This essay deals with the nanotechnology innovations. Reportedly, atomic force microscopy, the optical tweezers, alongside other nanotechnology tools has made it possible to induce and monitor large conformational changes in biomolecules…
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The design method to be applied in this study would be a quantitative research design. In social sciences, quantitative research is used to refer to a systematic investigation of a phenomenon through a computation technique. The aim of the quantitative research is to employ and come up with mathematical theories or models that pertain to the phenomena. Measurement processes are key elements as far as quantitative research is concerned since they provide fundamental connections linking mathematical expressions and empirical observations. A quantitative research design determines the relationship between two things (dependent and independent variable). This design can either be experimental or descriptive. In experimental design measurements of the participants is made before and after the given treatment. Descriptive design, on the other hand, involves one measurement. In this study, experimental research design would be the most appropriate design to be used in the collection of data. This is a design that utilized a number of variables within one specific study. This design is appropriate because it normally gives out the unbiased outcome and has no peculiar methodology because it gives out a lot of flexibility in the research. This design is normally an aggregate of analysis of data. This design involves establishing quantifying variable relationships, and it is employed in gathering data that are empirical on social science discipline. Additionally, with the use of a quantitative research method, an in-depth analysis can easily be archived.
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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.
The public conscious concerning the issues of environment have risen with a view to respond to the scientific research and the increasing media reporting on the environmental threats and global warming. In business, the sustainability of the environment is a vital section of the movement to corporate social responsibility.
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
ly small particles, devices which will are capable of interacting at the cellular level (Srinivas et al, 2002,) and is a potential tool for early detection of cancer. Nano-tools can be successfully used for proper detection of cancerous or even precancerous cells in the body
Nanotechnology is still under development and it has a lot of potential in health care construction in areas such as gene therapy, diagnostics and drug transport (Koprwoski, 2012, p.157). Over the years nanotechnology has been thought of being a dream for
It also includes the combination of the nanostructures that result from this into systems that are larger (Bhushan, 2007, p. 1). This type of technology has likelihood of having intense on the economy and the society in the years to come when compared to the technology
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
2 Pages(500 words)Essay
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