Summary
Nanoinformatics is a system where information relevant to the nanotechnology is acquired, and tools to use that information developed in an efficient manner.
Claim: Nanoinformatics supports the sharing of information with other nations.
Counterclaim: Nanoinformatics does not support the sharing of research/information with other nations.
- The strongest support for this counterclaim is that nanoinformatics does not help in information sharing among nations is because it is expensive to run and buy.
- Another reason supporting the counterclaim is due to the fact that it is a broad subject making it a complicated topic.
Argument:
- There have been efforts world wide to use nanoinformatics in doing collaborations. These are vital in ensuring different countries share information.
- Nanoinformatics has enabled easy accessibility of data and suitable tools. These are vital in the mining, visualization, modeling and utilization. This accelerates the impacts from nanotechnology, helping in increasing efficiency, managing risks and reducing costs.
- Nanoinformatics identifies stakeholders, projects, needs, capabilities, as well as connections that do define nanoinformatics enterprise. This also helps in outlining plans on the way forward in terms of developing them.
- Successful nanoinformatics can be achieved through coordination and incentive.
- The coordination involved when nanoinformatics tools and methods are being developed allows community members to validate and leverage data which others have produced.
- Nanoinformatics supports the development of nanotechnology. This is through the establishment of effective and open communication channels with stakeholders.
In conclusion, nanoinformatics supports information sharing between countries. This is achieved through the development of nanotechnology. The information sharing is achieved through establishing collaborations.
Does nanoinformatics support the sharing of information with other nations?
Over years, the world has experienced numerous changes. These changes have been mainly in technology. This has meant that countries rethink their way operating. Technology has meant that there is a shift in the way things were done initially. However, nations ought to be productive enough to master the way they adjust to these technological advances. This has resulted into the use of nanoinformatics. This is a system where information relevant to the nanotechnology is acquired, and tools to use that information developed in an efficient manner.
My claim is that nanoinformatics supports information sharing among different countries. Thus, the use of nanoinformatics is critically in the collection, analysis and application of information. The information is for research and development in various countries. Nanoinformatics has led to adoption of other disciplines. These include X-informatics, bioinformatics and ecoinformatics. These subjects are linked in that all interrelated under nanotechnology.
This is a term that encompasses technology, science and engineering. As afield, nanotechnology applies the synthesis, measurement, modeling, manipulation and imaging. Consequently, nanoinformatics is vital in the collection, organizing, validation, storage, sharing, modeling, and the overall analysis of data. This is involved with nanotechnology in the extraction of useful information that is relevant. On the other hand, computational nanoscience, which does fall within nanoinformatics, engages in simulation and computations.
People argue that the various efforts world wide are aimed at improving information sharing among nations. These include the Nanohub.org that was established in 2002 by the Network for complicated Nanotechnology. The body aims at creating a national resource for theory. Additionally, it is essential to modeling and simulation in nanotechnology.
Cosmic is said to be an international that collaborates in doing research that is focused on data driven discovery in material science. It aims at developing ways that accelerate research based on the design and discovery of materials using informatics methods. Here, the nanoinformatics explores the role of informatics in materials. More so, the cosmic help in enhancing the qualitative analysis.
Another body that has been established to assist in information sharing among nations is Nanoparicle Information Library (NIL). It was established in 2004, and offers information on the people’s health and safety. The target group is especially the health professionals. Here, these people meet and share information on nanomaterials. The Nanotechnology Characterization Laboratory (NCL), formed in 2005, is mandated to do the standardization of nanomaterials for cancer therapeutics.
The Web Interface Nanotechnology Guidance System (WINGS) is an online resource funded by the Air-Force. It contains information for nanotech both for the public and the academia. The Air force use WINGS as a method to obtain the latest and most accurate information. The information is also shared by the military, as well as other government agencies.
I believe, in contrast, the nanoinformatics does not support information sharing among nations. This can be attributed to the fact that it is expensive to buy and run. This means that probably only rich countries can install the system. Additionally, the fact that nanoinformatics is a broad subject, makes it complicated.
In conclusion, nanoinformatics supports information sharing between countries. This is achieved through the development of nanotechnology. The information sharing is achieved through establishing collaborations. All nations also have to come up with communication channels that are effective and open in order to share information.