Hemp battery

[ramset]

a few RMS links on Hemp compared to lithium
and the rexresearch link dieter mentioned

https://www.youtube.com/watch?v=or6rO5_bze0

http://weedrecommend.com/2175/watch-is-hemp-battery-better-than-lithium-this-man-thinks-so


http://rexresearch.com/mitlin/mitlin.htm

and just one comment ,it would seem Hemp does not hold the exclusive rights to this "best For" claim
other less controversial plants may work too..

[sm0ky2]

The technology does not technically exist.
And as such allow us to be the pioneers into
a new form of electrically conductive materials
To be used in every manner possibly imaginable.


I don't mean to steer the topic off thread so first
Allow me to state that the following deposit of knowledge
Into human hands applies also to "hemp batteries/supercacitors"


This knowledge, while it comes from me, is not mine
but existed in the everywhen during a visit and such things
that have reside in this brain of mine only emerge when relevant.
..... which it appears it just has become.


So (you asked for it!)
https://youtu.be/GsgrygfnCsg


And after watching that , my next post will be the technical stuff.

[sm0ky2]

Various fibers of organic origin have heavy carbon content.
The exact form and concentration of carbons vary with fiber type.
The bast fibers of many plants are electrically conductive.
This applies to any trees that could be classified as 'electroactive'.
As well as several shrubberies, grasses, flowering plants, vines.
And certain fungi


As well as several fibrous insect and animal deposits


The degree of carbonation of the substrate varies with fiber structure
and temperature, pressure and time it takes for the carbonation/decarbonation
process to complete.


"Charcloth", as shown in the video above, was formed at extreme temperatures
above average pressure and for a short time.


The conditions to create an organic conductor are such that
The material itself is under pressure, or pressed, and heated slowly and held constant
For discrete times to allow a full carbonation/ decarbonation cycle.


Within a range of optimal performance, the length of "cooking time" will affect
the specific attributes of conductivity, absorbtivity, surface area, and fragility.
As well as the (yet undiscovered) attribute of reverse conductivity.


As these organic conductors can be made from virtually anything, this may cause
an upset in the precious metals markets and force electronics companies to
Take a long hard look at their corporate profiles.


300 degrees for 24 hours is the best recipe the hemp experimenters have come up with.
As it pertains to hemp, this is not the absolute ideal. Increased pre-pressing, and a slight
decrease in temperature (maybe 10-12 degrees), and a shorter time, by almost half.
13-14 hrs (experimentally) could be a starting point.


Each fiber type will have its own desirable range of temps/times like baking a cake.
To make ideal conductors, resistive conductors, inductive conductors,semi-conductors,
and multi-directional conductors(?). All from organic materials.
which will lead to a breakthrough in genetic engineering by combining a yeast with
some type of plant life to make a fast growing fiber we can "cook" into organic components
Devices, computers , "living machines", and other things that are so scary I'm not going to tell
you guys about.


These groundbreaking steps taken here today will launch a new field of science and technology
That merges biology into electronics.
Cyberorganics.


I have managed to retain a good deal of the information, and can assist in development of the science
Humans have not had the capacity to understand how this all works until very recently.
Now that our science and technology is prepared for the transition, it makes this a perfect time to
Be talking about this particular subject.

[sm0ky2]

Organic conductors are extremely low-cost, versatile,
And can take on any shape or size.


Different plant fibers and 'recipes' will unlock a whole
World of potential applications.

[sm0ky2]

https://www.ncsu.edu/bioresources/BioRes_05/BioRes_05_3_1789_Chand_SBN_Positional_Density_DC_Conduc_Bamboo_905.pdf