Greetings and CV for A. Hori
Crystal engineering and supramolecular chemistry based on the collaboration of organic and inorganic materials
• Rational design and environmental applications of coordination compounds
• Molecular recognition and gas adsorption in molecular crystalline states via quadrupole moments
• Photo-functionality and dynamic transformations of crystals by external stimuli
Education Concept
Please acquire rich cultural knowledge and understanding of diversity for surviving a long and changeable life. In our laboratory, we would like you to learn the fun of thinking freely, calm sociality, and responsible behavior through chemistry. If you continuously make small efforts toward your future with a smile, you’ll find a way.
Research Experience
Crystal Engineering, Coordination Chemistry, Fluorine Chemistry, Supramolecular Chemistry
Classes
Undergraduate: Basic Chemistry A and B, Basic Chemical Experiments, Basic Solid Chemistry
Graduate: Molecular Assemblies for Crystal Engineering, X-ray Crystallography
CV
Educational Background:
1997, Graduate of Department of Chemistry, School of Science, Ehime University
Supervisor: Prof. Nagao Azuma
Research subject: Coordination Chemistry of Cr(V) Complexes, EPR Studies
1997-1999, Master Course in Graduate School of Science, Kyusyu University
Supervisor: Prof. Hisashi Okawa
Research subject: Coordination Chemistry of Dinuclear Complexes, EPR Studies
1999-2002, Doctor Course in Graduate School of Engineering, Nagoya University
Supervisor: Prof. Makoto Fujita
Research subject: Supramolecular Chemistry, Synthesis of Catenanes
2001. Feb-Jul, Studied Abroad to Louis Pastour University (France)
Supervisors: Prof. Jean-Pierre Sauvage and Prof. Christian Dietrich-Bucheker
Research subject: Supramolecular Chemistry, Synthesis of Catenanes
2002.3, PhD of Engineering (Nagoya University).
Title: Molecular Magic Rings, Reversible Catenation of Palladium(II)-Linked Coordination Rings
Work Experience:
2002-2004, PhD researcher of Genesis Research Institute, Inc., The University of Tokyo
Supervisor: Prof. Makoto Fujita
Research subject: Supramolecular Chemistry, Synthesis of Catenanes
2004-2006, JSPS Research Fellow（PD）, The University of Tokyo
Supervisor: Prof. Makoto Fujita and Prof. Hiroshi Nishihara
Research subject: Supramolecular Chemistry, Synthesis of Catenanes
2006-2014, Assistant Prof., Department of Chemistry, School of Science, Kitasato University
2008-2011, Research member of JST PRESTO
Group: Search for Nanomanufacturing Technology and Its Development
Theme: Functions of Cross-Assembled Metal Nanowires Controlled by Electostatic Interactions
2015-2019, Associate Prof., Department of Arts and Science, School of Engineering, SIT
2020-, Prof., Department of Applied Chemistry, School of Engineering, SIT
