compounds like beef fat or other substances to generate electricity. The glycerol released from the fat is used as the fuel for power generation. These are being explored for potential medical applications, such as powering devices that work inside the body, by using the body's own metabolic fuel sources. 

Fat Byproducts in Energy Storage 
Beyond bio-inspiration, researchers have also explored using fat byproducts as components in conventional-style energy storage: 

• Supercapacitors from Waste: Scientists have created supercapacitors from carbon nanoparticles derived from recycled chicken fat. These supercapacitors showed impressive durability and energy density, demonstrating a novel way to repurpose biowaste for green energy systems.

• Bio-based Phase Change Materials: Vegetable fats are being investigated as a low-cost, bio-based "phase change material" for thermal energy storage in buildings and for managing the temperature of traditional batteries. 


Reference 

https://www.syfy.com/syfy-wire/robot-batteries-can-store-energy-like-we-store-fat

https://youtu.be/CvEGs3W9-Kc?si=X3BFfGnAvwhVyeFu

Clam Explode

https://youtu.be/WDetHC86Dgo?si=A_wVhiJ3ajukJIDk

Identified: 

Crazy fat lady tried to kill the person 


S.B.G & CIG 

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