Takayoshi Nakamura Laboratory, Photoelectron Science Course, Graduate School of Environmental Science, Hokkaido University
Takayoshi Nakamura Laboratory, Photoelectron Science Course, Graduate School of Environmental Science, Hokkaido University
Graduate students will belong to the Photoelectronic Science Course in Graduate School of Environmental Sciences. The students will carry out research activities at the Research Institute for Electronic Science (RIES). Currently, We are conducting research activities based on the motto, "fun research and student life" with five staff members (Professor Takayoshi Nakamura, Associate Professor Kenta Kokado, Assistant Professor Kiyonori Takahashi, Assistant Professor Rui-kang Huang, Assistant Professor Xue Chen), one postdoctoral researcher, and ten students. The Graduate School of Environmental Science does not have an undergraduate organization, so there are no internal recommendations. We are recruiting from all over the world.
The maximum number of students in the master's program (1st grade) in our laboratory is 7 including the special recommendation frame. It will be in the order of grades at the time of entrance examination. Please check the website of the Graduate School of Environmental Science for details of the examination.
The characteristic of our laboratory is that there are many enrollees from other universities. So far, about 50 students have entered laboratories from various universities and completed graduate school. Also, in recent years, many foreign students have come on to study, and it is an environment where you can naturally acquire English in your daily life.
Approximately 25 years have passed since Professor Takayoshi Nakamura was assigned to Hokkaido University in 1994, and the number of rooms has increased and the facilities have been enhanced. There is ample space and an environment where you can conduct calm research. In addition, old equipment is updated to the latest equipment at the right time. As a result, measurements that took one day 10 years ago have been updated to one minute with the latest equipment!!! We have enough environment for cutting-edge research.
In order to gain overseas experience, we ask students to make a presentation at an international conference held overseas once while they are still in school.
First, decide on an experimental theme and start "synthesis" accordingly. In many cases, we start with organic synthesis and grow solid-phase aggregates (crystals, interface aggregates, liquid crystals, gels, etc.) of the synthesized molecules. While precisely investigating the structure of the completed molecular assembly using a dedicated device, we will measure the electrical and magnetic characteristics and investigate the relationship between the molecular assembly and functionality.
When the results are settled to some extent, apply for a conference presentation. While attending school, you will have the opportunity to make presentations at domestic and international conferences. Our laboratory regularly participates in domestic conferences such as the Spring Annual Meeting of the Chemical Society of Japan (March), the Annual Meeting of Japan Society for Molecular Science (September), and Conference of Japan Society of Coordination Chemistry (September). By the end of the master's program, you will be able to attend a couple of academic conferences, which will be a good experience for you to travel to society. We also participate in the The International Conference on Science and Technology of Synthetic Metals (ICSM) and the International Conference on Coordination Chemistry (ICCC), and many students have participated in international conferences by the time they complete the master's program. It will be a good social study for students because they can come into contact with cultures different from Japan.
The motto of the laboratory is "Research and student life are fun". In between researches, we value the atmosphere where you can experience the unique pleasures of Hokkaido, such as Genghis Khan party (Jinpa), mountain climbing, hot springs, camping, and ski trips.
A. A major feature of Nakamura Laboratory is that it consistently performs "manufacturing (organic synthesis)," "structural evaluation," and "measurement of physical properties." In two years, many master's students will be able to start with organic synthesis and measure electrical, magnetic, dielectric, and adsorptive properties. Obtaining a wide range of knowledge from synthesis to physical properties will surely be useful after employment. In reality, students are free to conduct research mainly on organic synthesis or on physical property measurement according to their specialty and wishes.
A. We will asked you to select an appropriate theme from among several themes through discussions with your academic advisor. Of course, you can also make your own suggestions.
A. You might think that "I have no idea what it is!" or "Can I keep up with my research after I enter?". But don't worry! At first, every students didn't understand well. However, by the time of graduation, graduated students have made presentations at international conferences, and everyone has grown up brilliantly and is on a journey to society. This laboratory has such an environment.
A. Except for the laboratory seminar on Wednesday afternoon and the graduate student seminar on Friday, we basically leave it to ourselves and do not have a core time. However, for safety reasons, nighttime experiments are prohibited in principle. Also, Saturdays and Sundays are closed.
A. You will live in the area around Hokkaido University, but since the area around Hokkaido University is close to Sapporo Station and the rent is cheaper than in Honshu island, you will be able to live a low-cost, high-quality life. It seems that many students live in apartments with rents of about 20,000 to 50,000 yen.
A. Through research at Nakamura Lab, you can gain knowledge not only about organic synthesis, which is the basis of manufacturing, but also about the functionality of materials (electrical conductivity, magnetism, optical properties, etc.). Therefore, graduates are choosing a career path from many options, such as chemical companies, materials-related companies, and patent offices that make use of the wide range of knowledge they have acquired.
For details, please see the Graduate School of Environmental Science website.
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