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Amazing Technologies

The crazy plan to convert asteroid spacecraft

NASA is supporting a project that will take control of asteroids, turning them into giant spaceships. It is worthy of a science fiction movie, but research is real. The new era of space exploration has begun and now is sufficient for us with the resources we have on our planet, but there will come a time when you have to take a new step.

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Resources need space around us and asteroids are rich in valuable mineral materials such as gold or platinum, or so say the investigations. Asteroid mining is a reality. If the asteroid does not come to us, let us by asteroids. That have thought from the company "Made In Space" is born and RAMA (of Reconstituting Asteroids into Automata Mechanical), a project to convert giant asteroids guided ships autonomous systems.

The plan (which sounds a little crazy) is as follows: send ships "seed" asteroids, which would be established there and take advantage of the asteroid own materials using 3D printing to create propulsion systems and energy storage. That is, virtually all arise in the object itself, in the space. Hallucinating ┬┐truth? Representatives of "Made in Space" are pretty sure that is viable in the future thanks to advancing technology and improving production systems such as 3D printing.

This is a private initiative, but NASA is also interested in seeing the project forward, so has been funded with $ 100,000 in the program innovative and advanced concepts that promote the development of "technologies of revolutionary space exploration." . Of course, this is a very long term project, requires at least 20 or 30 years of technological development and, hopefully, the first seed ship could take off from our planet in the late 2030s. The good part is that the development of RAMA not only serve to extract resources in space, but also have applications on Earth, allowing the construction of facilities in remote parts of our planet to extract materials.

Alternative Energies

The challenge of the 'eternal' batteries

At the University of California at Irvin (by its initials UCI) A group of researchers from the University of California, Irvine announced this week a way to make lithium ions remain in force after hundreds of thousands of recharges, indicates Digital Trends. Confirmed this finding, it could extend the life of phones, computers and all kinds of electronic devices that use such batteries as energy sources.

The study was led a UCI student named Mya Le Thai, who found the energy cycle up to 200,000 times over three months without loss of capacity or energy is detected and without damaging the nanowire devices. The results of the experiment were published in a statement on the American Chemical Society Energy.

In a laboratory campus of UCI, Le Thai achieved "gold nanowires cover with a layer of manganese dioxide and finally encapsulating the assembly in an electrolyte made from a gel-like" Plexiglas "according to the university. Not only created this unique blend of incredible strength and durability, but also drastically strengthened filaments found in lithium ion batteries.

The student found that using this gel, you could charge a battery over a hundred thousand times without losing capacity. Also, Reginald Penner, one of the authors of the study, was surprised, calling the experiment "surprising", because these devices usually "die dramatically after 7000 cycles at most".

New Transportation Technologies

Co-founder of Google is developing a flying car

Maybe your outlook for the future is full of virtual helmets, flip phones and disease-free embryos, but something that has been dreamed for a long time (at least more than one film) is to see the sky full of flying vehicles. You may seem crazy, but Larry Page, Google co-founder is a challenge. This is discussed in Bloomberg, which reported that the director has secretly funded two California startups, Zee-Aero and Kitty Hawk, to get to work in a flying car. Although suspected something Google campus itself, the very participation of Page has been kept secret until now.

According to ten (yes, ten) sources familiar with the project, Zee.Aero has developed a couple of prototypes tested regularly. They have a facility with a runway near Hollister, California, and right there is where the locals have been seeing lately a somewhat strange airships. The report describes the models as vehicles shaped aircraft with propellers at the rear and presenting versions with capacity for one person and for a larger group.

On the side of the company Kitty Hawk we have Sebastian Thrun, founder of the laboratory Google X. Thrun is known for being behind the project autonomous vehicle Google, and its work with an alleged drone with an air of cuadric├│ptero (similar to EHang 184) aroused the interest of Page. Convinced also decided to bet on Kitty Hawk, since according to him, two directly competing companies will work to accelerate.

Unfortunately, from Bloomberg suggest that Page will withdraw from the project after becoming public participation, so we have to see if the idea is finally up and we got to see a solution to help us avoid clogging.

Lilium VTOL Aircraft for Civilian Use.

With the creation of alternative transportation as the drone EHANG was only a matter of time before private initiative launched innovative projects apostasen to revolutionize the aviation industry, that the case of Lilium, a jet VTOL (Vertical Take-Off and Landing) for personal use that will be released soon to move to whoever has the money to pay.

According to an article in the International Business Times, behind the manufacturing company responsible for designing this ambitious project is the entire University of Munich, where a group of entrepreneurs, engineers, students and professors have joined forces to develop the first working prototype of Lilium.

According to the plans and projections of their first simulations, the Lilium be able to fly at speeds of up to 400 kilometers per hour, with the ability to cover distances of up to 500 kilometers per trip. All based on power, green energy without generating pollutants that damage the atmosphere.

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An interesting factor is that both the school and the company have the support of the European Space Agency (ESA), and the goal is put on sale in 2018. Although there is no estimate of the approximate cost will have this striking VTOL, do not expect it to be cheap.

Fighting still have pending procedures and regulations that validate their flight permits, have a long way but it seems to have everything to achieve it.

Advances in Renewable Energy

Enel puts its largest solar plant in South Africa The plant has an installed capacity of 82.5 megawatts (MW) and is able to generate more than 153 gigawatt hours (GWh) per year, equivalent to the annual energy consumption of about ongoing capacity 48,000 households. Enel, through its subsidiary Enel Green Power RSA, has it finished and connected to the power system, the photovoltaic plant Paleisheuwel in the province of Western Cape (South Africa), which is the group in the country's largest solar plant, reported company. The plant has an installed capacity of 82.5 megawatts (MW) and is able to generate more than 153 gigawatt hours (GWh) per year, equivalent to the annual energy consumption of about 48,000 households capacity. The Italian group, main shareholder of the Spanish Endesa, said the facility will avoid the emission into the atmosphere of more than 140,000 tons of CO2. Enel is present in South Africa with various projects, such as Upington wind farm (10 MW), and has another 430 MW in projects under construction. Last year, Enel was awarded five electric projects for a total capacity of 705 MW which, once completed, will allow the group to have an installed capacity of 1.2 GW capacity in the country.

With the help of the lending program of the Department of Energy, the massive solar plant Solana of 280 Megawatts (MW) was present online in Arizona, with a unique distinction: the plant uses a 'battery of salt' which will allow to generate electricity even when the sun is not shining. This is not only a first for the United States in terms of thermal energy storage, but the Solana plant is also the largest in the world to use mirrors to concentrate parabolic trough solar power. So then, the use of salt will allow the production of electricity after dark.

Three new technologies in food preservation

Pasteurization by microwave for preserving food frozen or chilled; high pressure and microwave plasma as conservation techniques ready meals, dairy products, fruits and vegetables and seafood; and pulsed electric fields (PEF) and application of high pressure CO2 for preserving herbs and spices are some of the technologies that have created trend in innovation for food preservation in 2015. Here's why we do this selection. The growing consumer demand for safe, minimally processed and that preserve the flavor and aroma products the food industry makes the adoption of new conservation techniques arises to give an adequate response. In this sense they are producing significant advances in food preservation technologies and in particular in the heat treatment. Here we take stock of the most innovative technologies that have created trend in food preservation in 2015.

1. System pasteurization by microwaves:

This pasteurization process using microwave significantly improves the traditional thermal pasteurization, offering the food industry more efficient to make food safe keeping the average consumer appeal. This process allows you to control pathogens and viruses and offer high quality products. The process also allows traditionally frozen foods can be refrigerated rather than frozen, resulting in significant savings in energy costs for both retailers and consumers.

2. High pressure microwave plasma and dairy products, fruits and vegetables and seafood:

The technology of high pressures (pressures up to 600 MPa for a few minutes) attacks pathogenic bacteria such as Salmonella or Listeria monocytogenes. This technique avoids the use of synthetic chemicals or additives, maintains levels of vitamins and extends the life of products such as ready meals, dairy products, fruits and vegetables and mariscos.La microwave plasma sterilization; sterilizers combined effects of UV rays with oxidizing radicals produced by the plasma obtained greater efficiency in pathogen inactivation microorganisms.

3. Pulsed Electric Fields (PEF) and application of CO2 at high pressure:

They are investigating non-thermal technologies that have antimicrobial capabilities when applied alone or in combination with others, such as pulsed electric fields (PEF) and the application of CO2 high pressure (HPCD). These technologies are two of the most promising methods of non-thermal processing. They have gained increasing interest over the past two decades, as they can provide cold pasteurization of liquid foods with minimal impact on the nutritional and organoleptic properties of the food. Undoubtedly, the trend is clear in seeking preservation processes that get softer foods retain the sensory properties thereof. less aggressive but equally effective alternative technologies conventional in that when the microbial inactivation.

The Best Gadgets Health

They are here to stay and certainly more and more companies that are targeted to the fashion of gadgets and wearables health. From the first smart bracelets able to count steps and measure your heart rate to the most advanced models Fitbit or Apple Watch, through headphones monitor the exercise while listening to music or devices that inform your sitting position.

If you are between your family and friends true lovers of new technologies, this Christmas we make it easy to surprise them with the best gadgets to look after their health.

To be fit:

If you are looking for a gadget to help you record your sporting activities, both performance and price, the Fitbit bracelets are a good choice. Among the benefits of these bracelets are its ability to monitor the steps, distance, calories burned and minutes of physical activity performed (allow multisport records). It also automatically monitor sleep and you wake up with a silent alarm (vibration). More advanced models also record heart rate, allow you to view call notifications on your screen, incorporate playlist of songs and even GPS monitoring. Daily statistics allow you to synchronize with your computer and more than 150 smartphones. They also show progress in graphs and diagrams easy to interpret. Headphones Dash count steps, cadence, distance, heart rate, oxygen saturation or the energy consumed by each activity while allowing you to hear your favorite music. In addition, calls can be answered with a simple touch. Valid for both Android and iOS.

To control weight With:

iHealth Scale Core not only know how much weight but also get calculate your BMI (body mass index), indices of lean, fat, muscle, bone, water and visceral fat mass. It included in your system an algorithm that estimates the optimal daily caloric intake. In this way, each person can make a complete track your weight loss plan or a workout to increase muscle mass. Up to 10 users can be registered and synchronized via wi-fi with a free application available for iOS and Android. As a complement, the scale can measure the temperature and humidity of the room in which it is located.

To prevent musculoskeletal disorders:

Lumo Lift is a sensor that is placed by a magnetic clip on or near the neck jersey flap your shirt, for example. To achieve precise operation, to be used just below the collarbone and near the body. It is capable of measuring the angle at which you are sitting, the time you wake up and the time you spend sitting, count your steps, distance, calories burned and estimated time sleeping. If you detect a stooping or unhealthy position will emit vibrations alert.

To take the temperature:

The Wishbone thermometer lets you take the temperature in just seconds without being in direct contact with the skin. It is a Y-shaped device connected to mobile thanks to its infrared system is enough to place 3 to 5 cm away to get an accurate temperature, with a margin of error of only 0.2 degrees. It is a very handy gadget because not only will allow you to know the temperature of anyone but can also be used to check the temperature of food or even a room.

12 Reals technologies that science fiction has not fully explored

Science fiction has always been about reality, and the reality in which we live today is, in turn, worthy of science fiction. All around us we see continually technologies that radically change the world in one or two decades, however, may not have the treatment they deserve in the literature of science fiction. 12 Here we bring these technologies. So you do not get the treatment they deserve not to say that never have not been touched, but not abound too. Often read about extreme futurisms as teleportation, or travel in time and yet, these other more immediate issues seem to have escaped largely to the pens of writers. They are:

Facial Recognition

We talked at all hours of the invisible surveillance, and the rise of the police state. Our movements are already registered but what happens when facial recognition is really necessary, and the storage and analysis of real-time video is powerful enough? In other words, what happens when anyone in, for example, a porn video can be identified and linked automatically to your profile on the social network turn? How will a world where there is no privacy, and every little indiscretion may be the last public domain?.

Circuits skin deep

They are already among us, and are the future of devices placed or "wearables" are held. The Google Glass are a thing of the past. The future is in such small devices that turn us into cyborgs without barely noticeable. The fact that there are devices that can be inserted into the body (even without the unfortunate guest account), and dissolve without trace after serving its function only makes this even more disturbing future.

Solar irrigation and Biochar

Not everything will be transgenic crops and ecosystem devastation greater glory of the exploitation of natural resources of the planet. In some parts of the world, irrigation is allowing convert solar energy into cultivable arid areas that were not. Meanwhile, the Biochar is an ideal alternative for small farmers and environmentally friendly fuel. Will we get to a point where the current production methods are replaced by new forms of culture? How will the farm of the future?

The human ecosystem project

We are not a living being. We are a complex ecosystem inhabited by millions of microorganisms that benefit from us and we from them. In recent years there has been progress in the knowledge of this biodiversity that lives within us. In the near future the medicine could learn to manipulate these organisms to fight disease or modify them for other purposes.


It is simply amazing how quickly the drones have taken over the headlines today. A few years ago they were just a military experiment or a geek toy, and now even Amazon speaks of armies of these autonomous vehicles delivering their shipments. If we continue at this speed What awaits us in 10 or 20 years? Drones may well assume police or medical functions.

The quantified myself

Every time we have more devices that measure everything we do: what we eat, where we go, who we, and even our physical activity. And we pay we happily give this information to changes gamificadas virtual rewards. It is hard to imagine a future in which such personal quantification is continuous and in real time. It is difficult to imagine a future in which, whether we like it or not, our lifestyles are recorded and measured at greater glory of the health and quality of life. It will be a difficult future to enjoy bad habits.

Online Advertising Tracking

Today most internet content is financed through advertising. Obtaining information from audiences is a fundamental part of this machine, allowing better refine commercial messages. Within this collection of information registration systems users are the most popular choice. And if we go a step further? And if someone in the near future comes up more information about us asking us to allow access to a particular site? It seems that we have reached a point where information is the most valuable asset, and netizens are not the intended recipient of the message, we are the product that is bought and sold.

Metamaterials that make us invisible

Five years ago scientists announced the first metamaterial that, in a very rudimentary form, had the same effect that the layer disappear Harry Potter. The nanotecnology has promoted these materials and negative refraction will not be long before they get a device that allows truly hide objects or people. Although the myth of the invisible man is trite, perhaps we have not talked enough about the real implications that could have a technology that literally allows this.


Creating devices using biological components could quickly fade works of science fiction craziest. One of the real possibilities is the use of synthetic or modified for the manufacture of electronic components virus. Since bacteria are used to develop electronic materials at the nanoscale. You may soon laboratories that produce devices that consume workers have not seen without a microscope.

Batteries that feed on you

In 2011, scientists already had a nanogenerator that fed the movement of our own body and that sufficed the beating of our heart to function. The concept of battery may be much more biological than Electrochemical in the future. If a device like a mobile can feed off the energy we produce, what will prevent you from becoming something that can take place permanently, as a pacemaker?

Financial Hacking

The money circulates handle increasingly more information networks, and we even have coins arise directly from computing power, as bitcoin. Soon, attacks Hackers could target the financial pillars of the system themselves. Perhaps concepts like DDOS attacks a particular currency may be just around the corner.

Genetic Modification to the Letter

Technologies such as the insertion of genetic code using the technique called CRISPR are already a reality. CRISPR is based on using an enzyme called Cas9 as "knife" with which cut the DNA at the precise point to introduce new chains. The technique opens the door to treatment of dozens of genetic diseases, but also poses an ethical dilemma and not a few questions about what will happen when we start rein scribe ourselves.

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Green Technologies to preserve the environment

Planting on the roof

This concept is attributed to the Hanging Gardens of Babylon, who did not succeed in the modern world, but now again make sense linked to environmental care. Roof gardens help absorb heat, reduce the impact of carbon dioxide absorbing CO2, making oxygen, and absorb storm water, summer reducing the use of air conditioners. The technique could also decrease the effect of "heat island" that occurs in urban centers.

Implementing Waves and Tides

Oceans cover over 70% of the surface of the Earth, reason that makes it so necessary for the welfare of the planet. The key is to store enough energy from the waves. In Portugal it is developing a new project that will supply power to more than 1500 homes.

By converting the thermal energy of the oceans

The largest solar energy collector that is in the earth, is the ocean, which absorbs energy every day -comparable enough sun thermal energy contained in 250 billion barrels of Petroleum. The technologies OTEC (Ocean Thermal Energy Conversion) convert thermal energy contained in the oceans into electricity using the temperature difference between the surface of the water, which is hot and the cold of the ocean. The disadvantage of this technology is that it is not yet efficient enough to be used as the main source of power generation.

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The New Building Ideas

The use of photovoltaic modules and thermal energy for harvesting solar collectors as photons, is already quite famous. New research related to this technology, using mirrors and parabolic dishes to concentrate the sun's power, thus optimizing energy absorption. The latest technological innovation associated with solar energy is the development of a Solar Paint to generate electricity.

Digital Press

The possibilities of the electric newspaper contributes directly to mitigate pollution, since only in the United States more than 55 million newspapers are sold every day. The electronic paper is a flexible display that looks very much like a newspaper, but can be used daily. The screen contains millions of microcapsules carrying electrical charges attached by a thin metal foil steely. Each microcapsule has white and black particles that are associated with positive or negative charges. According to load is applied, the white and black particles come to the surface exhibiting different patterns.

Eliminating CO2

CO2 gas is generated by the greenhouse effect that contribute to global warming. Although some experts say it is impossible to suppress the emission of C02 in the atmosphere, it is obvious that something must be done about it. A proposed method is injected into the ground before this can reach the atmosphere, to separate it from the other gases and thus "bury" in abandoned oil wells, saline ponds or rocks.

Using plants and microbes to clean up pollution

In order to remove contaminants from the environment and restore the quality of ecosystems, are being made recovery technologies include bioremediation (using microbes to clean up sites), phytoremediation (using plants to decontaminate sites), and natural attenuation allowing the environment to cleanse itself over time.

Fusion reactors Portables in a decade

The choices of the human race as far as power generation is concerned are limited when the need to generate in large amounts is presented. We live in an increasingly industrialized world and the need is pressing. Lockheed Martin might have the solution with the merger. Scientists have spent decades trying to make viable and secure energy obtained by fusion Today the company claims to know how to manage it to make it "portable" and ensures that could be viable in a decade.

Fusion as a source of energy could be considerably safer if it could be perfected. Instead of large radioactive atoms split through fission and current nuclear power plants, fusion merges atoms Both processes convert a small amount of mass into energy, but you have to put some energy into the fusion to keep the atoms extremely hot. Therefore, fusion reactors almost need more energy to continue to function properly than produce.

Lockheed claims to have improved the compact fusion reactor (CFR). This system is based on the hydrogen atoms that are heated to a few hundred million degrees until the merger begin to suffer their heaviest elements. It is the same that occurs in the sun at this moment, but tucked into a small nuclear reactor. This hydrogen plasma ball has to be contained in a magnetic field that is stable and that is where the new technology of Lockheed Martin makes an appearance. His new approach to magnetic confinement, Lockheed says, is more effective and results in a 90% reduction in the size of components compared to older versions.

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Lockheed is working on a "portable" reactor that would fit into your bedroom and you can design and build in a few months. Engineers say they can have a working fusion reactor in five years, with a version the size of a truck operating in a decade and with sufficient capacity to supply a small town.

The House of the future

On any given day rises and software from home, knowing the time you usually do, adjusts the temperature, turn the coffee is responsible for disconnected, alone, when the electronic lock indicates it's gone. At the turn: the lights come on, the safety systems are unlocked, television and screen active calls and e appear. The house of the future welcomes us.

There are few technology companies that we carry forward the future years. Decades, even. Microsoft, Apple, Google ... Premonition has been refined, and although some have been successful, others have been quite far. Computer and industrial designers gather forces to work together on prototypes that facilitate and make life at home more efficient. Applications for opening the door without contact, refrigerators recommending the healthiest menu or even software that help acclimate room before entering them. So are the trends of home automation with a slight movement of our fingers or a simple gesture will respond quickly to our requests. The keys? One click.!!


Technology is bringing lifestyle to a new dimension of comfort. Through automation, this set of techniques designed to automate a housing, fututo seems simple. Since Intel have the latest and countless options that can start to apply from the time of construction. Steve Brown, futuristic company - works with a team of social scientists, anthropologists and ethnographers spread around the world has defined how technology will change some of our habits.

"Packages user-friendly software can transform the design and construction of your next home. The software is coded for all the structural requirements of the building regulations, building and planning, helping you create your dream home." Through its operation you could create an itinerary of all piping systems, electricity, heating and ventilation, allowing to explore the house using a virtual reality to detail.

In addition, you can move doors or windows to enjoy more light or moving outlets to taste tenants. "When everything is organized and have drawn in the mind only you have to press printing and all necessary pieces of wood are automatically cut using numerical control machines odenador (Computer Numerical Control, CNC). But not only the owners can enjoy this technology, builders too. "The augmented reality glasses display color-coded views of parts and animated guides to streamline the process and avoid errors in construction", counted from Intel.


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What is Bitcoin?

Bitcoin is a criptodivisa , so named because it is a digital medium of exchange based on principles of cryptography. The money can change hands, regardless of the place of residence or distance between participants , through the use of Internet. One of its main advantages is that the transaction fees are minimal if compared with traditional methods This dramatic reduction of time and operating costs is explained simply. Unlike big banks that require huge skyscrapers , employees , computers and expensive servers , Bitcoin harnesses the power of the Internet for each of the computers on your network are responsible for processing information. This virtual money can be used by anyone , because that is not controlled by any institution , it is not possible for the user accounts are frozen.

Where does acquires Bitcoin value?

The Bitcoin is not backed by a material well and gets its value from the simple faith that people have in it will be accepted by others. Like the common currency, its price fluctuates with demand there is for possession, but unlike the currency, Bitcoin is limited in its production of 21 million units. This returns to the criptodivisa a finite, quantifiable and impossible either increase or decrease its flow, as some governments to control the price of its currency. Every 4 years, obtaining Bitcoins halved. So far, about 12 billion coins in circulation are recorded 21 million total to be produced for 2040. This limit their production turns the coin into a deflationary because units will be lost or destroyed, the which means that instead of losing value over time, as any fiat currency, each Bitcoin could increase its price over the years. But, of course, to be a practical currency, it requires the ability to be divided, and Bitcoin is no exception: each unit can be divided into smaller parts called 0.00000001 Satoshis. This ability to split makes it very convenient to buy things or to hire services.

What is the origin of Bitcoin?

The creation of this coin is a small fairy tale Internet. The Bitcoin proof of concept first emerged in 2009 and was created by the mysterious figure of Satoshi Nakamoto , who really do not know anything, because not only gives interviews and communicate via email . Your personal data are so scarce that many think his name is a pseudonym for a group of people who created the currency.

Where I can use a bitcoin?

Today you can buy almost anything you want using bitcoin . You can pay passages Expedia, buy computers on or , furniture and household items on and to buy directly from discounted up to 20 % using services like or purse .io. And more and more ways to use bitcoin to buy goods and services appear.

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