7 benefits of Nano Technology to human life

Benefits of nanotechnology to human life are extremely broad.

In fact, to date, there have been many examples of its application ranging from health to create a material that is super strong yet lightweight.

Nanotechnology is a technology that uses nano-scale or billionaires with material properties at the atomic or nano-size. If a material is manufactured in sizes nano, it will allow for the creation of materials with new properties.

For example, scientists managed to make a material called FRS have the force of a hundred times than steel but lighter.

Such materials will allow the creation of new equipment, such as elevators from Earth towards space for example.

The following is an example of nanotechnology benefits 7 proven can be beneficial to human life.

1. Addressing climate change

The struggle against climate change means we need new ways to generate and use electricity, and nano-technologies to benefits in this area is already clearly visible.

Nanotechnology has helped create a battery that can store a lot more energy to electric cars and have allowed the creation of solar panels to convert more sunlight into electricity.

Both use the same method, i.e. using nanomaterial or nanotexturing (e.g. carbon nanotubes or nanowires) that transforms a flat surface into three dimensions with the surface area a much wider.

This means that there is more room for the reaction which allows energy generation or storage so that the device is operating more efficiently.

2. The antenna from Carbon Nanotubes

Arman Bengio, a researcher from Rice University has successfully developed an antenna that was formed from the carbon nanotube fiber (tube-shaped nano-sized).

This antenna has the same capability with the antenna from the antenna, but primacy copper fiber nanotubes are does it weigh much lighter and better flexibility.

3. Big Data

As more and more information that should be in the sport, then it takes technology that is capable of processing and process data faster and better.

An example is the big data for sensors to manage traffic congestion and prevent the occurrence of accidents or prevent crime by using statistics to more effectively allocate resources.

Nanotechnology helps create solid ultra-fast memory will allow us to store a wealth of data.

But it's also inspiring to the ultra-efficient algorithm in the process, encrypt and communicate data without compromising the possibly.

Nature has some examples of the big-data process done in real-time with very small structures, such as the eyes and ears that changed the external signals into information for the brain.

4. Wood transparent, Glass Materials in the future

Scientists from the University of Maryland has managed to develop a wood material form of invisibility. Nano-biotechnology research is claimed to have power equal or exceed the steel but with a lighter weight.

The manufacturing process begins with the transparent wood removes the lignin in the wood which is the color of the wood, the giver substance then inject epoxy on wooden vessels to strengthen the wood, making it more transparent and to keep the nanofiber cellulose.

Benefits of nanotechnology this one i.e. the material could become a substitute for glass because the wood structures of cells and natural fiber so as not to break easily such as glass.

Wood also has the nature of a material called haze, which will make the light that penetrates the transparent wood will not go directly to the eye so that it will be more comfortable when used as a material home.

5. Benefits of Nano Technology to Transplant Organs

Transplant organs have managed to save many lives, although the level of its success still is small.

Nanotechnology can enhance the success of organ transplantation and to save more lives.

Scientists have successfully developed a safe way to revive the frozen organs with the help of nanoparticles.

As long as this is still a lot of organ donors are still very contrary potential is wasted because of these organs can only survive for 4 up to 36 hours.

The best way to be able to last longer is to be frozen, but freezing and thawing process, unfortunately, can damage the organ cells.

Benefits of nanotechnology to transplant this looks real as in the dilution process proved not showing signs of damage even the elasticity of the organ is also maintained.

6. The ability of self-healing

Nanotechnology can change the structure of materials at the nanoscale and gives some amazing nature – such as coat texture so that it becomes the anti-air for example.

In the future, nanotechnology coating or additive will even have the potential to allow the material to "self-heal" when damaged or worn out.

For example, the spreading of material means to the entire nanoparticle can migrate to fill the cracks that are appearing.

This could produce the ingredients of self-healing for everything from the cockpit to microelectronics, preventing small fracture turned into large cracks that are more problematic.

7. the Power of the human bloodstream

The principle of the Water power plant is using a turbine driven by water flow, then electrical energy generated by converting the energy of motion into electrical energy.

These principles by researchers from the University of Bern, Switzerland used to develop power generator utilizing the human bloodstream.

A generator that is used is a nano-sized mini turbine called the nanogenerator.

This generator is made from fiber. The generator is mounted on human arteries. The small turbines can generate electricity that is used for equipment mounted in the human body such as pacemaker and blood pressure sensors.

The goal of his research is to generate electricity amounting to 1 milliwatt because the human heart is estimated to be able to generate electricity up to 1.5 watts.

In the future, nanotechnology can also allow objects to harvest energy from the surrounding environment. Nano-materials and new concept have now developed demonstrate the potential to produce energy from the movement, light, temperature variations, glucose and other sources with high conversion efficiency.

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