12
posted ago by GDZeus ago by GDZeus +12 / -0

Reading an article about a company that put graphene in cement to lay concrete floors had me wondering is this the same graphene (graphene oxide) they were putting into the vaxxines, because of the name of course but also the images of the graphene in the article. They looked just like the hexagonal honeycomb lattice type pattern as we've seen of what is in the vaxxines.

So, I started searching Graphene vs Graphene Oxide.

The website (Graphene and Graphene Oxide Basics) that really got my attention (linked below in this post) was about "Graphene Micromotors" & "Nanotubes", there are short videos about these.

I need your help frens to see if any of this actually means anything or is connected. I'm not exactly a brainiac, so some of this stuff may be beyond me.

Article:

How graphene's superpowers could soon be unleashed

https://www.bbc.com/news/business-61913871

~~Graphene vs Graphene Oxide:

Understanding Graphene

https://www.graphenea.com/pages/graphene#.YuS_Bj3MKUk

Graphene

https://en.wikipedia.org/wiki/Graphene

Graphene Oxide

https://www.sciencedirect.com/topics/chemistry/graphene-oxide

What is the Difference Between Graphene Oxide and Reduced Graphene Oxide

https://nanografi.com/blog/what-is-the-difference-between-graphene-oxide-and-reduced-graphene-oxide/

~~This last link has some videos that surprised me, because I have never seen this stuff before.

Graphene and Graphene Oxide Basics

I didn't watch the first long video, but I scrolled down the page a short ways to find 2 other short ones that are interesting.

https://www.holistichealthonline.info/graphene-oxide-basics/

***Researchers doing experiments with something called "Graphene Micromotors".

Discovered in 2004 when researchers at University of Manchester isolated a single plane of graphite (graphene) using a kind of scotch tape. This 2D material revealed properties that lend to a number of applications in electronics, remote sensing, medicine, quantum computing:

It is stronger than diamond yet flexible and transparent

Graphene conducts heat and electricity and superconductor efficiencies!

Its electronic properties make it highly sensitive to the absorption of molecules such as CO, NO, NO2, and NH3. Research has indicated that this sensitivity can be increased by 100 fold with addition of Boron.

Graphene has made possible the development of electron-spin based quantum computing. Many types of graphene components are in development to test various quantum computing qubit models.

Water filtration and purification (highly absorbant used in oil spill cleanups at only a fraction of the weight)

Revolutionary supercapacitor technology and antimicrobial devices using laser etching fabrication

Strengthen different composites including human bone implants

Magnetically-driven nano-scale human bio-sensor and graphene micro-motor drug delivery research–video “Graphene micromotors spin forward”

***Another set of researchers experimenting with "Nanotubes"

"Strongly electrically and mechanically reactive to external electrostatic and RF radiation (Teslaphoresis)video “Nanotubes assemble rice introduces Teslaphoresis”

What are the Applications of Graphene and Graphene Oxide?

Water filtration

Covalent functionalization (drugs, polymers, fluorescent tags)

Bio-devices, biosensors, human tissue scaffolds, drug delivery and gene therapy vectors

Energy Storage for ultracapacitors and batteries cathode/dielectric interface

Enhanced fluid separation for passive porous membrane filters

Claimed GO shows excellent DNA absorption properties and ‘biocompatiblity’. DNA binding to GO is found to be very stable and reversible. (conflicting studies)

Graphene Oxide is the main ingredient used in Hydrogels. Hydrogels are developed by DARPA and used in the Covid Vaccines

A Military-Funded Biosensor Could Be the Future of Pandemic Detection

https://www.defenseone.com/technology/2020/03/military-funded-biosensor-could-be-future-pandemic-detection/163497/