Canada's Business Δ 31th of October 2016 Ω 1:18 PM

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~ Carmanah ~ Graphite One Resources ~ Kik	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ
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~ sense for Ξ ~ sense for Ξ ~ sense for Ξ	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ	ξ ξ ξ
«Business Sensing	ξ	ξ
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~ Carmanah

Carmanah

»Carmanah
ξ solar LED lighting technology

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~ Graphite One Resources

»Graphite One Resources
ξ a mineral exploration company focused on graphite
ξ and specifically the development of the world class Graphite Creek Project located on the Seward Peninsula of Alaska
ξ Graphite Creek has the potential to be the world’s largest known large flake graphite deposit
ξ based on first year drilling of 2.2km of an 18km strike length,
ξ Graphite Creek has a 43-101 inferred resource of 164.5Mt at 4.61% Cg,
ξ including an at surface high grade zone of 7.8Mt at 13.5% Cg.
ξ the fundamentals for success of this project include:
ξ stable pro-mining jurisdiction, excellent shipping location to the world’s major markets,
ξ excellent grades and scalable production potential, low capex and operating cost, very low strip ratio,
ξ high percentage large flake graphite, increasing market demand for graphite and an experienced management team

»Graphite Creek Deposit
ξ the company uses manned helicopter to explore mining sites!
ξ mining industry itself could use unmanned systems!
ξ in Alaska with good sea connections to Japan, China, Russia and California
ξ in the state which got UAS test center!
ξ where UAS systems could be manufactured instead of transporting graphene as raw material!
ξ unmanned systems <=> manufacturing in USA must! <=> robotics needed!
ξ California is only for research! => Washington state (Boeing) to manufacture!
ξ Asian countries to manufacture parts!

Graphene
Graphene is the strongest, thinnest material known to exist!
A form of carbon, it can conduct electricity and heat better than anything else!
It is not only the hardest material in the world, but also one of the most pliable (flexible).
Only a single atom thick, it has been called the wonder material!
Graphene could change the electronics industry, ushering in flexible devices,
supercharged quantum computers, electronic clothing and computers that can interface with the cells in your body.
While the material was discovered a decade ago,
it started to gain attention in 2010 when two physicists at the University of Manchester
were awarded the Nobel Prize for their experiments with it.
More recently, researchers have zeroed in on how to commercially produce graphene.

The American Chemical Society said in 2012 that graphene was discovered to be 200 times stronger than steel
and so thin that a single ounce of it could cover 28 football fields »www.acs.org

Chinese scientists have created a graphene aerogel, an ultralight material derived from a gel, that is one-seventh the weight of air.
A cubic inch of the material could balance on one blade of grass.

“Graphene is one of the few materials in the world that is transparent, conductive and flexible
— all at the same time,” said Dr. Aravind Vijayaraghavan, a lecturer at the University of Manchester.
“All of these properties together are extremely rare to find in one material.”

Physicists and researchers say that we will soon be able to make electronics that are thinner,
faster and cheaper than anything based on silicon, with the option of making them clear and flexible.

Long-lasting batteries that can be submerged in water are another possibility.
In 2011, researchers at Northwestern University built a battery that incorporated graphene and silicon,
which the university said could lead to a cellphone that “stayed charged for more than a week and recharged in just 15 minutes.”

In 2012, the American Chemical Society said that advancements in graphene were leading to
touch-screen electronics that “could make cellphones as thin as a piece of paper and foldable enough to slip into a pocket.”

Dr. Vijayaraghavan is building an array of sensors out of graphene
— including gas sensors, biosensors and light sensors — that are far smaller than what has come before.

Researchers at the Samsung Advanced Institute of Technology
working with Sungkyunkwan University in South Korea, have said that Samsung had figured out
how to create high-quality graphene on silicon wafers, which could be used for the production of graphene transistors.
Samsung said in a statement that these advancements meant it could start making “flexible displays,
wearables and other next-generation electronic devices.”
Samsung’s breakthrough could end up being the “holy grail of commercial graphene production.”

Researchers at IBM, Nokia and SanDisk have been experimenting with the material to create
sensors, transistors and memory storage.

James Hone, a professor of mechanical engineering at Columbia University,
said research in his lab led to the discovery that graphene could stretch by 20 percent
while still remaining able to conduct electricity.
“You know what else you can stretch by 20 percent? Rubber,” he said.
“In comparison, silicon, which is in today’s electronics, can only stretch by 1 percent before it cracks.”

The real kicker? Graphene is inexpensive!
Electronics industry, it can most likely be made better, smaller and cheaper with graphene.

Scientists at the University of California, Berkeley made graphene speakers
that delivered sound at quality equal to or better than a pair of commercial Sennheiser earphones.
And they were much smaller.

Another fascinating aspect of graphene is its ability to be submerged in liquids without oxidizing, unlike other conductive materials.
Dr. Vijayaraghavan said, graphene research is leading to experiments where electronics can integrate with biological systems.
In other words, you could have a graphene gadget implanted in you that could read your nervous system or talk to your cells.

There are entire industries that build electronics using traditional silicon chips and transistors,
and they could be slow to adopt graphene counterparts.

Graphene might end up being used in other industries before it becomes part of electronics.
Bill and Melinda Gates Foundation paid for the development of a graphene-based condom that is thin, light and impenetrable

Carmakers are exploring building electronic cars with bodies made of graphene that are not only protective,
but act as solar panels that charge the car’s battery.

Airline makers also hope to build planes out of graphene <-- Xi!

An international team of researchers based at M.I.T. has performed tests that could lead to the creation of quantum computers,
which would be a big market of computing in the future.

Asian display manufacturers using graphene

»Customized-different-size-graphene-touch-screen
ξ Graphene is a nanomaterial made of a single atomic layer of carbon.
ξ It is known for its versatility, especially in electronics, because it is extremely thin and bendable.
ξ Additionally, unlike indium-tin-oxide, graphene is very inexpensive.
ξ The touch screen, in particular, is typically the most expensive component of a smart phone.
ξ Luduo can manufacture and supply big size graphene touch screen, and customized all kinds of touch screen + film and glass.
ξ also manufactures and supplies equipments to manufacture singer layer graphene at lowest cost
ξ »xmluduo
ξ »Graphene materials

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~ Kik

»Kik
ξ lets you connect with friends, groups and the world around you through chat
ξ you can chat with bots too
ξ 1.4 billion people used a chat app in 2015 – and young people were the most active among them.
ξ nn Kik’s chat platform, developers can build, grow, and (soon) monetize for a highly engaged teen audience.
ξ about 40 percent of U.S. teens use Kik
ξ with chat bots, you can reach consumers in fun, useful, and meaningful ways
ξ in an environment that presents the least friction possible
ξ there’s nothing to download
ξ no icons to add to the homescreen
ξ no memory hogging
ξ on Kik, your bot could have direct access to more than 275 million registered users

»Getting Started

Development
ξ »Build Your Bot
ξ »github.com/kikinteractive/kik-python
ξ »pypi.python.org/pypi/kik

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