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"Designing a future molecular world is possible when computer meets chemistry“
Prof. Shin Seokmin of EDISON Chemistry Center at Seoul National University 

Computational chemistry to be the platform to pioneer new areas
We are familiar with the words computer and chemistry as they affect many parts of our lives. But when computer meets chemistry, it creates a completely new possibility and area called 'computational chemistry'. It is one of the three core elements in science research alongside 'theory' and 'experimentation'. However, computational chemistry does not just prove its theory and experimentation but it creatively pioneers new areas. This creative trend, nowadays, can be found in many research areas such as computational biology, bioinformatics and chemoinformatics. Prof. Shin Seokmin of the EDISON Chemistry Center at Seoul National University is one of those who has actively carried out researches in computational chemistry. He formed a group with the researchers of the field a few year ago in the hope of promoting related education and researches. Shin says "Making new possible materials or developing new medicine probably are the most creative work of a chemist. But it is really difficult to find just one candidate among those limitless possibilities."

With the help of computational chemistry, however, one can explain and predict the characteristics of the material at molecule level which makes the research more efficient. Shin believes that computational chemistry can actually function as the designer of the molecular world. Shin continues "In order to foster talented designers of the molecular world, creating educational and research programs and environments by using the systems of next generation science technology is very important." In this respect, the role of the EDISON Chemistry Center is vital for it helps students and researchers apply the results of computational chemistry to promote higher level university education which will eventually lead to raising national competitiveness. 

Developing novel molecular modeling programmes
Shin opened the center with 15 professors of 12 colleges in 2012 and has been focusing on developing instructional and research-purpose molecular modeling programmes and contents based on the results of the recent R&D in computational chemistry. He actually already has been using the cyber infrastructure-based computational chemistry education program in cooperation with KISTI since several years ago. Shin says "Making excellent molecular modeling programmes in the computational chemistry field is important. It is difficult to develop, from the scratch, programmes that can replace the commercialized softwares. But if we develop programmes based on the researches in the frontiers of the field, we are expected to develop novel molecular modeling programmes. It is also meaningful to provide our own modeling programmes to be used for wide range of education in computational chemistry and related fields." 

The researches in computational chemistry are highly expected to contribute to the development of bio-technology and nano-technology. The molecular modeling programmes and simulation softwares in fact are already being used in not only the basic sciences like chemistry, physics, life sciences and earth sciences, and various application fields such as material engineering, electronic engineering, pharmaceuticals and medicine. Shin adds "Chemistry covers vast range of subjects spanning from atomic structure to biological and complex molecular systems. For this reason, it is difficult to deal with various chemical phenomena with single theory or method. We are trying hard to develop multi-scale computational softwares to treat various chemical changes occurring in different time and spatial scales." Shin is also planning to regularly hold workshops and symposia promoting the achievements of the center and to strengthen the communities in computational chemistry for synergistic effects. Power Korea wishes Shin and the EDISON Chemistry Center a great 2016. 
 


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