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LINUX

The Linux trademark belongs to Linus Torvalds and define as a computer operating system that facilitates its use and operation. The first Linux systems originated in 1992 by combining system utilities and libraries from the GNU project with the Linux kernel, completing a system known as GNU / Linux. Since late 1999, Linux has gained the support and several multinational companies in the world of computing, such as IBM, Sun Microsystems, Hewlett-Packard and Novell. Linux is the name of a kernel but is usually called by that name to be freely distributed operating system and open source software whose source code is publicly available and anyone with computer skills can freely appropriate study, use, modify and redistribute. The software has often include a wide variety of applications such as graphical environments, office suites, Web servers, mail servers .... software should always be available without charge, that software may be used in user's native language regardless of any disability and that users always have the freedom to adapt and alter the software in accordance with their needs. What distinguishes it from traditional software is that in addition to being available free of charge also has the right to modify it to work the way you want.

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NANOTECHNOLOGY AND WATER price

nanotechnology (manipulation of living or inert matter, at the nanoscale, ie atoms and molecules) emerges as a pivotal technology in key areas such as water purification and desalination. Mark Modzelewski, director of Lux Research, nanotechnology industry analyst said on March 22, 2005 at UPI that the main aquifer suffered a process of increasing salinization due to agriculture, while is expected that the demand for fresh water grows 70% in the next 25 years. Face salinity and industrial pollution problems and fecal Modzelewski believes that only nanotechnology can address these problems simultaneously. nanotechnology development: 1) KX Industries, Connecticut, has developed nano-membrane filters based on antiviral and antibacterial. The basic principle is that the pores of the membranes are so small that they can filter up to the smaller agencies. 2) Stanford Argonide The company makes aluminum nanofibers, whose positive charge attracts microbes loaded negatively. Other constructions include materials that undergo fotocatalicos filtered water to ultraviolet light, potentially destroying industrial solvents, pesticides and germs. 3) WATER TREATMENT: Another discovery is produced in Singapore nanometers of a material that could help the costs of a water flotation were not so expensive. The new material uses a nanotechnology able to control matter on a smaller scale to a micrometer, using tiny crystals whose small size allows them to capture a greater amount of unwanted matter in the water. 4) NANOTUBES WATER, WATER NOT FREEZE: : On the other hand, scientists from the Department Intense Pulsed Neutron Source at Argonne have found a new form of water called water of nanotubes. This water is formed by hydrogen atoms and one oxygen atom but does not become ice, even at temperatures approaching absolute zero. The nanotube is composed of copper-colored amill representing carbon nanotubes, measuring approximately 1.4 nanometers. A red and white tube which is an icy layer with permanent hydrogen bonds and oxygen in red on white. The interior chain is constantly moving and yellow balls represent hydrogen within the chain. Instead of ice forms, the lower the temperature to 8 degrees scale as l Kelvin within a monolayer of carbon tube, the water forms an icy layer, but not frozen water molecules with a chain of liquid molecules flowing through the center. When you get the temperature to room temperature, the nanotube ice water gradually becomes liquid. nanotechnology (manipulation of living or inert matter, at the nanoscale, ie atoms and molecules) is emerging as a pivotal technology in key areas such as water purification and desalination. Mark Modzelewski, director of Lux Research, nanotechnology industry analyst said on March 22, 2005 at UPI that the main aquifer suffered a process of increasing salinization due to agriculture, while demand is expected to grow fresh water 70% the next 25 years. Face salinity and industrial pollution problems and fecal Modzelewski believes that only nanotechnology can address these problems simultaneously. nanotechnology development: 1) KX Industries, Connecticut, has developed nano-membrane filters based on antiviral and antibacterial. The basic principle is that the pores of the membranes are so small they can filter even smaller agencies. 2) Stanford Argonide The company makes aluminum nanofibers, whose positive charge attracts negatively charged microbes. Other constructions include materials that undergo fotocatalicos filtered water to ultraviolet light, potentially destroying industrial solvents, pesticides and germs. 3) WATER TREATMENT: Another discovery is produced in Singapore nanometers of a material that could help the costs of a water flotation were not so expensive. The new material uses a nanotechnology able to control matter on a smaller scale to a micrometer using tiny crystals whose small size allows them to capture a greater amount of unwanted matter in the water. 4) NANOTUBES WATER, WATER NOT FREEZE: : On the other hand, scientists from the Department Intense Pulsed Neutron Source at Argonne have found a new form of water called water of nanotubes. This water is formed by hydrogen atoms and one oxygen atom but does not become ice, even at temperatures approaching absolute zero. The nanotube is composed of copper-colored amill representing carbon nanotubes, measuring approximately 1.4 nanometers. A red and white tube which is an icy layer with permanent hydrogen bonds oxygen in red and white. The interior chain is constantly moving and yellow balls represent hydrogen within the chain. Instead of ice forms, the lower the temperature to 8 degrees Kelvin scale as l in a single layer of carbon tube, the water forms an icy layer, but not frozen water molecules with a chain of liquid molecules flowing through the center . When you get the temperature to room temperature, the nanotube ice water gradually becomes liquid.

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Fly movie.

There are many reasons why airlines offer low-cost flights, so cheap that sometimes it should take a plane and go see Paris instead of staying in your city and dining out.

Mainly low-cost flights are cheaper because planes are so new they are the best and the companies for aircraft of less than four years, do not have to spend big money on the "major revision" (ITV .) Until four years these airbus new low-cost carriers have more security guarantees than the traditional companies that use aircraft over time. And even within four years, the low cost will save much money on revisions.

European regulation has esata emerging companies, which can be set anywhere, which helps to promote competition.
still many tricks for example there is only one class of passengers so you need less staff on board the plane to and adhere to the passengers, has a single type of aircraft normally the A380, able to reduce service costs and repair and need less epersonal training time.
have only one type of fare, the price increases as the tickets are sold, they are rewarded for buying in advance. Companies vary the ticket prices throughout the day, the hours are MnAs purchases raise the price and then the next day back down, a strategy very curious but very effective because most people usually buy tickets on the later. Prices can range up to 300% on the same day.
Another strategy of these companies is so cheap flights landing in side aeropuestos which reduces the rate of flight delays are avoided. Importantísimo
the empowerment of the direct sale of tickets through the internet, where you avoid commissions for travel agents and computerized reservation systems.
employees at companies same are at the gate as cleaning the air. You can reduce staff to a minimum.
Another important strategy is the hoarding of fuel, these companies buy large quantities of fuel at low prices, and if it increases at a certain point no impact on ticket prices. Also know as higher weight of the aircraft more fuel is consumed. And the weight of the aircraft, more than half is the fuel itself with which it fills the tank to the minimum necessary to make the trip.
The Mormons requires that the land must be a minimum, if not fine the company.
What companies do is to just enough to reach and land well, that if no problems. But when they have to give more vult consume more and take more risks and try to land in codiciones alternative.

The downside to this is how strict they are with the weight of baggage, special baggage and in some cases more distant airports flying to the destination city that traditional companies, so you must take into account price after transport.

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NANOTECHNOLOGY: New developments.

We are more interested in their concept and explanations above in another post, which is potentially within a set of current research and applications intended to create new porductos structures that would have a great IMPACT in the medical industry ect.

These new structures with atomic precision can usher in a new era. nanotechnology advances staged in this way KNOWLEDGE society with many developments with a major impact on business and social instruments.


Nanoscience, that unit greatly since the 80's to molecular nanotechnology, this is the construction of nanomachines made of atoms, which are themselves able to build other molecular components. HIGHLIGHTS
three major sectors;
Nanoelectronics: follows the development in the field of technology, but much more Diminuito scale. mainly focus on the development of computers.
The Nonomateria: is to control as precisely the morphology of nanoscale dimension of substances or particles to produce nanostructured materials.
of Nanotechnology: combines nanoscale engineering with biology to manipulate living systems or materials for making biologically inspired modular level.

The nanopoartículas are being used in a intrustrias number of applications for electronic, magnetic and optoelectronic, biomedical, pharmaceutical, cosmetics, energy, catalytic and materials science.

nanomaterials that can be purchased in dry powder or liquid is combinasn dsipersiones to memudo with other materials to improve the functionality of certain products by increasing the scale of applications.
products available today that benefit the unique characteristics of nanomaterials, including:

1) Paints and coatings to protect against corrosion, scratches and radiation.
2) metar cutting tools.
3) Tennis balls more durable.
4) stronger and lighter rackets to play tennis.
5) Clothing and anti-stain mattresses.
6) Bandages for burns and wounds.
7) Ink.
8) automobile catalytic converters.
9) Complemnetos trucks.
10) Bumpers on cars.

APPLICATIONS OF NANOTECHNOLOGY:

molecular assembly:
molecular assembly machines, create bigger ones. This process will continue until the assembly machines are configured for the final product, using only raw material required quantities of atoms amorphous. For example, human body used in machines molecures of proteins and enzymes that carry out functions at nano or even sub-nano.
A team of scientists has assembled a moving part of a few strands of acid dioxirribonuclico and says it is the first step towards building machines that could one day ultramicroscopic run in microscopic spaces such complex tasks as electronic circuits and clear blood vessels blocked in the brain. The hinge-shaped part which can be moved will have just four ten-thousandths the thickness of a human hair.


Miniaturization:
The reduction of electronic components known as nanotechnology close to the dimensions corresponding to 10-9 or 10-13 is an element that has allowed the computer to realize its diffusion process. The main objective of this process is to increase its portability, its autonomy, in short their mobility and opportunity commutability. As a result you are looking for their forced adaptation to the needs of space and time constraints of modern life.

as medical devices Products:
As for the important area of \u200b\u200bhuman health will allow faricación nanotechnology biosensors and biomaterials for the treatment of dangerous diseases or devices bioengineering that deposited new cells to repair damaged tissue.

In Food:

The development of nanoparticles and other ingredients such as nanoemulsines, nanocomposites, nanostructures, nanodevices and nanosensors could turn benefeicar much the birth of new food products, their packaging, safety, ect.

is possible to enter through that nanoparticles about antioxidants in foods and beverages.

Cranden are being nanoparticles also contain flavors, fragrances and dyes that can produce the spirit of man as could improve the consistency of dairy foods like cheese, containers and packaging and how to enhance the flavor of food by adding some nano-ingredients.

carbon nanotubes:

The nanotuvo is a tube whose particles were artificially coupled. The tube is 100 times stronger and 6 times lighter than steel also has propoedades electives.

The materials used to manufacture high performance and is already used to strengthen tennis rackets replacing the carbon fibers.

These tubes are only one nanometer in diameter and a length which can reach millimeter.

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Technological Revolution: Nanotechnology, AN INTRODUCTION.

nanotechnnology

The term is mentioned in the Google search engine more than five million times and the many references to this subject in newspapers or magazines is general enormous.

focus could look at 1959, which was where he began to speak of nanotechnology has, in a lecture at Caltech, the California Institute of Technology. The physicist Richard Feynman, a specialist in quantum mechanics devoted his talk to the "problem of manipulating and controlling things on a small scale."

Full Conference: http://www.zyvex.com/nanotech/feynman.html
Your deductions and incentives were much more revolutionary than expected, because for years there was nothing in this field.

Twenty years after Feynman's words were very much on the mind of Kim Eric Drexler in the early 80's, when preparing his thesis at the Technological Institute of Massachusset. In 1986, the tip over in a book "Engines of Creation" (English version : http://www.foresight.org/EOC/ ). Which tells how coal and diamonds sand and computer chips, cancer and healthy tissue, through the variation in the order of atoms, had distinguished the cheap from the expensive, healthier for the sick.
Thus began this book is now a classic.
Drexler put forward a proposal without delay "if it was possible to develop a technology to manipulate the order of the atoms'
And so it began to hear the term nanotechnology but .....

What do we mean by nanotechnology?

Before defining nanotechnology say that at the head of this reality is brewing a huge technological revolution, although they are lower than its parts. This is where the matter becomes important.

Nanotechnology is used to define the science and techniques applied to a nanoscale level for working and manipulating atoms and their molecular structures. lead us to the possibility of fraficar materials and machinery from the rearrangement of atoms and molecules.

defines it as the study, design, creation, synthesis, manipulation and application of materials, equipment and operational systems through the control of matter at the nano scale and explotacón of phenomena and properties of matter at the nano scale.

Scientists ulitlizan

nanotechnology to create materials, devices and innovative and inexpensive systems with unique properties. We

encontradp nasa ima defomocoçpm of http://www.ipt.arc.nasa.gov/nanotechnology.html/ wider.

The idea of \u200b\u200bscientists developing nanotechnology projects not only aspires to the location of individual atoms, but the creation of molecular machines capable of creating, atom by atom, everything that surrounds us today or what we will have in the future.

In Drexler own words "put in order in a way, atoms make up air land and water. "

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Alternatives to wasting water

Humanity needs water to live, this is indisputable.
People are composed of a 66% water, it is clear that we need water to live.
Around the world more water than land, about 70% of the earth's surface is water, is the 97.14% of the amount of surface water (as the remaining 3% is frozen water) only 2.59% is water sweet, and this 2.59% about 2% is trapped in the form of ice caps. with which we have less than 1% of water supplied by the land we can use as potable or fresh water.

There about five ways to increase water supplies in a area. These are dams and reservoirs to store runoff water, bring the water surface in another area, groundwater out, converting salt water into fresh water (desalination) http://es.wikipedia.org/wiki/Desalacià ³ n improve efficiency of water use.

Water is a scarce resource that we need daily to many things such as drinking, washing dishes, showering, to pull the tank in service, cooking ...
But apart from domestic uses also need water for sectors like agriculture where we need water to irrigate crops and industry, as an ingredient in a product or as part of the production process.

From my point of view (critical and otherwise), I think there are many ways to save much more water. The problem is that this is an economically very costly process. Knowing
data that 97% of the water is salty we could spend all countries in desalination of the water to make it sweet and supply the population that is deprived of drinking water.
On the other hand, one could also invest in renewable energy from waves by sea, to create electricity. There are two ways to use it: a.
Suitable arrangements in coastal areas. Among the most prominent are the rectifier HRS, which tries to convert the up and down motion of waves in a linear flow of water that is able to drive a turbine. This is achieved through a system of locks and canals. B.
Devices that are installed offshore (floating) Among those who have the drive tire, called Masuda buoy, which consists of a tube into the water, towards the bottom and through which water can penetrate . It also includes an air turbine dual action moves so much under the influence of pressure as the movement of waves. You can also highlight the oscillating converter that is based on a sine wave particles move in circular paths.

But this is very expensive and is still used Hydraulic energy is cheaper because it put a generator on a dam as this is already done and the problem is that season of high consumption of electricity, like Christmas, opening floodgates of dams without draining only to create energy. Is it better to go a day without light or needlessly wasting water?

Another way to use water would also investing in renewable energy such as wind power http://es.wikipedia.org/wiki/EnergÃ-a_eà ³ lica and solar energy. Which from my point of view and would have to be placed in every city.

There are thousands of alternatives, but all with a high investment cost.
Samuelson told us in their widespread and successful parable, how a country can only produce guns or butter, faces the decision of how many units of each of these goods want to manufacture. You can, of course, devoted exclusively to the production of guns, can also produce only butter, or, finally, choose to produce a mixture of both.

I mention this because many countries choose to invest in "guns" because this gives them a high return, look no further mention the current war in Iraq where it has invested much money, and I wonder. Would it not have been better to invest in renewable energy to invade a country to take over non-renewable energy?. I think it does not take much time to think about the answer.

I thank you in advance Nadine http://nadineczernik.blogspot.com/ for doing that I would raise this issue.

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What if the goose that lays the golden egg fails to produce?

We build and build, hire illegal immigrants and sell homes here and out there, and so far it works ...

How big do they do?
It's amazing the profound transformation that are experiencing the most advanced countries in the keys to competitiveness and innovation and strategy is disposal of intangible assets and intellectual capital, which are significantly altering the economic policies toward the so-called knowledge economy.

These countries have policies that tend to be more integration between R & D, technology, innovation, competitiveness and social needs, quality of life and economic and social development.
build and articulate effective innovation systems where the role of agents is well defined and the interaction with national and international level is correct but mainly have excellent results in the design of public programs.

Innovation is a complex process que España no esta llevando con gran talante, "como diría alguien conocido", dicho proceso se basa en llevar las ideas al mercado en forma de nuevos o mejorados productos o servicios.
Esta muy bien que estemos aprovechando "nuestra gallina", pero también hemos de mejorar y para ello debemos invertir mucho más en innovación, apoyar a los cientos de intelectuales españoles que se han de ir con sus brillantes ideas a otros países para poder llevarlas a cabo puesto que los gobiernos aquí no les dan su apoyo.

Escuchamos como Rajoy insta a Zapatero a invertir mucho más en I+D+I, Zapatero da instrucciones a su Gobierno y al partido socialista para que viajen y conozcan el "milagro irlandés", y sustituye its reference to "spirit" with "entrepreneurship and innovation."
then at Georgetown University Aznar critical to the English Government for a very short budgets on R + D + I.
For more curl curl Felipe González lectures in Latin America with the title "the new English way: innovation" jajajaja.
could go on telling how the mainstream media interviews and collect profiles of young entrepreneurs with innovative ideas and put them in the back pages as if they were not important as Carod Rovira, Tillo, legal reforms ... are in the column on the second page.
And then have to laugh when Esperanza Aguirre hear fighting with Ruiz Gallardon, reproaching the Madrid City Council does not spend enough on R + D + I. Our citizens

"relish" to see these debates, and changing the channel hear that Ireland, a country entering the caboose two decades ago has come to stand as the second highest per capita income of the European Union is an innovative country and has overcome many of its internal problems linked to a very traditional society. It is good that our dear Zapatero sent detectives to investigate here, it may come with the Pandora's box ...

know my view is very critical, but I get mad with this because who does not risk to lose nothing, but neither won and that's what we've been doing for many years and the evidence I refer:

In 1958, he created the Advisory Commission on Technical and Scientific Research which is then responsible for managing National Fund for the Promotion of Scientific Research and Technology, established in 1964 with a low budget.
And until the second half of the eighties in Spain was not addressed systematically the definition and development of public policies to support science and technology.
Is it not to throw their hands in their head?
Twenty years of delay translate in a game situation very unfavorable. While in Spain the total expenditure, both public and private R & D in 1986 stood at 0.3% of GDP, in Europe the average was around 2%.
We must adapt to change by creating an innovation system more efficient and integrated approach, which recognizes the interdependence and interconnections between economic growth, job creation, quality of life and advancement of knowledge. What is important is cooperation between government-industry-university, and this must be done now.
We all know that the English economy alone exceeded 1% on research investment in 2002 when the EU average is almost double.
have sufficed closures in Barcelona Samsung and Philips to remind us that we are an average economic power is highly dependent on foreign investment and technology.
also have left Catalonia Lear, Valeo, Gates, Nokia, Atuotex.
The problem with this is that other countries such as Slovakia, Thailand, Poland and India offering cheaper labor.
is important that our companies choose to focus on areas such as customer service, quality, export and research and technological development because we know that our country is capable of improving the patent process to develop a temporary but own, that does not benefit us. Although the Plan
National Research, Development and Investment 2004-2007 approved by the Government in 2003, aims to reach 1.22% in R & D spending will still be a huge distance.

The main defects of innovation in Spain are the excessive weight of the public sector, only just over 40% of staff work in R & D is in the private sector and a concentration greater than 50% of domestic expenditure in R + D in only two regions: Madrid and Catalonia. We train researchers and promote the mobility of staff to the private sector.
Other problems include the low status of entrepreneurs to research, technological development and innovation as essential to competitiveness, there is limited commitment of financial and human resources for innovation in enterprises and also a poor culture of collaboration between firms themselves and between them and the research centers. Particularly

I feel like the protagonist of this story that I had a child that wanted to reach out to touch the rainbow and as much as ran and ran to catch every time the wonder of seven colors was further away.

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Who do we blame for being at the tail on the use of the Internet?

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Is there political globalization? Welcome to my Blog

There are many definitions of globalization.
The Royal English Academy: http://buscon.rae.es/draeI/SrvltConsulta?TIPO_BUS=3&LEMA=globalización says that globalization is " 1. F. Market Trends and businesses spread, reaching a global dimension that goes beyond national borders. "
The International Monetary Fund, says that" globalization is the growing economic interdependence of all countries in the world caused by the increasing volume and variety of cross-border transactions of goods and services, as well as of international capital flows, while the rapid and widespread diffusion of technology ".
There are many definitions of globalization, but do not help us explain what is happening aa.
Juaquín Estefania in his book Hij @ what is globalization? gives us another definition that says that "globalization is a process by which national policies have less and less importance and international policies, those that are decided away from the public, more and more ".

As I read this sentence has given me much to think that maybe because although we are experiencing a process of globalization and globalization is stretching out in a thousand areas is difficult to support this definition, if not go further in our own country we are living in a constant struggle between government and autonomy for the independence of the latter.
How can we feel European and policy when accepting globalization does not exist in our country that sense of patriotism, obscured by widespread nationalistic mentality?.
We must change our way of seeing the world, because if we struggle to close increasingly house will not be easy to reach a political globalization.
is easy to criticize, from my point of view, the fervor with which lately autonomy as important as Catalonia, Basque Country ect increasingly seeking to be independent instead of looking to the future and progress of all nations globalization.

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begin first introduce myself, my name is Nuria Pérez Verdú, studying Economics at the University of Alicante .
In this blog I will try, in the most objective as possible, talk something very interesting as the importance of globlalización.
Today this is one of the most important for the internationalization of all countries at both the business as the political, technological, etc. Hablameros
different topics and I would like each reader to put his two cents on the various issues which I will since it will be the easiest way to learn a lot more if we have different points of view.

Thanks in advance.