Researching the Potential of Nano Batteries: Seeking Forum Insight

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SUMMARY

This discussion centers on the exploration of nano batteries as a potential replacement for traditional dry cell batteries in electronic devices. Participants highlight the need for further research into controllable wetting behaviors and the properties of battery materials to successfully develop nano batteries. The referenced white paper from MPhase Technologies provides foundational insights, although it does not directly address nano batteries. Additionally, the conversation touches on the innovative concept of microfabricated turbines, which can generate power in conjunction with nanodynamos.

PREREQUISITES
  • Understanding of nanotechnology principles
  • Familiarity with battery chemistry and materials
  • Knowledge of wetting properties in materials science
  • Basic concepts of microfabrication techniques
NEXT STEPS
  • Research the latest advancements in nano battery technology
  • Study the controllable wetting behaviors of battery materials
  • Explore microfabrication techniques for energy generation
  • Investigate the integration of nanodynamos with microfabricated turbines
USEFUL FOR

Researchers in nanotechnology, battery engineers, materials scientists, and anyone interested in the future of energy storage solutions.

ShadowKnight
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Hope this is the correct forum for this... :rolleyes:

I ran across this today. I've begun researching what companies are doing to replace our current dry cell batteries used in electronic devices. This is the first reference I've seen of a so called nano battery. Anyone with experience here think something like this could work? Thanks, I'm really interested in the opinions held by members of this forum. A lot of knowledge here...

http://www.mphasetech.com/nanotechnology.htm

More in-depth:
http://www.mphasetech.com/PDF/Nano%20Grass%20Tech%20White%20Paper.PDF
 
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Do I have this in the wrong forum? I see people checking this out but no responses. Thanks.
 
As far as I understand, this paper is not about nanobatteries, but it is about some controllable wetting behaviour. To make a nanobattery one needs to find out how this experiment could be reproduced with some real materials used in wet batteries. Because the idea is to use controllable wetting, the first step would be to collect the known information about the wetting properties of known battery materials and, in parallel, to specify the properties of the desirable battery.
 
Speaking of batteries and nanotechnology, one of the more amazing thing I have read about are microfabricated turbines; they give you about 5 Watts with a 4.2 miillimeters rotor, which you can even attach to a nanodynamo if you want to get electricity.
 

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