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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. "