• Why European Union invested $ 1.3 billion in graphene research?

    Graphene, why will he conquer the world?


    Register domain name Graphene

    Hello dear reader, welcome to domainyx.com!
    Today I will talk about a metal that promises to revolutionize several business segments.
    If you look to the future when thinking about investing in domain name, you should read this post.
    Prospecting experts, lets you state that graphene domains will achieve excellent breakeven.
    A graphene success story, is the Head racket brand.
    Made with graphene, the head rackets are ultra light and very sturdy.
    Used by one of the greatest tennis players of that decade, Novak Djokovic.
    Let's find out together in this article because graphene is so promising!

    People get fuel from anything.
    There is hope to end the water shortage on earth, thanks to ocean water being able to become drinkable.
    The metals stopped rusting.
    People do not need light bulbs.
    The lamps have been replaced with glossy wallpapers.
    Humans are becoming bionic.
    What we are talking about is not the latest science fiction film, it is a very likely and very near future.
    Thanks to wonderful material called Graphene!
    But, the most interesting thing about this metal of the future is being able to produce it in your living room.
    Want to find out how? Keep reading.

    What is Graphene and why is he so incredible?


    Infographics graphene

    By future projections, you can have an excellent Markup if you register or even buy graphene domains now. Understand more.
    One of the things that makes Graphene such a special metal is its thickness.
    Graphene is a carbon sheet of the thickness of a single atom.
    Three million sheets of graphene on top of each other would be one millimeter thick, with high degree of strength and flexibility.
    It's over 100,000 times thinner than a hair, says John Lettow, CEO of Vorbeck.
    Graphene is 200 times stronger and lighter than steel.
    It has only one atom thick, it means it is two-dimensional and you can hold that single layer of atoms in your hands.
    Able to conduct electricity more quickly, accurately and efficiently than any other known material.
    The reason is that the electrical current density of graphene is 1000 times faster than copper.
    Ultra light, seven times lighter than air.
    Its intrinsic mobility is far superior to that of silicon.
    Initial studies have shown that the speed of electrons in graphene is 1000 km/s (60 times faster than silicon, which is the element currently used in semiconductors, transistors for chips, solar cells, and a myriad of electronic circuits).
    Electrons have no resistance when they move through Graphene.
    Graphene has a smaller Joule effect;
    It loses less energy in the form of heat by conducting the electrons.
    The law of Joule (also known as Joule effect or thermal effect) is a physical law that expresses the relation between the heat generated and the electric current that runs through a conductor in a certain time.
    In this way, when an electric current passes through an electric conductor, the conductor heats up, emitting heat. This phenomenon is called the joule effect. Therefore, the joule effect, also known as thermal effect, is caused by the collision of the free electrons against the atoms of the conductors.
    Is transparent - transmits 97.3% of light;
    Graphene's new batteries will be able to hold ten times more electricity than the "existing ones".
    Researchers at Northwestern University have created a battery that keeps the phone charged for more than a week and only takes 15 minutes to recharge.


    Elasticity
    Graphene is incredibly stretchable stretching up to 25 times of its length.


    Resistance
    This material is very rigid, in fact the strongest ever known.
    Web spider if made with graphene would be able to hold a falling aviation and prevent it from colliding on the ground.
    Your stamina outweighs the diamonds and that's not all, imagine an elephant on a sharp pencil not being able to punch it!


    Graphene Versatility
    Graphene is so versatile that it goes far beyond the high performance of electric transmission.

    a) Radioactive decontamination
    Graphene oxide extracts radioactive substances from water solutions, enabling decontamination of water resources (including underground) affected by accidents such as the Japanese Fukushima plant.

    b) Auto Industry
    Graphene, one of the most resistant materials ever produced, began to be applied to the anticorrosive coating of metal structures. Because of its physico-chemical properties it is a non-toxic alternative to traditional coatings of steel structures.
    Automotive industry studies the manufacture of cars with graphene chassis that are not only safer, but act like solar panels that charge the battery.

    c) Flexible displays that can be folded
    An example is the screens of tablets and smartphones that, when they fall, break. Graphene would be used for the production of a touch screen, flexible, transparent and unbreakable. It would replace the ITO (Indium Doped Tin Oxide) currently used in sensitive screens;
    Researchers at Samsung's technology institute in South Korea, have announced they have discovered how to create layers of silicon mixed with high-quality graphene, a decisive step in producing transistors on a large scale. Uncontestable Samsung has already shown the first foldable Smartphone.
    Researchers at IBM and Nokia have also been testing the material on sensors, transistors and memory storage.

    d) Accelerate the internet
    It has been proven that graphene can perform the conversion of optical to electrical information with a speed about 100 times faster than the electric converters;

    e) Others
    In the production of sensors, because the graphene is totally formed by surface area;
    In photonic devices;
    In the aerospace, naval, automotive and civil industries;
    In the biomedical area, for example, to make flexible and light prostheses, in addition to implants;
    In telecommunications;
    In the generation of energy, as in solar panels, in hydrogen cells and in batteries of great duration;
    In more sensitive cameras;
    In high speed cables;
    In paintings that absorb energy.


    Graphene Differential
    Another Graphene quality that scientists find extremely interesting is that it expands when cooled and shrinks under heat.
    There are no examples of other materials with similar properties.
    All the normal substances we know to this day act in exactly the opposite way.
    They become larger when heated and smaller when cooled.
    Can be used in electronics to dissipate heat.


    Graphene Impermeability
    No matter how hard you try, you will not be able to squeeze even a single helium atom through Graphene.
    This makes this metal the most impermeable material ever discovered, so Graphene can function as a gas detector.
    While atoms have difficulty passing Graphene, electrons roam!
    According to Professor Geim, this characteristic makes this material perfect for experiments in high-speed quantum physics.

    What are the limits to Graphene? The sky?


    The sky is not the limit, invest in graphene domain names!

    There are countless benefits that this material will provide for humanity.

    Display Revolution
    A display with graphene would confer flexibility, conductivity, speed and something incredible.
    The way we see it has, we access the computer will also change. Graphene and its high flexibility properties, extra fine, extremely strong, almost 100% transparency, will allow revolutionary display!
    It will allow mirrors, car windows, windows and other surfaces to function as a TV display.


    Graphene - Key all future bandwidth demands
    Graphene can convert optical to electrical 100 times faster than current. That is, an internet 100 times faster than we know it today.


    Health care
    Scientists at the University of Illinois have discovered that graphene can aid in the detection of non-body cancer cells; Researchers at the University of Texas who have invented temporary tattoos using graphene.
    These tattoos are far from being a simple body decoration, they are able to accompany a person's vital signs including their level of hydration and skin temperature.


    Graphene Molecular Sieve for Sea Water
    Graphene is the answer to the water crisis that many countries face.
    Scientists at the University of Manchester in England have found a solution to a problem that affects 1.2 billion people worldwide. Graphene remove salt from sea water and allow its consumption.
    In a study published in the journal Nature Nanotechnology, the researchers report that they created a type of "molecular sieve" with modified graphene oxide membranes.
    Salinized water filtration process, these thin layers of the material were used for selected molecules (such as water) to leave, while others (such as salt) were retained.
    Next step is to stagger this process.
    Pretend to extend this technology to filter ions.
    The United Nations estimates that 14 percent of the world's population will suffer from water shortages in 2025.
    Ram Devanathan believes that conventional desalination methods use a lot of energy and cause great environmental impact. "In addition, energy production consumes large amounts of water and creates wastewater that needs to be treated with more energy."
    Graphene oxide would be a cheaper solution and will help save the environment.
    Know more in the link below: Desalination by Graphene

    Australia is investing in this desalination technology through Graphene.
    By 2018, Australian scientists have been able to purify sea water and let it drink after a single filtration. They called it Graphair.


    Graphene can make Iron Man and Black Panther real
    A single layer of Graphene is unbelievably strong, imagine two?
    Researchers at Georgia Tech recently demonstrated how two layers of Graphene atoms will remain intact after scientists attempt to drill them with a diamond tip.


    Graphene Batteries for EV Car
    University of Córdoba in partnership with Graphenano and Grabat Energy have developed a battery for electric cars, capable of offering a range of 1000 km per charge.
    Recalling that Graphene is a thousand times better conductor of electricity than other known substances, it is possible to have efficiency and lower charge time.
    Today the EV Car has a range of 400 km. Charging time total part of 10 hours in 220 V sockets and up to 52 hours in 110 V sockets.
    The creators of the Graphene battery, guarantees autonomy of 1000 km and full charging in just eight minutes.
    Were you surprised? Curious? Let's put an elephant instead of a flea behind your ear! Institute of Science and Technology of Gwangju, South Korea, have created a Graphene battery with a capacity of 400 kw in just 16 seconds when the bus makes stops for loading and unloading.

    Recharging gadget
    New batteries made with graphene will be able to recharge extremely fast, it is possible that they will reach full load in just 15 minutes.


    Running shoes for a new generation of athletes
    Running shoes, were tested in the laboratories of the University of Manchester. The difference compared to other running shoes, this in the fact that your rubber outsole is made with an addition of graphene.
    Result, they are much more elastic and stronger than those of traditional material. Synonymous with durability!


    Dye safe for hair
    Graphene can also be used in the beauty industry.
    A perfect alternative to the current hair dyes, of which, most are still toxic and harmful to the hair.
    In 2018 scientists at Northwest University discovered that graphene can be as effective as hair paints without the need for toxic molecular ingredients.
    In addition, unlike other hair dyes, graphene has anti-bacterial properties of thermal dissipation and antistatic.
    The experts sprayed a graphene oxide gel onto blond hair and allowed it to dry for 10 minutes, the wires were covered with a graphene film that was only two microns thick.
    All participants reported that the color remained even after 30 washes.



    A world without rust
    I have already mentioned that graphene is virtually impermeable, so a single coat of graphene-based paint will be able to prevent rust and corrosion.
    Copper plates covered with this paint can be used as containers to contain extremely corrosive acids.



    Graphene and Spider Web
    Graphene is a formidable material. Able to revolutionize the biomaterial.
    In induction biogenetic experiments, spiders were fed with water enriched with graphene and the result was surprising.
    The silks presented better mechanical properties in relation to the silks collected from the same spiders, with a significant increase in the strength, tenacity and elasticity of the biocomposite silk threads. The strongest silk strands had a fracture strength of up to 5.4 Giga Pascal (GPa), 3 times stronger than unmodified silks, as well as a 10-fold increase of the toughness modulus to 2.1 Giga Pascal (GPa ).
    This study aims to create ultra resistant material, modified by the association of graphene.



    Bright Wallpaper
    Graphene can transform bulbs from inside a residence into something of the past.
    A sleek glossy wallpaper with electrodes made of graphene, will provide pleasant and adjustable lighting for homes.
    In addition, this lighting will be more energy efficient than modern lamps.



    Space Elevator
    This idea emerged in 1979 in Sir Arthur Clarke's science fiction novel, The Sources of Paradise.
    The elevator described in the book looked like a tower with paper-thin walls and hollow interior.
    Its sides were distant 19 meters and its height reached 35,400 km.
    An idea of ​​such a lift sounds completely strange, but if it were built the sidereal space would become easily accessible.
    Until recently the main problem was to find materials light and strong enough to withstand such an elevator.
    However, with the discovery of Graphene, in a few years, something of the genre can finally come out paper.


    Graphene Discovery
    Dr. Konstantin Novoselov and teacher Andre Geim discovered this wonderful material in 2004 at the University of Manchester.
    In 1 mm of graphite there are 3 million layers of Graphene!
    They were examining the effectiveness of graphite as a transistor and discovered Graphene.
    Placing the graphite on a tape insulated a new layer, Graphene!
    The discovery of Graphene earned them the 2010 Nobel Prize.
    Surprisingly Graphene is not a single or rare substance; In fact it has the same carbon structure as the graphite you use every day when drawing or writing with pencil.


    You can make graphene at home
    Provided you have the time and patience.
    You will need several pieces of tape and a graphite pencil. After depositing a thick layer of graphite and a piece of paper, use the tape to remove one layer of graphite.
    Then use a second piece of adhesive tape to remove a layer of graphite from the first piece of tape, the third piece of adhesive tape will peel a layer of graphite from the second and so on; If you are patient enough, you will notice how the layers of graphite become thinner and thinner.
    At the end you should have a single layer of graphite that will be our two-dimensional graphene.
    This method can be a little tiresome but it won a Nobel Prize.

    What is missing for Graphene to take the lead in this century?


    Production cost!
    1. In 2012 the cost to cover a small pinhead with Graphene was approximately $ 1.1k.By 2015 it was already possible to buy 10 grams of Graphene for a thousand dollars.
    2. Due to the optimized production methods, experts expect the price of this substance to decrease even more, and possibly to become as low as the cost of raw material graphite.
    3. Graphene has enormous potential, and that is why the European Union has committed $ 1.3 billion to research that is expected to last a decade (2013-2023).
    4. It's worth mentioning that no one invests $ 1.3 billion in adventure and daydreaming. There is a solid expectation that this metal will assume the leading role that once belonged to silicon and other materials.
    5. This research is intended for Graphene innovation breakthroughs in healthcare, electronics, construction and energy.

    I'm sure we'll hear a lot about graphene in the near future!

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