We seek the possibilities of controlling electronic structures of materials by building nano-scale architectures, engineering defects, or applying mechanical strains to suggest design principles for novel materials.
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Computational Design of Advanced Materials Functionalities | NIMS | computational-materials-design.com Reviews
https://computational-materials-design.com
We seek the possibilities of controlling electronic structures of materials by building nano-scale architectures, engineering defects, or applying mechanical strains to suggest design principles for novel materials.
computational-materials-design.com
Publications | Computational Design of Advanced Materials Functionalities | NIMS
http://computational-materials-design.com/publications
Design principles of advanced materials are suggested using first-principles electronic structure calculations. Computational Design of Advanced Materials Functionalities. 86) Pakpoom Reunchan*, Adisak Boonchun*, and Naoto Umezawa, Electronic properties of Ag3AsO4 and Ag3PO4 photocatalysts: A comparative study by hybrid density-functional calculations Phys. Chem. Chem. Phys. 85) Akira Yoko*, Makoto Akizuki, Naoto Umezawa, Takahisa Ohno, and Yoshito Oshima, Growth of Ba1-xSrxZrO3 (0. 80) Hungru Chen*, Pen...
計算科学による先端材料の新機能設計|物質材料研究機構
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Members | Computational Design of Advanced Materials Functionalities | NIMS
http://computational-materials-design.com/members
Design principles of advanced materials are suggested using first-principles electronic structure calculations. Computational Design of Advanced Materials Functionalities. Satoshi Koyasu (NIMS Internship student, Tokyo Institute of Technology). Toshiki Yoshida (NIMS Internship student, Tokyo Institute of Technology). Mukesh Kumar (Postdoctoral Researcher). Sofiia Kosar (NIMS Internship). Akira Yoko (Trainee,University of Tokyo). Junjie Wang (Tokyo Institute of Technology).
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Computational Linguistics | Computational Linguistics, Natural Language Processing and Generation, Information Extraction, and Text Processing services and consulting
We are a small consulting firm based in London, UK, specialized in the application of computational linguistics to real life problems. We are a group of academics, with extensive background and research experience in linguistics, computer science, and computational linguistics, and experience in programming and managing implementations. We design efficient, state-of-the-art software systems to meet the established requirements using off-the-shelf and open source components where possible, or by developin...
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EMCL Best Thesis Award 2014. Tobias Kaminski has obtained the Best Thesis Award of EMCL for the best master thesis in 2014. The two other candidates were Enrique Matos Alfonso and Andreas Fellner. Read more . ]. German Conference on Artificial Intelligence in Dresden. More details can be found at http:/ tu-dresden.de/inf/ki2015. DFG Research Training Group QuantLA. One of the new Ph.D. students in QuantLA is the former EMCL master student Oliver Fernandez Gil. He has presented the results of ...You may a...
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computational-materials-design.com
Computational Design of Advanced Materials Functionalities | NIMS
Design principles of advanced materials are suggested using first-principles electronic structure calculations. Computational Design of Advanced Materials Functionalities. Our objective is to predict excellent materials based on the knowledge acquired by theoretical study. National Institute for Materials Science (NIMS) is a research institution specializing in the research of metals, organic and inorganic materials. It is located in Tsukuba in Ibaragi prefecture, 75km north of Tokyo, Japan.
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Computational Morphodynamics at Caltech
The Caltech Forum for. What is Computational Morphodynamics? May be defined as the study of the three-way interaction of physical, informational, and geometrical processes that influences the changing form, shape, and structure of living cells, tissues and organisms. Some of the scientific questions we ask include:. How is the morphology of organisms specified? How do mechanics, cell growth, and cell division affect morphology? How do living morphodynamic systems evolve? The term computational morphodyna...
Computational-Musicology.net
Computational-musicology.net : . An online community of scholars interested in applications of computers in music research. Computational-musicology.net is an online community of scholars interested in the applications of computers in music research. It was initiated as part of a research project at Goldsmiths' College. University of London called Purcell Plus. Http:/ www.computational-musicology.net/. Computational-musicology.net is an informal group which has no legal identity in its own right....
Center for Computational Nanoscience
Is an internet institution set up in order to facilitate communication and collaboration between researchers or research groups working in particular in the field of nanomagnetism and spintronics. Balazs Gyorffy: A Memorial Article. Operated by: Center for Computational Nanoscience, Vienna.
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Computational Neuroscience of Sensory Systems | Institut de la Vision
Computational Neuroscience of Sensory Systems. Institut de la Vision. Computational Neuroscience of Sensory Systems. Group belongs to the Vision Institute. In Paris (INSERM/CNRS/UPMC). We are also affiliated to Ecole des Neurosciences de Paris. We have been supported by ANR. We are working on three research themes: 1) single neuron modeling. In particular neural excitability; 2) sensory systems. For neural network simulation and electrophysiology. ELife 10.7554/eLife.06072. PLoS Comp Biol, 10(4): e1003560.
