The achievements of this research were published in the online version of the scientific journal Nano Letters on 19 April 2010, prior to the printed version on 12 May 2010.
The results of this research are scheduled to be presented at the 2018 IEEE International Workshop on Information Forensics and Security(WIFS 2018) to be held from December 11, 2018.
特記事項本研究成果は「Nature」電子版に3月9日(水)18時(英国時間)に掲載されました。
Note The results of this study are scheduled to be featured in the online version of Nature at 6:00 PM(UK time) on Wednesday, March 9.
The achievements of this research will contribute to the understanding of the mechanism behind the crystal growth of chiral substances, leading to markedly improved technologies for producing medicines, pharmaceuticals, food additives, and even spintronics materials.
The results of this research were announced at the ACM International Conference on Multimedia 2017, the most prestigious conference in the field of multimedia, held October 23-27 in Mountain View, California.
The results of this research were published online in the scientific journal Nature Structural and Molecular Biology on 22 January 2012 prior to the publication in the printed version.
The results of this research were published on 21 June 2010 as an advance article in the online version, prior to in the printed version, of the British scientific journal Physical Chemistry Chemical Physics.
本研究成果は、米国の科学雑誌『PhysicalReviewSpecialTopics-
The results of this research were published in the American scientific journal,
Results of this research were published on September 12, 2014 in the online edition of U.S. science journal"The Plant Cell" prior to their publication in that journal.
This research result has demonstrated a relationship between the nervous system and immune system at the molecular level, giving new possibilities for the development of prevention methods and medical treatments for cancer and other intractable diseases.
The article describing the results of the present study was published in the scientific journal Nature on November 21, 2019, under the title,“A new very-high-energy component deep in the gamma-ray burst afterglow.”.
These research results are expected to contribute to a move away from non-renewable resources and contribute to the development of new plastic production systems to realize a sustainable society.
The results of this research were published online in Journal of the American Chemical Society on 10 August 2009, prior to publication in the printed version, with the image of the discovered liquid crystal structure appearing on the cover on 16 December 2009.
One reason why such a function can be realized is the flexibility unique to proteins. Therefore, we hope that this research achievement will contribute to the technological development of molecular switches using this flexibility.
These research results not only make the oxidation-reduction status of the inner solar protoplanetary disk clear in a material scientific way, but also offer important knowledge in understanding the chemical compositions of terrestrial planets as well as planet interior chemical compositions.
This will pave the way to developing innovative techniques for the ultrafast video recording of atoms and molecules in materials, and will contribute to clarifying various phase transition phenomena such as the high-temperature superconductivity of strongly correlated electron materials. *4 The achievements of this research were published in the scientific journal Nano Letters on 14 May 2014.
These research achievements are expected to contribute to the development of compact and energy-efficient computers, which will be used to discover satisfactory solutions from among a vast number of candidates and to perform large-scale simulation of natural phenomena. This may lead to an innovative computing paradigm, which potentially has large impacts on social life and academic research..
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