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Bouncing

When they have completed ten years since the brand received such harsh criticism from the hand of Naomi Klein in No Logo , Redesigns Nike footwear and even, apparently, business philosophy.

The new collection is called Women's Premium Print Pack and reuses newspapers and magazines that are taken to the recycling point.

No However, when dealing with a limited edition may well be a sales strategy rather than a turning point. We must not forget that the brand is a pioneer in this regard. Already in 2008 Levi's launched a line of shoes worn jeans and advantage Timberland sandal introduced this summer by 70% recyclable after use.

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2010 with Mahou e Iker Christmas

Once again, there is already talk of that will be the last spot on television this year. Iker Casillas stars with their lifelong friends, the new announcement of Mahou.

difficulties suffered by the English this year due to the economic crisis have been the basis on which Mahou wanted to pay tribute to society through the words of the captain of the English football conveys:

"Some have raised the country once, but they rise every day "

The ad will air simultaneously in Telecinco, Antena 3, La Sexta and Cuatro. Be the first chimes no ads in TVE, which 'a priori' could swell the numbers of public hearing, that always sweeps competition.

Mahou

campaign which stars Iker Casillas and his friends included two versions of 60 and 45 seconds. It began broadcasting yesterday and will remain on air until early January.

Mahou
The price will be paid for such privileged window is unknown but what is certain to be exorbitant.

I leave you with the famous ad, just say that besides the spot, the Mahou keep "a surprise" that will be for the bells.

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Nike Ad

The new commercial for Christmas Nike is entitled "Shine. Brighten your country. "In it, Andrés Iniesta, Rafa Nadal Pau Gasol and listed the achievements made by many athletes sporting English this year and concludes with a statement of encouragement to all English:

" Work and be strong. With humility and respect. Fight against the darkness. Is the light that says we've lost. "

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Chemistry Nobel Prize in Chemistry by palladium catalysis of cross-links in organic synthesis

The Nobel Prize in Chemistry 2010 was appointed scientists Richard F. Heck (USA), Ei-ichi Negishi (Japan), Akira Suzuki (Japan), the development of catalysis by cross-linking of palladium in organic synthesis , an important tool for organic chemistry today.

The applications of this tool reaches many areas of action for chemical such as medicine, electronics, and technology. Develop the ability of scientists to create sophisticated chemicals, for example, the development of carbon-based molecules as complex as the same as those found in nature.

The applied organic chemistry is exploring ways to create carbon-based compounds such as plastics and pharmaceuticals. To accomplish this, chemical must be able to join the carbon atoms to form functional molecules. However, the carbon is a stable element, which does not react easily with others.

Therefore, the first methods to force the carbon to join it were based on more reactive through substances. Solutions such work when it was about creating simple molecules, but by synthesizing more complex the method failed.

Catalyzed cross-linking through palladium solved this problem and provided the chemicals of a new tool to work more efficiently. In reactions produced by Heck, Negishi and Suzuki , the carbon atoms meet palladium atoms (electron-rich and, therefore, a "magnet" for carbon), causing a rapid chemical reaction (ie, a catalyst ).

Currently, catalysis by the palladium crosslinking organic synthesis is used in research worldwide, the development of important drugs to fight cancer or powerful virus, or even in the commercial production of, for example, pharmaceutical and molecules used in the electronics industry .

None of the three scientists worked together, but his experimental work separately managed the development of this important chemical tool and the ability to use today.

The three shared the 2010 Nobel Prize awarded by the Royal Swedish Academy of Sciences, a prize of about 1 million euros will be awarded in a pompous ceremony led by the King of Sweden on 10 December, when recalling the death of Alfred Nobel .

; ; Juan Pacheco Mayayo , 2 º Bachillerato

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Graphene: the material of the future

Description of what the graphene and its applications (if you want to know directly their applications will begin looking at 24 minutes 2 seconds of video).

Video sent by Ignacio Embid (2 º Bachillerato A)

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Nobel Prize in Chemistry 2010: A Powerful Tool for Chemists

A Powerful Tool for Chemists

There is an Increasing Need for complex chemicals. Humanity wants new medicines that can cure  cancer or halt the devastating effects of deadly viruses in the human body. The electronics industry is searching for substances that can emit light, and the agricultural industry wants substances that can protect crops. The Nobel Prize in Chemistry 2010 rewards a tool that has improved the ability of chemists to satisfy all of these wishes very efficiently: palladium-catalyzed cross coupling.

At the end of the 1980s, scuba divers in the Caribbean Sea collected the marine sponge Discodermia dissoluta. At a depth of 33 meters (108 feet) they found a little creature that lacks eyes, a mouth, stomach and bones. At first sight it appears primitive, but its inability to escape enemies has turned Discodermia dissoluta and other marine sponges into masters of chemistry. They have a remarkable ability to produce large and complex chemical molecules that are poisonous and that prevent other organisms from exploiting them.
 

Researchers have discovered that many of these poisons have therapeutic properties; they can function as antibiotics or as anti-viral or anti-inflammatory medicines. In the case of Discodermia dissoluta, the first laboratory tests revealed that the substance discodermolide could in the future be used as a chemotherapy drug. Among other things, it stopped cancer cells from growing in test tubes.
Removes a significant obstacle to progress After more in-depth studies, scientists have been able to demonstrate how discodermolide defeats cancer cells in the same manner as Taxol, one of the most commonly used cancer drugs in the world. Finding a substance with such huge potential is a thrilling experience in itself, but without the discoveries being rewarded by the Nobel Prize in Chemistry 2010, the story of discodermolide would probably have ended there (figure 1). Progress would have come to a halt due to a lack of material, as it is not possible to develop medicines based on a substance found only in small quantities deep in the Caribbean Sea. However, with the addition of palladium-catalyzed cross-coupling reactions to the chemist’s toolbox by Richard F. Heck, Ei-ichi Negishi and Akira Suzuki, scientists can now artificially produce discodermolide. Negishi’s variant of the reaction was used as a central step in its synthesis. Other scientists have subsequently optimized the process and managed to obtain sufficient quantities of discodermolide to begin clinical testing on humans suffering from cancer.
 

Only the future will tell if discodermolide turns out to be a life-saving drug. In any case, it is one of many examples of how naturally occurring chemicals inspire the work of chemists. Common to all molecules in living organisms, so called organic molecules, is the fact that they consist of a more or less complex skeleton of carbon atoms. Carbon-carbon bonds are the basis of the chemistry of life itself, and its importance to chemists is well illustrated by the fact that the subject matter has now been rewarded with a total of five Nobel Prizes. The previous four are: the Grignard reaction (1912), the Diels-Alder reaction (1950), the Wittig reaction (1979), and olefin metathesis (2005).
 

Palladium – point of rendezvous for carbon atoms

The palladium-catalyzed cross-coupling reaction is unique since it is possible to carry it out under mild conditions and with very high precision. Previously, chemists had to kick-start the chemical reaction between two carbon atoms using reactive substances. Such substances do their job, but the carbon often also reacts with other atoms leading to the creation of unwanted by-products.

 

(Siga leyendo aquí)

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Nobel Prize in Chemistry 2010: Palladium-Catalyzed Cross

Palladium-Catalyzed Cross Couplings in Organic Synthesis

Three researchers share this year’s Nobel Prize in Chemistry, Professor Richard F. Heck, who has been working at University of Delaware, Newark, Delaware, USA, Professor Ei-ichi Negishi, Purdue University, West Lafayette, Indiana, USA, and Professor (emeritus) Akira Suzuki, Hokkaido University, Sapporo, Japan. The Royal Swedish Academy of Sciences is rewarding the three chemists for: “palladium-catalyzed cross couplings in organic synthesis”. The discoveries by the three organic chemists have had a great impact on academic research, the development of new drugs and materials,
and are used in many industrial chemical processes for the synthesis of pharmaceuticals and other biologically active compounds. A background and description of their discoveries are given below.

Introduction

This year’s Nobel Prize in Chemistry concerns the development of methods for palladiumcatalyzed formation of carbon-carbon bonds via so-called cross-coupling reactions. The formation of new carbon-carbon bonds is of central importance in organic chemistry and a prerequisite for all life on earth. Through the assembly of carbon atoms into chains, complex molecules, e.g. molecules of life, can be created. The importance of the synthesis of carboncarbon bonds is reflected by the fact that Nobel Prizes in Chemistry have previously been given to this area: The Grignard reaction (1912), the Diels-Alder reaction (1950), the Wittig reaction (1979), and olefin metathesis to Y. Chauvin, R. H. Grubbs, and R. R. Schrock (2005). 

Transition metals in synthetic organic chemistry

During the second half of the 20th century, transition metals have come to play an important role in organic chemistry and this has led to the development of a large number of transition metal-catalyzed reactions for creating organic molecules. Transition metals have a unique ability to activate various organic compounds and through They CAN catalyze this activation the formation of new bonds ...

(read here)

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COUPLINGS IN ORGANIC SYNTHESIS Nobel Prize in Chemistry 2010: Tools for Molecular Architect

Life on Earth is built out of carbon. Chains of carbon atoms arranged in different ways, are the backbone of most of the molecules that form and regulate the living systems. These molecules, large and small, of course contain other elements. But the greatest challenge for chemists, when they try to replicate and even improve the ability of nature to build molecules derived Carbon (organic) has long been finding ways to create and break the chemical bonds between carbon atoms. Over the years, chemists synthetic organic chemistry have accumulated a vast array of these reactions used to build new molecular structures.

However, many organic reactions tend to form undesired side products, due to the conditions or highly activated molecules used. The Nobel Prize in Chemistry, 2010 reward for three chemicals that have developed new methods to build links between atoms carbon, very selective and relatively mild conditions. All three have developed reactions as they are called. Heck reactions, Negishi and Suzuki used palladium, silver metal, joining two molecules, using a single link between them. Over the past thirty years, these reactions have become basic tools and very valuable to any organic chemist.

Richard Heck developed its addition reaction based on palladium for the 60, running a series of scientific papers on this subject, before stipulating what would become the standard protocol for Heck reaction in 1972. In this standard, palladium acts as a catalyst, first "grabbing" one molecule, then another and then joining them and "dropping" the couple together, leaving himself unchanged by the process, something akin to a marriage bureau. In the Heck reaction, the first molecule always contains a link between a carbon atom and a halogen such as chlorine, and the second always contains a double bond between carbon atoms. Surprisingly, the reaction occurs at room temperature.

Ei-ichi Negishi and Akira Suzuki, who had worked casually with Herbert Brown, Nobel Nobel in Chemistry in 1979, expanded the range of application of the Heck reaction, mainly to develop new ways to change the second molecule involved. The molecule containing a carbon double bond is replaced by a molecule in the reaction of organozinc Negishi and organoborane molecule in the Suzuki reaction. Together, these three reactions, and variants that have been created from them, have dramatically improved both the potential and the efficiency of synthetic organic chemistry and contributed substantially to the construction of complex molecules that contribute to multiple areas of our lives daily, from agriculture to medicine.

Translation of original article written by Adam Smith, Editor in Chief, Nobelprice.org

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Graphene, new material developed by Andre Geim and Novoselov Konstantin: Nobel Prize in Physics

Graphene

Graphene is a flat sheet structure of an atom thick, composed by atoms of carbon densely packed in a crystal lattice in the form of honeycomb by covalent would be formed from the superposition of the hybrid sp ² bonded carbons.

Sp hybridization 2 is best explained the bond angles, 120 °, the hexagonal structure. As each carbon has four electrons of valence in the hybridized state, three of those electrons will stay in the hybrid sp 2 , forming the skeleton of simple covalent structure and extra electron is accommodated in a p-type atomic orbital perpendicular to the plane of the hybrids. The overlap is side of these orbitals is what would lead to the formation of π-type orbitals. Some of these combinations, among others, would Instead of a giant molecular orbital delocalized among all carbon atoms that form the graphene layer.

The structure of graphite can be considered as a stack of a large number of overlapping graphene sheets. The links between the different layers of graphene stacked is because Van der Waals forces and interactions between the π orbital of carbon atoms.

Graphene is constituted entirely perfect hexagonal cells, the cells are pentagonal and heptagonal defects.

Properties

· High thermal and electrical conductivity (due to its dimensional structure on a honeycomb).

· High elasticity.

· High hardness (almost like the diamond).

· resistance (200 times greater than steel)

· Graphene can react chemically with other substances to form compounds with different properties.

· Supports ionizing radiation .

· is very light, as carbon fiber , but more flexible.

· Minor Joule , unless the lead is heated electrons.

· consumes less power than silicon .

· is almost completely transparent and so thick that neither the helium atom (the atoms are smaller than present) can pass through it.

The discovery of Andre Geim and Novoselov Konstantin

The Nobel Prize in Physics 2010 has been awarded to Andre Geim and Novoselov Konstantin, not for his discovery of graphene, since this was already nearly half a century, but because they discovered how carbon is presented in a way that becomes the material of the future.

Novoselov The finding came about four years ago, when he intuitively with an imaginative approach to isolate graphitic layers of a single atom thick. Graphite, the material from the mines of pencils, is made of layers of carbon atoms arranged like a honeycomb. In this sense, graphene is actually one of these layers that the teacher got Novoselov staining a strip of graphite deposited zeal, painting with a pencil on paper and then using that zeal as a seal on a clean surface.

Kostya Novoselov first manufactured graphene in laboratory in 2004, and July 2008, the scientists had just concluded that it was the toughest material known.

A graphene mesh one atom thick demonstrates its strength to bear the pressure of a diamond stylus.

In March 2007 Professor Andre Geim present a transistor made of graphene. The transistor was more than four times smaller than the smallest made of silicon, as well as more efficient. Was used for making them a sheet of graphene tenth nanometer thick, ie the thickness of a single atom.

Improvements relative to silicon

processors could reach speeds of hundreds of gigahertz (in silicon, the maximum-NonCommercial-is 100 GHz) will take a little more, because graphene is very good driver and passes all the electrons. Silicon, however, is a semiconductor that is, admits that he "tell" when transmitting current and power the millions of transistors that form the processor, and when not.

spoken to "control the conductivity of graphene using two layers of this material, one above another, and in a particular orientation." To fix this problem could also be used graphane, a derivative of graphene: graphane has the same honeycomb structure of graphene, except that it is "sprayed" with hydrogen atoms attached to carbon. The resulting links between the atoms of hydrogen and carbon "bind" the electrons effectively to make such a good driver to graphene. Graphane still retains the thinness, the enormous strength, flexibility and density of its old chemical cousin.

Because graphene is consisting of a single layer thick, the transistors are very sensitive to any molecule that is deposited on its surface. Therefore, it is an ideal material for making chemical and biological sensors.

Some of the future inventions combine "sensitivity" of graphene with the "ability" of silicon, since they complement not replace.

Jorge García Paredes

2 º Bachillerato A

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The mystery of the meteorite that fell in the valley

For almost a week, you could find a strange object as if it had an" impact "in a the mall entrances Madrid-2 The Trough. Finally today, we have discovered that it was a giant capsule ... Douwe Egberts coffee. With this action of Ambient Marketing, Marcilla Introduces capsules adapted to the traditional coffee.

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Reforestation Day 2010

On Sunday 21 November, Toyota held for the third consecutive year the Day of reforestation.

Aimed primarily at families, the event aims to raise awareness of all the smaller members by planting acorns, which will help in future to reduce CO2 emissions.

With the collaboration of the Fundación Félix Rodríguez de la Fuente and the Biodiversity Foundation, last year won the participation of 10,000 volunteers, making the planting of 160,000 seedlings and 10,000 acorns that were distributed by 61 territories of the English geography .

Toyota the first car manufacturer to market a hybrid vehicle thus tries to maintain its commitment to the environment. For more information

we leave the link:
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The store marks the illusion

Coca-Cola

today gave the go-ahead to the Christmas campaign hand McCann. The multinational company has chosen to go beyond the simple spot to flood the spirit of these dates.

exchange for something that we can not use to get free gifts by sharing portal. Only need to upload your site a picture of what we want to share following the instructions there tell us.

This first phase begins today and will start on December 14 when they can choose the gifts. In addition to the gifts offered by users The poster has included their own books, music players, games for the PSP ... some in collaboration with other brands.

will not need to look far to find something that we not use and who else can give you great joy. For more information

we leave the link to the promotional Web: https: / / navidad.cocacola.es /

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Deleting

Within the many services offered through Network we can highlight which takes place on the website of salirdeinternet . This company is dedicated to eliminating all information or negative comments that violate its customers, including not only found particualr.

As the company cited its site :

Internet is often used for comments on the services or products of a society. Ease today to create blogs or participate in social networks has enabled Internet users to find a simple and free of damaging the image of a company.

The image of an Internet company is very important , and know that you are not forced to endure the comments that the injured.

They are justified by appealing that these comments are true or not, are mere insults that threaten the honor.

is clearly not the best way to use a medium that gives us some valuable free market knowledge, to achieve bidirectionality. It is not for serious businesses that seek a dialogue with the client and transparent public relations.

may seem a quick solution to the panic emerged in a small business owner who does not have other weapons, but a communication expert should always opt for dialogue and for leaving no voice to those who are apparently only the weakest. If this is not so I still do not know what that means Internet and the XXI century.

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2010 Act commemoration of San Alberto Magno

Day of St. Albert the Great in the Colegio Virgen de Atocha

Today, November 15 is celebrated San Alberto Magno, patron saint of students of Natural Sciences, Chemistry and Science. To commemorate this date in the Colegio Virgen de Atocha we held a ceremony attended by students of 3 º and 4 º of ESO and 1 High School, where Antonio José Sánchez Arroyo and Alberto Rodríguez Palomino, alumni of the College, together with three students of 1 High School, have made a presentation on the figure of St. Albert the Great and the importance of chemistry in all areas of daily life.

Here

exhibition-lecture this morning: chemistry.

The Director General presented the commemoration day of St. Albert the Great.

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photos of the Cathedral College chemistry Virgen de Atocha (fesd) Development of the cathedral

Cathedral This is the chemistry that have made the students of Colegio Virgen de Atocha (fesd) and will be exhibited from 15 to 25 November in the school entrance.

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Bend graphene "technology?

As published today in marketingdirecto.com, Gartner just created your technology curve for the next twelve years.

After analyzing approximately 1800 technologies, the results show that high expectation is the tablets produced by the addition of 3D screens and TVs. However, those with a greater potential for the future for the next decade are 3D printing, the mobile robots and autonomous vehicles. Call

care deeply not mentioned in that article the possible replacement by silicon with graphene enormous impact it has had on the general public about the Nobel Prize in Physics. This new technology would mean a shift in what we now understand as a means of communication and information media in general. Has always tended to think about the future of media convergence as a single screen, but it was inconceivable until now, at least for me, that it could take almost any shape at will thanks to its two-dimensionality.

Perhaps most impressive is their method of production: Who does not have pen and zeal at home?

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1. Development of chemical Cathedral

Level	1 º baccalau to.
Date	Delivery of work on November 4. Exhibition: 15 November 2010 till 25 November.
Objectives	study the various elements of the periodic table, bringing their current applications and the periodic table to members of the educational community.
Description	Different chemical elements are assigned to each of the groups which divides the classroom. Each group will compose a piece of paper with a color code format and preset which gives you the following information: - element Command . - name of the item. - atomic and atomic mass number (shown next to the symbol in the place reserved the mass number) - Applications. These cards will stick to a structure (cathedral) done previously and will be exhibited at the main entrance of the school. groups of about four students are having to make each group, four to eight different elements, to complete the 110 items that make up the table. The students who are assigned a single element, perform other tasks such as transporting the base structure from the shop to exhibition space, placing the cards on the structure, custody of the "cathedral" ...

Bibliography

"The name and symbol of chemicals. MRBermejo. Editorial synthesis. - Chemistry Books General. Petruci or Chang. Editorial McGrawHill -interactive periodic table of the Permanent Forum on Chemistry and Society. -Periodic Table of the publisher Oxford -webelements: http://www.webelements.com All books listed in this relationship are available for loan from Public Libraries Network of the Community of Madrid, the center is closest to the College Retirement Public Library. To browse the catalog is necessary to enter the page: http://www.madrid.org/biblio_catalogos/cgi-bin/abnetopac/O9233/ID29052898?ACC=101 data and files to build the Cathedral Chemistry: click here.

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Chemical Production of a mural with the most important chemists of the last centuries

1. Development of a mural with the most important chemists of the last centuries

Objectives	study and make known the influence of various chemicals in the development of science and improving our quality of life.
Level	3 º ESO.
Date	The date will be set by the teachers of the subject.
Support Cardboard	of different colors that will stick on purple paper and exposed continuously in the hall giving access to the corridors of 3 º ESO. This purple paper must be headed by the school crest and symbol commemorating the International Year of Chemistry
Description	Among a list of chemical, a chemical is assigned to each of the groups in which to divide the classroom. For each chemical, the students will compose a piece of cardboard summary which will include the following elements: - Portrait of the chemical. - Place and date of birth. - Brief description historical period in which he lived. - Main achievements and comment on them.
Chemical to study	Robert Boyle. For his study of the gas laws. Antoine Laurent Lavoisier . On the use and introduction of scale and the metric system in chemical measurements. Its principle of conservation of mass, the study of the behavior of oxygen at the expense of the phlogiston theory John Dalton. For his study of chemical proportions Michael Faraday. For his study of the principles of electrochemistry Dimitri Mendeleev. For the development of one of the first systematic periodic table and predict the existence of scandium, gallium and germanium. JJThomson . For its contribution to the study of the atomic model. Ernest Rutherford. For his contribution to the study of the atomic model. Marie Curie. For his study of the principles of radioactivity. Fritz Haber. To discover the process of industrial synthesis of ammonia. Linus Pauling. For his contribution to atomic model and link model (VTE) Elhuyar Brothers. Discover the tungsten Andrés Manuel del Rio . To discover vanadium Antonio de Ulloa. Discover the platinum Amadeo Avogadro. By introducing the concept of mole Friedrich Wöhler. For the artificial synthesis of urea Henri Louis Le Chatelier . For his study of the modification of chemical equilibrium Jöns Jacob Berzelius . For their efforts to convert the chemistry in a modern science. Svante August Arrhenius . For his study of the electrolysis Joseph Priestley. For his study of the composition of air Alfred Bernhard Nobel. For the discovery of dynamite Friedrich von Kekulé Augst Stradonitz . By studying the structure of benzene Joseph Louis Proust. By the law of constant proportions and research in chemical analysis Stanislao Cannizzaro. For his study of reactions in organic chemistry and determination of molecular weights. Ernest Solvay. For his research in industrial production of soda. Louis Pasteur. For his study of the stereochemistry Leo Baekeland. For his discovery of Bakelite and precursor of the plastics industry San Alberto Magno. For his discovery of arsenic Carl Sheela . By discovering the chlorine, oxygen, barium, molybdenum, nitrogen and magnesium Charles Goodyear . For the discovery of organometallic compounds. Adolf von Baeyer . For his study on the synthesis of dyes Wilhelm Ostwald. Pos kinetic studies in color.
Bibliography	-History of Chemistry. Francisco Aragón de la Cruz. Editorial Summary -A Brief History of Chemistry. Isaac Asimov. Alianza Editorial General Chemical. MR Fidalgo and JA Fernández. Editorial Everest "Some books of the scientific collection of editorial Levels encyclopedic dictionaries, encyclopedias and -Internet-Biographies and lives All books listed in this relationship are available for loan from Public Libraries Network of the Community of Madrid, the center is closest to the College Retirement Public Library. To browse the catalog is necessary to enter the page: http://www.madrid.org/biblio_catalogos/cgi-bin/abnetopac/O9233/ID29052898?ACC=101

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food brands still have much to do in social media. Creativity infinite

Today
before dinner was reading a story that was published last Friday on food brands and its presence in social networks. As we all know, this is a sector that is experiencing problems with the growing presence of private label brands at major grocery chains in the country.

objectivity If we think this phenomenon is not something entirely logical. We have different brands that offer the same product, the only difference is the packaging and price, maintaining the same quality in most cases. We opted for the cheaper of course because almost nobody likes to pay more for the pleasure to spend.

What is the cause of the problem and the solution for trademarks? Then show what's different, its added value. If you only talk about the product itself, because really what they are doing is indirect advertising for the equivalent white label, which in most cases there.

And now I read the news that most brands do not have any presence in social networks, and those that do have most use them to deliver and do not talk, that after all is the goal of social media. In the case of Twitter, would be a typical example of the user with fans but not is anyone because the only thing that matters is what he says, then the long term is obviously losing followers. Their lack of concern for allowing feedback from their customers (and also taken into account) and to communicate the added value of its brand, which is what they have to sell to their audiences, is what is causing this situation.

Are they doing better brands? No, but are cheaper and there's your own distinctive value.

In his hands is part of the solution.

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New spot

When an agency gets a briefing from a traditional sector such as cleaning products, often creative resigned to make the spots "as usual" without asking if you want to innovate in the slightest. However, the Brazilian agency Lowe Borghierh Brazil has won a Silver Lion at Cannes with this amazing creativity.

This example shows you can do different things in advertising, as long as our advertiser is willing, is the sector that is.

Enjoy it!

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What is graphene. A material consisting of a thin carbon foil (one atom thick.) Applications. Revolutionary in fields such as aeronautics, automotive and telecommunications and computing. Avanzare. L'a signature Rioja has become more English firm's production capacity in Europe nanografeno graphene. Graphene is a so-called 'new materials' and decisive experiments on it were carried out by scientists from Russia Konstantin Andre Geim and Novoselov. Both have been recognized for it with the Nobel Prize for Physics this year. Graphene consists of a thin sheet of carbon just one atom thick, but excellent properties despite their size. As for nanografeno, consists of several graphene sheets, also with atomic scale dimensions. According said Avanzare manager, Julio Gómez, graphene "revolutionize the everyday life of the population and, in his day, did the plastic." Among the advantages of graphene it should be noted at the mechanical strength, lightness or the possibility of him making microprocessors or communications systems faster than those that now occur. And is this new material has many practical applications. Among them, Gomez emphasizes making computers more efficient, next-generation wiring, flame-resistant materials, conductive materials, low wear, solar panels or flexible electronic displays. industrial scale Rioja The company, in its commitment to research, development and innovation (R + D + i), last year discovered a new method of work which, by first time allowed between last year and this industrial-scale production of graphene nanografeno, which up to now only developed in the laboratory. Among current and potential customers of this material are large multinational companies and sectors such as aeronautics, the production of plastics, automotive and appliance manufacturing. Avanzare, which has its facilities with reactors with a capacity of 3,500 liters for large scale production of this material has already signed distribution agreements in several countries for industrial production of graphene nanografeno. elcorreo.com

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Arts School of Teruel designed a print for the forum Jorge Sanz (d) together with some of the students who designed the print for the first Forum of the Pan Jorge Sanz: "We make the bread that has always been; food and social good " Bakers Association Provincial de Teruel in collaboration with the School of Arts and Crafts Teruel are joining forces to create a work that lasts over time, during the First Forum of Quality Breads be held at the Palais des Expositions de Teruel the next 15 to 17 October. Professor of Design and Products, Luis Loras, coordinates the work being done one of his students, young Andrew Diestre, who studied the third year of Advanced Studies and Product Design at the School of Art in the capital. Diestre As he explained, the work will be done from the "embossed", an embossing technique to enhance and shape in a very real protagonist of the forum item as bread. Teruel sculptor Pablo Serrano, which has in its collection with several works devoted to bread has been important part in inspiring this etching. President of the Provincial Association of Bakers, Jorge Sanz, highlighted the originality of this work and has stressed that this first collaboration with the School of Arts and Crafts will Teruel on future occasions. "We have authentic teachers and artists here who have quickly grasped the idea of \u200b\u200buniting the bread art." "If we think about the effect of bread in society - Sanz added, - we will realize the importance of the existence of the baker in each of the towns of our province .... They are generators of life in a neighborhood, a people business needed. " On the other hand, and within the joint activity to be held on Saturday, coinciding with World Bread Day, there will be three tasting bread symbolic price of one euro. The proceeds will go to nongovernmental organizations and CROSS DIOCESAN CARITAS RED both of Teruel, two organizations that have embraced this initiative with great satisfaction and gratitude. This I Forum organized by the Provincial Association of Bakers of Teruel and CEOP has created great excitement at the national level, and are becoming more firms and companies that have joined the collaboration and sponsorship of this event. In addition to City of Teruel, DPT, Government of Aragon Region Sierra de Albarracín, Teruel CEOE, CEPYME Teruel, Chamber of Commerce, Caja Rural, Hormaly, Horn Tays, mixers SAUS, Harinera Guría, Harivasa have joined CAI, Restorhome Salva Industrial, Ham Teruel Teruel and other companies. Next week shall and the installation of machinery in the Exhibition and Congress Teruel to perform various activities of kneading and baking bread, through several workshops led by master baker Manuel Flecha, a professor at the School of Madrid. The program is complemented by gastronomic days during the week prior, where the main restaurants in the city develop menus with the PAN as the main ingredient. The Forum website is www.foropancalidadteruel.es. In this direction is all the information you need to sign up to attend this event craftsman will take place on 15, 16 and 17 October in the Exhibition Teruel.

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CellScope Using technology in the new phone and under the direction of the High Sciences, Nokia has created a touching spot with a player of only 9 mm! It has become a Guinness record for using the smallest character in a stop motion animation. Hope you enjoy ...

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Google Instant predicts your searches



The search leader announced yesterday the launch of Google Instant based on the "search predicted." That is, as the user enters characters results are updated automatically. The most important thing is that this new interface not only affects the search results, but also to the related advertisements.

This development will not change how are ads, but they must be applied equally "search predicted." In this way, if you type "Orchid" on Google.com, you can predict that the search be "Orchid" showing related ads instantly, but if the user adds an "e" to the query can be predicted by certain algorithms, that the criterion is none other than "orchestra", so that would change the previous result.

A direct consequence is a change in the perception of the impressions, increasing or decreasing as the case their overall levels. This is because with the new printing system is counted each time the user to take action to choose a query, click on a link on the results page or stop writing for three or more seconds.

Obviously, the main thrust will be for users to dramatically speed up searches, but I think it improves the segmentation of both AdWords presumably because if I sell melons need not caring about the music enthusiast.