What the future holds for E-Science

Though e-Science is a major part of the advances and achievements that are currently being made in the sciences, there is still a wealth of potential waiting to be unleashed. E-Science has the ability to further the aspirations of today’s scientists, no matter how far fetched their goals may seem. The technology being used today is of an advanced quality in terms of storage ability, speed and the communication of data, but there is always room for improvement.

If the aspirations of scientists are to be met, then it is the job of the various e-Science groups across the globe to make it happen. It is also the job of governmental bodies to make sure that these groups have the funding and support in order to take e-Science to the forefront of scientific research.

What the future holds for e-Science

The goals of every e-Science group, whether in the UK or across the globe, typically fall under a select few that are somewhat set in stone. They include:

• Innovation - It is the general consensus that the technology of tomorrow must be ready to meet the inspirational thinking of scientists. Even though the research being conducted today is of a high quality, due in some part to the infrastructure of e-Science, this does not mean that further technological advancement is not possible. Areas in medicine like vasectomy reversal are bound to see further developments. If man’s natural curiosity to solve the unknown is to be quenched, then it is the job of e-Science to make the technology available that can sate such inquisitive desires.
• Business - There is a desire not only to make the technology of e-Science available to scientists, but also commercial entities, such as engineers. If our society is to advance, then technology needs to improve in order for thinking minds to reach their goals. There is already a strong push toward this, with groups such as the Science & Technology Facilities Council aiding the development of business entrepreneurial entities.
• Collaboration - There is no point in the groups that make up e-Science in the UK, or across the globe, working as single entities. This will only lead to a stagnated market, and will ultimately falter the advancement of computational technology. Partnership is a vital element to the development of better storage facilities and the enhancement of Grid infrastructures.
• Complex ideas - Scientists are trying to research things that they have never even touched upon before. E-Science and its conglomerates are well aware that advances in information technology are the only way forward for the advancement of science.
• Education - If e-Science is to improve its image and further its impact upon science, then it is essential that the students of tomorrow are trained in the use of advanced computing technology. There will also be the need to learn unto them the necessity for a close relationship between e-Science and the business industry.
• International development - It is essential to the future success of e-Science that its methods and technology are used across the globe. It is therefore the role of groups in the UK, who make up the e-Science programme, to use their position to further enhance the image of e-Science. Collaboration with other e-Science groups across the globe is crucial if international development is to continue.