Take Note and Promote: Interview with Dr. Kimichika Fukushima
Dr. Kimichika Fukushima is currently the Chief Specialist at Toshiba Nuclear Engineering Service Corporation in Advanced Reactor System Engineering Department. He achieved his doctorate degree from Osaka University in the Molecular orbital study of helium atoms in fusion reactor materials. He then went on to be a Senior Researcher in the Theoretical study on the electronic state of antiferromagnetism as well as energy materials and systems.
Dr. Fukushima has written countless papers over the last 30 years for several publications including his paper “CaCuO2 antiferromagnetism using shallow well added solely to atomic potential for generating O2- basis set of periodic molecular orbitals with consideration of coulomb potential in solid in an LDA” recently published in the International Journal of Quantum Chemistry. He was also honored with the Science Award from the Society for DV(Discrete Variational)-Xa.
The following is the next interview in our Take Note and Promote series. Dr. Fukushima talks about self-promotion, how to get published, and some helpful resources.
WriteForWiley: What’s important for the self-promotion of your papers?
Dr. Fukushima: Through scientific studies, we can gain the deeper knowledge about nature and the technological potentiality. The expansion of recognition is straightforward in some cases, but is indirect in other cases with difficult problems. Previous studies help our study via communities, although the interest is not common to researchers. Information related to a specific theme in papers of journals and reports of meetings/conferences are useful. The information is, however, not easily obtained, because of the tremendous number of papers and reports from researches. Journals for scientific letters or rapid communications as well as abstract magazines have so far been useful, and recently, the search using web service is increasing its role. The problem is how to get the information simply and effectively. One of the important items for the self-promotion is the full consideration on the recognition of nature and the basic role in technology before and during the study. The revealing universal concept results in making strong influence on the self-promotion.
How can you find published articles?
The only certain way to find a published article is the DOI in the form like http://dx.doi.org/10.1002/qua.23146
which directly sends the researcher to the addressed website of the article.
The DOI written in the above form can be found if the author cites the DOI in an abstract of a conference/meeting and his own paper in his communities. Another way is the use of key words in the paper, which are commonly used primary terms in searching for articles. Anyway, what’s important is that the article is worthy to be read.
Did the above items influence on the promotion of your paper?
The Google Search using my full name finds the article published from Wiley with materials in the related international symposium. I have cited this article in abstracts of international conferences and meetings, as well as in subsequent papers. I have further studied concentrating on a basic concept expressed with the primary word appeared in the previous journal and cited the published papers using the primary word as a key word. These procedures are for the deeper study and the announcement of the study.
What do you hope for from publishers?
Short-time peer-reviews of manuscripts with sufficient number of positive referees and rapid publications; publications of mathematical books in front mathematical fields using physical and chemical words which are not for mathematicians; publications of annual reviews and symposium abstracts/proceedings of each scientific field emphasizing questions, answers and comments; publication of selected papers in biology with a note which explains long and complex terms in chemistry and biology.
What were useful books in your studies?
A book of selected problems in the mathematical contest in Hungary for high school students, which blushed up the mathematical sense; a mathematical textbook by Masayoshi Nagata, which gave a mathematical view from an abstract mathematical formalism like the Dirac’s book; a physical history written by Tomonaga, which teaches zigzag processes for advancing science; a book on quantum field theory by Tomonaga, which reviewed an essence of physics.
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