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Although science and technology have received considerable criticisms and challenges, a majority of the people have overwhelmingly embraced and supported it. Technology has resulted in numerous unfavorable social, environmental, political and ethical impacts that have largely transformed the globe. However, its benefits especially in making work easier have made it popular. In the recent past, there have been various inventions and innovations that have resulted in everyone talking. It is quite fascinating to realize that technology has made it possible to come up with structures and devices that can function almost similarly to a human being. Robots are still a wonder in the science world. Nanotechnology is an area that has consequentially transformed the order of the world today. In the contemporary society, nanotechnology is regarded as an epitome of evolutionary science owing to the profound impacts it has had since its inception. This paper seeks to address the topic of nanotechnology from a sociological point of view and predict its likely state few years to come.
Nanotechnology, which is also known as ‘nano-science’, is a technological knowledge that involves the handling and influencing of molecules and atoms to produce different sophisticated forms that can be used for advanced operations. It is a vast discipline of study that integrates knowledge from various natural sciences to inform its activities. In a nutshell, nanotechnology is an advanced area of science that has sought to transform the society through its myriad inventions and innovations. This has been construed by different people to be an evolutionary science that is aimed at replacing nearly everything with new advanced technological equipment and machines. In most technical terms, it is considered as the technological manipulation of matter to give rise to better forms that can function to achieve practical outcomes. Through the technology, more sophisticated
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The author states that nanotechnology produces, applies, and reconstructs nanometre devices by controlling and reshaping the design of devices on small scale. Nanotechnology can be understood as the scientific functional system of atoms and molecules at macro level, this technology is useful for making high quality performance products.
Advanced countries have unceasingly developed the exploration of nanotechnology’s significance for agriculture, water and other utility development, for science advancement, research development and for medical necessities (ACTU, 2009, p 1-4; Alonso & Alguacil, 2002, pp.
These approaches are mainly referred to as Top down and Bottom up approach in nanotechnology. With the implication of bottom up approach, it is possible to design a microchip with its tiniest size manufacture. It is possible because the smallest atoms are placed in such a matter that the design goes to the upper version of approach.
BRIC is in popularity nowadays as it shows transformation of economic power from G 7 countries to the developing countries. It is believed that BRIC countries will overtake the developed G 7 countries by 2027. Countries like Turkey, Indonesia, Mexico and Nigeria who are known as the N 11 nations are also the contenders to the BRICs.
1 – 100 nanometers). One nanometer equals to 1/109 of a meter.
It has been evidenced that the properties or characteristics (i.e. chemical, physical, thermal, electromagnetic etc.) of a physical matter change with the scale of manipulation (Lakhtakia, 109-136). As
The main objective of this paper is to provide an in-depth description of current carbon nanotube technology. The main topics that are covered include detailed introduction, bonding structure, manufacture, properties, and their applications in the fields of
Knowledge explosion in the field of nanotechnologies due to the pervasiveness of research in the area has led to the increased applications of nanotechnologies in the real world thereby leading to tremendous innovativeness in many industries, particularly in medicine.
The technology presents a multidisciplinary field of research. The growth in knowledge and engineering at the nano-scale is vital for economic affluence, national security and augmentation of life quality. Nanotechnology has the potential
I am submitting my application at Delray Medical Centre for Graduate Program. I am mainly interested in joining Delray Medical Centre because I understand from my research and our conversation that you lay a strong weight on
These properties are likely to appear different in important ways depending on the properties material bulkiness. While covering nanoscale technology, science and engineering, nanotechnology involves measuring, modeling, manipulating, and
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