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900 labs · 74 student voices
Tohru Sato, Professor
0 student voices
The Quantum Molecular Science Lab (Sato Lab) is a lab in the Theoretical Research Division of the Fukui Institute for Fundamental Chemistry. The lab conducts theoretical research ranging from fundamental problems in physical chemistry to applications, focusing especially on phenomena involving the interaction between electrons and molecular vibrations. The lab theoretically elucidates the mechanisms of luminescent molecules, catalysts, thermoelectric materials, and solar cells, and designs new molecules.
SIVANIAH Easan, Professor
0 student voices
The Pore Physical Chemistry Lab (Sivaniah Lab) is based at the Institute for Integrated Cell-Material Sciences (iCeMS) at Kyoto University and operates as "Pureosity Labs." Centered on membrane science and clean technology, the lab addresses challenges such as reducing emissions of harmful substances and energy-efficient water purification. Through joint research, industry-academia collaboration, and starting companies, the lab aims to bring its research results to society. A spin-out company has also emerged from the lab.
Michinori Suginome, Professor
0 student voices
The Organic Design Lab (Suginome Lab) aims to develop innovative molecular transformation reactions and new functional materials. Building on organometallic chemistry, the lab searches for new reactions and reagents and develops efficient methods for synthesizing organic compounds containing silicon and boron. The lab also studies the precise synthesis of organic polymers whose three-dimensional structures are highly controlled. From organic synthetic chemistry to polymer science and functional materials science, the lab seeks to open a new academic field that bridges disciplines.
Tomoki Ogoshi, Professor
0 student voices
The Functional Chemistry Lab (Ogoshi Lab) develops next-generation functional materials by designing molecules and assembling them. A supramolecule is an ordered assembly of multiple molecules held together by non-covalent forces such as hydrogen bonds. The lab designs functional molecules with simple, elegant structures and lets them self-assemble to create supramolecules with new functions. Founded in 2019, the lab aims for truly original research, with students and faculty enjoying experiments and discussion together.
Kenji Matsuda, Professor
0 student voices
The Physical Organic Chemistry Lab (Matsuda Lab) develops new organic functional materials that combine optical, magnetic, and electrical functions. The functions of organic molecules can be engineered through molecular design, and they are expected to play a major role in molecular electronics. The lab conducts broad research, from design and synthesis to measurement of physical properties. Its appeal lies in designing and creating new organic compounds yourself, and in carrying out agile research in a small group.
Naoki Ishida, Professor
0 student voices
The Organometallic Chemistry Lab (Ishida Lab) is an organic chemistry research group. The lab takes on the challenge of developing types of reactions never seen before, using light energy and other forms of energy as the driving force. It aims to create new groups of compounds and, in collaboration with researchers in neighboring fields, contribute to the advancement of science and technology. Students from other universities and other fields who wish to join the lab are also welcome.
Hiroaki Miki, Professor
0 student voices
The Biorecognition Chemistry Lab (Miki Lab) studies the mechanisms by which cancer cells become increasingly malignant. Most cancers arise from epithelial cells that are tightly attached to one another; as genetic mutations accumulate, the cells leave the epithelial layer, spread, and metastasize to other organs. Many mysteries remain about how cancer cells leave their tissue and invade neighboring tissue. The lab investigates this process using experimental animals such as mice and cultured mammalian cells.
Haruyuki Atomi, Professor
0 student voices
The Biochemical Engineering Lab (Atomi Lab) studies microorganisms, especially archaea. Archaea are organisms that are phylogenetically distinct from both bacteria and eukaryotes, and they include diverse groups such as methanogens, halophiles, and hyperthermophiles. They have many features not found in other organisms, such as the structure of their membrane lipids and metabolic pathways found in neither bacteria nor eukaryotes. Within archaeal physiology, the lab focuses in particular on the regulation of metabolism and transcription.
Shuhei Furukawa, Professor
0 student voices
The Molecular Assembly Chemistry Lab (Furukawa Lab) aims to create new porous materials that help solve challenges in health, the environment, and energy. While deepening the fundamental chemistry of molecular assemblies, the lab works with scientists from many fields at iCeMS, Kyoto University's interdisciplinary research hub. It is a group that values diversity, bringing together students and researchers of many nationalities, cultures, and scientific fields. In this international environment, the lab pursues interdisciplinary research with chemistry at its core.
Shigeomi Takai, Associate Professor
0 student voices
The Functional Solid State Chemistry Lab studies the analysis, design, and synthesis of functional solid materials for energy, the environment, and medicine. Focusing on electrochemical energy, which converts energy with high efficiency, the lab develops materials for fuel cells, lithium-ion secondary batteries, and more. Based on crystal chemistry theory, the lab precisely analyzes and designs structures. By synthesizing ceramics inspired by how living organisms form bone, the lab also develops materials that heal bone and microcapsules that deliver drugs.
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