Graphene nano layer on insulated wires

During a graphene test in a very simple static plasma reactor, at room temperature and normal pressure, nuclear engineer Mehran Keshe, gives information about graphene deposits on insulated wires and cables performed during another test. All copper wires and strands were still in their insulation jacket while processed. Different type of cables and wires were introduced in or connected to plasma reactors. No additional external energy sources - like EUV from arcs, magnetic fields from solid magnets, electrical current, etc. - were used. After expose in static Keshe reactors it has been found that all copper wires and all strands - each - were fully covered by atomic carbon. Although the strands are in direct contact with each other surface, they are fully insulated from each other by the atomic carbon layers. This is shown in this movie with a battery (9V) and lighting, were current is conducted through two wires which are directly twisted with each other. This approach can be used for the design of transistors and integrated circuits. In example, surfaces with only a few number of atomic carbon layers - like in sp2 (graphene) having ballistic conductive properties - can be mounted directly on each other while they are still insulated from each other. With technics like etching special circuits can be made.
http://www.keshetechnologies.com/special_wires.html

Category:

Science & Technology

Tags:

• graphene
• nano
• wires
• keshe
• nanotechnology
• plasma
• reactor
• resistence
• conductivity
• sp2
• sp3

[Dracodeumonis]

Why are people arguing? We don't need that...

[opferte]

@flowerbower No... When I see a pedantic response from an expert on Youtube it would be like trying to find out more on a high schooler who is hurling insults at me. Honestly, it shows my maturity by even replying. I guess we all have to work on our character flaws.

[flowerbower]

@opferte I hope that you exercise greater care and precision in your work. I used to work on aircraft crash investigation, and I still don't fly: because the greatest danger to air safety has always been human incompetence. Thanks for reminding me.

BTW, perhaps you should check profiles before replying.

[opferte]

@flowerbower I have worked in Hughes Aircraft space labs, have worked with the equipment that manufactures state of the art microprocessors for defense systems, a misplaced "E" (Because I also use siliconE for automotive use, yes, I can fix cars as well) doesn't make me a moron, it makes you a 16 year old punk who thinks he knows it all. Now go back home, I think I hear your mommy calling you for dinner.

[flowerbower]

@opferte The word is 'silicon', you moron; not 'silicone'!

[bulletproof2353]

although they have discovered a great breakthrough in eliminating noise from graphene transistor circuits ,there is still alot of work to be done if t can be done,like eliminating all noise ,and getting the graphene to switch off current completely which has not yet been accomplished as far as i know,hopefully it can and will be soon though the potential applications of this technology are incedible

[opferte]

@opferte I have to add that ironically the only thing better at reproducing audio than a transistor is still the vacuum tube!

[opferte]

@OrganicWebhead My friend, that was exactly what people were saying about silicone when your only option for audio amplification was a fragile glass vacuum tube. Now, look at where silicone has brought us. The technology we have now would send someone from the 60's into a technological coma. Now, we are seeing the biggest step in technology since the transistor, period. Yes, research is needed and it will be done. This is major on almost unthinkable proportions.

[quangluu96]

WOOT!! faster than platinum

[0903390901]

Hmmm :(