Chemistry Major 1 2 3  Faculty
Curriculum Messages from Graduates
Syllabus Institute of Chemistry

Faculty of the Chemistry Major
 Name         Field of Research

Professors AKASAKA Takeshi Development of fullerenes with novel molecular structures
ARAI Tatsuro Photochemical reaction dynamics of organic compounds
OSHIO Hiroki Molecular chemistry of metal complex
OKAMOTO Ken-ichi Synthesis, properties, and reactivity of coordination chemistry
KIGOSHI Hideo Bioorganic chemistry of natural products
SAITO Kazuya Material physics and chemistry of molecular assemblies
SEKIGUCHI Akira Organometallic compound synthesis, properties, functions
TERANISHI Toshiharu Structural control and properties of inorganic nanoparticles
NABESHIMA Tatsuya Supramolecular chemistry, host-guest chemistry, molecular recognization
NISIO Takehiko Behavior and chemical characteristics of environmental chemical substances
YAMAMOTO Yasuhiko Structural chemistry of metalloprotein, biomolecules
Associate Professors ICHINOHE Masaaki Synthesis and structure of heavier group 14 element compounds
SATO Soichi Functional supramolecules utilizing characteristic properties of heteroatoms
SATO Tomoo Photochemical properties of mesoscopic structure
SUEKI Keisuke Radiochemical analysis of new functional material
NAKATANI Kiyoharu Chemistry of microdroplet and liquid/liquid interface
NISHIKAWA Hiroyuki Development and physical properties of molecular conductors
NISHIMURA Yoshinobu Relaxation process of photo-excitation
NOMOTO Shinya Organic geochemistry of biomolecules
FUJISAWA Kiyoshi Metal complex synthesis and spectroscopy related to biology
HOJO Makoto Organic synthesis reaction
MIURA Katsukiyo Studies on organic synthesis reaction using metal compounds
MORIHASHI Kenji Quantum chemistry of radical molecule structure and reaction
Assistant Professors AKINE Shigehisa  Synthesis of supramolecular hosts containing transition metal complex moieties
SUENAGA Kiyotake Bioactive natural organic compounds
TAKAHASHI Ohgi Study of specific electronic structures by quantum chemistry calculation
TSUCHIYA Takahiro  Construction of supramolecular system based on fullerenes,endohedral metallofullerenes, and novel carbon clusters
NAGATOMO Shigenori Metalloprotein functions and structure
NIHEI Masayuki Creation of photo-responsive functional systems
MITA Hajime Analysis of biomolecular structure and application to environmental chemistry
MIYASHITA Yoshitaro Studies on stereoselective reactivity of metal complexes
MOMOTAKE Atsuya Synthesis, properties and functions of photoresponsive dendrimers
YAMAMURA Yasuhisa Physical chemistry of molecular aggregates and inorganic materials
YOKOYAMA Yukihiro Physicochemistry of reactive species
Vladimir Ya. Lee Reactive chemical heavier group 14 elements
WAKAHARA Takatsugu Structure and properties of silylated fullerene
Research Associate KANEHARA Masayuki Synthesis and organization of metal and semiconductor nanoparticles
SHIGA Takuya Structures and magnetic properties of manganese-lanthanide polynuclear complexes
NAKAMOTO Masaaki Organic chemistry of heavier main group elements
HAYAKAWA Ichiro Total synthesis of bioactive natural products and development of efficient synthetic strategies

Messages from Graduates

Nobuyuki Ikeda

"A world to grow your potential" Teacher, Toin Gakuen High School; 1999 graduate    

  What a wonderful university! In the four years I spent at the University of Tsukuba, I learned countless things. From the first day, our academic world and daily life activities expanded greatly. The campus is one of the most beautiful in the world, and is well-equipped with research facilities and laboratories, but what I find most attractive about University of Tsukuba is its students. All are working together to accomplish their individual dreams and objectives, with a clear purpose in mind. There are many opportunities to communicate with foreigners, and I received my German language credits through a short-term exchange program in Germany. Tsukuba is open to the world. You will not only acquire knowledge, but have the opportunity to expand your creativity, your skills, and your chances.


     

Shinichiro Maki

"The expanding world of chemistry" Toyo Ink Tsukuba Research Laboratory; 1995 graduate

I develop photo-functional materials at a corporate research and development center. Things often don't go as planned, but I use the chemistry skills I learned at university and reach creative solutions, so it is very satisfying. However, I didn't like chemistry very much at high school, Chemistry, it seemed, was a subject with too many things to memorize compared to math or physics. You might have the same impression. You'll change your mind once you study chemistry at university. Knowledge in chemistry is useless if it is just memorized, and it only comes alive when you understand it. High school chemistry is only a small part. Come see the limitless world of chemistry, and fulfill your ambitions and curiosities.


   

Kenji Morihashi

"Exerting your limitless creativity"  University of Tsukuba Institute of Chemistry associate professor; 1978 graduate  

The moment you become attracted to chemistry is when you are conducting an experiment knowing what will happen, and are suddenly confronted with results that you never expected. The discovery may be tiny, but it is enough to make you excited. The surprise of seeing something unknown, and the joy of understanding its true nature, are the feelings that make chemistry attractive. Chemistry stands at the core of sciences of materials, life, and environment, and has a comprehensive color. Energy issues, environmental concerns, and other problems of the 21st century are in the hands of creative chemistry researchers. It takes about a day to walk around the campus. In this beautiful atmosphere, I am sure that you will find a place to exert your unlimited creative potential.


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