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The following article was published in our article directory on August 18, 2010.
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Ten of concern future technology

Article Category: Society

Author Name: xia zihui

According to the United States, "Popular Mechanics" magazine, along with the continuous development of science and technology, from DNA "origami" to the bone integration of technology, a series of "big ideas" by the media more and more attention to the future we will have the opportunity to touch Piezoelectric monitors, also have the opportunity to buy their first car ultracapacitor hybrid vehicle.

1. Humanoid

Regardless of the robot and human in the appearance of how similar, once thrown off their clothes, but you can see piles of clutter of wires, and we have no similarities at all in vivo environment. A group of European scientists working on the robot and narrow the gap between human beings. They developed a high degree of anti-robot prototype able to simulate the human body structure. Humanoid robot in this body, there is a framework built by the thermoplastic polymer, with every muscle, and the corresponding transmission line similar to tendon. European scientists aim to develop a much closer to the robot and human can, like humans and the environment interact and respond.

2. Direct carbon fuel cell

Traditional view is that coal is a kind of environmental damage "dirty" energy, and hydrogen fuel cell is a clean energy, but the new generation of direct carbon fuel cell is a challenge to the traditional view. With this fuel cell is not difficult to obtain hydrogen, but through the oxygen and pulverized coal (or biomass and other carbon sources) the chemical reaction between the electrical energy.

3. Metabolomics

Over the past five years, Canada, Edmonton's University of Alberta scientists have been dedicated to "human metabolome project" research. The project specifically refers to a database that contains 8,000 naturally occurring metabolite (the human body involved in small molecule chemical reactions), 1,450 kinds of medicines, 1,900 kinds of food additives, and 2900 kinds of the blood and urine tests found toxic. Using this information, researchers can group on the metabolic characteristics of patients were analyzed, allowing them through blood or urine test to know whether the patient likes to eat chocolate, or the possibility of suffering from life-threatening diseases.

4.DNA "origami" to create micro-computer chip

Over the past few years, California Institute of Technology scientists have to be observed under the microscope string folding DNA into a variety of interesting shapes, that is, the so-called DNA "origami." The summer of 2009 achieved a breakthrough study showed that folding of DNA strings can be used to make ultra-small computer chips. After that, the California Institute of Technology scientists and IBM researchers will cooperate together to DNA "origami" research. According to their research, triangle shape specific DNA string can be the same as silicon in the micro-chip manufacturing play an important role. DNA string can be designated as an anchor for anchoring a tiny computer chip components. The smallest components of these chips is only 6 nanometers, and the current 45 nm compared to this standard can be said to be a great progress.

5. Piezoelectric display

Scientists produce long been to understand the natural properties of piezoelectric materials that can convert electrical energy to physical stress, and vice versa. If this feature is applied to electronic displays can be developed to change the shape of the display. 2010, the technology is expected to be applied to the mainstream consumer products manufacturing, so that mobile devices have extraordinary display. Shutdown, the screen can be hardened to induce protection; boot, the screen has become soft, the formation of a press of the touch screen.

6. Osseointegration technology

The ideal prosthesis in the activities of the human body can be as natural as the growth of the body. Bone goal is to integrate technology in patients with prosthetic with a perfect combination of bone, bone cells and make full use of titanium rather than exclusion of the advantages of compatibility. Currently, the technology has been applied to small teeth and facial implants. Researchers are stepping up research, I hope this technology can be applied in prosthetic aspects.

7. Horizontal drilling technology

11,000 feet underground in the United States (about 3352 meters) of shale, a few trillion cubic feet of natural gas hidden connotation. As the dense gas flow led to unusually slow rock, most of the natural gas drilling could not with ordinary drill. The solution is: First of all vertical down drilling rock and then gradually to 90 ° horizontal bends, through the shale gas reservoirs. This is not a new idea, but at a higher energy prices and more advanced technology to promote, the energy companies suddenly began to focus on the technology. In 2008, the United States, Chesapeake Energy's shale gas field in southern deployment of 14 horizontal drilling. According to their estimates the number of horizontal drilling is expected to end in 2010 to 40.

8. Kinetic hydropower

Conventional hydroelectric dam to be built, but construction of dams is often a large-scale engineering projects, will change the local landscape and ecosystems. Kinetic energy of the environmental impact of hydropower is a smaller solution, using the natural flow of rivers and tides drive underwater turbines. Since 2006, the United States has been the company Verdant Power East River in New York (Roosevelt Island, located in the east) test six underwater turbines in order to prove that this technology has potential for development. The company hopes to receive approval in 2010, in the East River deployment of 30 large underwater turbines, for the United States 1 trillion watts of electricity transmission grid. Other similar projects worldwide will soon complete testing and begin fully operational, including the largest in the world, Canada Bay of Fundy tidal range of 3 to install underwater turbines.

9. Nm yarn

Since its inception in 1991, people have been using the "great" word to describe carbon nanotubes. The reason why carbon nanotubes have attractive due to their strength (up to 100 times greater than steel) and excellent thermal conductivity. But until now, we still do not mass production capacity of carbon nanotubes. Fortunately, things are changing. New Hampshire Nanocomp technology companies are the nanotubes woven into yarn and commercially applied. Recently, the company will be longer than 6 miles (10 kilometers) of the nano-yarn delivered to a major airline. The spring of 2009, Nano yarn was a successful proof test, so the Pentagon excited. As fiber (fiber B) lighter finer yarns can be used to manufacture the next generation of nano-armor.

10. Supercapacitor

Development of electric vehicles is how the biggest challenge facing the stored energy. Although the substantial increase in battery performance, but the price is still more expensive, slower speed while charging a relatively short life. Super capacitor may be a solution, although containing less than the battery power (at least the current super-capacitor technology is), but they do not have any defects with the same battery. In other words, super capacitors live longer, there is no pollution caused by chemical reaction and battery memory problems, and also offers greater durability.

Over the years, researchers as one super-capacitor technology tends to make the perfect car.

Currently, Massachusetts Institute of Technology are studying the super capacitor based on nano-tubes, Argonne National Laboratory are exploring the use of battery - ultracapacitor hybrid feasibility. In contrast, Texas company EEStor in this road go far faster pace. The company announced in April barium titanate has passed a key test design. Although EEStor's announcement raised questions, but their partners, the Canadian ZENN Motor Company, have been conducting propaganda war, claiming that super capacitor electric vehicle will come out in 2010.

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