PROTOVORE: The Artificial Digestive System That Could Teach Robots to Eat Energy

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Bioelectrochemistry • Microbial Fuel Cells • Electro-Digestion THE STOMACH OF STEEL — WHY I COULDN'T STOP THINKING ABOUT ROBOTS THAT EAT A boiled egg. A charging cable. The question of why we feed ourselves and charge our machines separately — when chemistry is chemistry and energy is energy. That absurd question cracked open bioelectrochemistry, microbial electron transfer, and an invention that gives robots an artificial gut. Invention PROTOVORE Core Field Bioelectrochemistry Key Science Electro-Digestion Design Shift Battery → Metabolism It started with something embarrassingly ordinary. I was eating boiled eggs after a long day, half-reading about ATP synthesis, half-watching my phone charge. And then this stupidly simple question hit me so hard I actually stopped chewing. Why do I have to feed myself and charge my machine separately? Humans run on food. Food is chemistry. Chemistry is energy. Robots run on electricity. Electricity can come fro...
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SHERA FUSER ( REAL LIFE ARC REACTOR)

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 Shera Fuser Mk I–III: Design Evolution of a Compact High-Voltage Fusion Reactor




 By Aswin B S


Description

A technical report on the concept, design evolution, and prototype details of the Shera Fuser fusion reactor from Mk I to Mk III.


Background


Traditional nuclear fusion systems suffer from significant energy loss via conduction, convection, and radiation. These losses limit their practical efficiency. There exists a need for a fusion reactor that maximally captures usable energy while effectively preventing energy wastage


Innovation 


Shera Fuser Mk III is a unique concept where no energy is wasted:

- All energy losses are blocked or harvested.

- Combines thermal, photonic, and pressure-based electricity generation.

- Modular design allows future enhancements.



A prototype test


This is the third-generation upgrade of the Shera Fuser project, pushing closer to a sustainable fusion reactor. 



                                Check it on 

                                     LINK

https://zenodo.org/doi/10.5281/zenodo.16271943

ORCID : 0009-0000-4201-8418

ORCID RECORD :https://orcid.org/0009-0000-4201-8418


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