Tamejiro hiyama biography examples
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My Research Life at Department of Applied Chemistry in the Faculty of Science and Engineering
The Japanese word that signifies “learning” describes an act of reaching the stage where those who are superior in many aspects to you are by following their good deeds and conduct. This wise old saying left by Sanai Hashimoto, who was a Japanese samurai loyally supporting the Emperor in the last days of the Tokugawa shogunate, applies well to a series of steps of the learning process at graduate school, ranging from how to come up with research subjects to how to formulate research plans, how to interpret research results, how to write papers, and how to make presentations. In the present day, when it is difficult to predict what the world five or ten years from now will look like, I believe that it could be a wise decision to attend graduate school and diligently acquire basic research knowledge and techniques.
Chuo University offers a program that supports students who mak
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Silicon-Bridged Biaryls: Molecular Design, New Synthesis, and Luminescence Control
Abstract
This Account describes our contribution to the development of synthetic methods for silicon-bridged biaryls such as 9-silafluorenes and [1]benzosilolo[3,2-b][1]indoles and the photophysical characteristics of compounds obtained using these brand-new syntheses, along with those of 4,5-silicon-bridged silafluorenes prepared using the conventional synthesis.
1 Introduction
2 Design, Preparation, and Photophysical Properties of Silicon-Bridged Silafluorenes
2.1 Molecular Design
2.2 Synthesis
2.3 Structures
2.4 Photophysical Properties
3 Palladium-Catalyzed Intramolecular Coupling of 2-(Arylsilyl)aryl Triflates: New Synthetic Method for Silicon-Bridged Biaryls
3.1 Reaction Design
3.2 Optimization and Scope
3.3 Synthetic Methods for 9-Silafluorenes Developed bygd Other Groups
4 Photophysical Properties of Functionalized 9-Silafluorenes
4.1 Violet-Emissive 9-Sil
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Tamejiro Hiyama
Professor of Organic Synthesis, Organic Chemistry and Organic Metallic Chemistry, Center for Research and Development Initiatives, Chuo University
When ordering the subject of scientific disciplines from metaphysical subjects to human beings, the list goes as follows: mathematics, physics, chemistry, biology, agriculture, pharmacy and medicine. Chemistry is located in almost the middle of this list and is referred to as a central science. This remains true even now that new science and technology focusing on information have been born. New disciplines are born one after another and the border between disciplines has become unclear. However, chemistry remains to support the foundation of other disciplines and expand its territory.
We live owing to the reactions of organic molecules
When breaking down matter, we arrive at more than 100 different types of atoms. Each atom has been given a name known as an element. Molecules are formed when various atoms combine in a