Author: Ishida-lab
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Development of a cellular emergence model: A model revealing the process by which matters become life
[Research summary] 1. Can we create life (cells) by combining simple chemical reactions? We are exploring a fundamental question in science. 2. Utilizing Ishida’s cellular automaton model [3], which generates various biological movements, and replacing the transition rules with 15 types of molecular reactions and 2 types of polymerized molecules, a phenomenon emerged where a…
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Introduction to Shimonoseki City
The National Fisheries University, where I am employed, is situated in Shimonoseki City, Yamaguchi Prefecture, Japan. To reach the university, one can take the San’in Main Line from Shimonoseki Station and get off at the sixth stop, Yoshimi Station. The university is a fifteen-minute walk from the station. Shimonoseki Station: https://en.wikipedia.org/wiki/Shimonoseki_Station San’in Main Line: https://en.wikipedia.org/wiki/San%27in_Main_Line…
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Introduction to Takeshi Ishida Laboratory 1
I will introduce the laboratory I lead. For details about our research, please refer to the research introduction page. I am a professor in the Department of Marine Mechanical Engineering at the National Fisheries University of Japan. The Department of Marine Mechanical Engineering focuses on training ship crew members, primarily admitting students aspiring to obtain…
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Unveiling the Vitality of Life: A Model Inspired by Game of Life and Turing Patterns
[Source] Ishida, Takeshi, Possibility of controlling self-organized patterns with totalistic cellular automata consisting of both rules like game of life and rules producing Turing patterns, Micromachines, 9, 339, (2018), https://doi.org/10.3390/mi9070339 [Research summary] 1. Unveiling Cellular Complexity: The Game of Life The Game of Life, a cellular automaton model, demonstrates how intricate and diverse phenomena can…
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Introduction to the Department of Ocean Mechanical Engineering
The Department of Ocean Mechanical Engineering offers a comprehensive curriculum focused on mechanical engineering principles and their applications in the marine environment. The department currently boasts 15 dedicated full-time faculty members and an enrollment capacity of 45 students. Each year, approximately 25 students successfully complete the four-year undergraduate program, with many of them continuing on…
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Introduction to the National Fisheries University
The National Fisheries University, an institution under the Japan Fisheries Research and Education Agency (FRA), is a Japanese university located in Shimonoseki City, Yamaguchi Prefecture. Dedicated to fostering skilled professionals for the fisheries industry, the university offers a comprehensive range of research and educational programs in fisheries-related fields. The academic structure comprises a specialized undergraduate…
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New blog
I have created a new blog to introduce my research activities and findings. I am not a native English speaker, and I am writing the blog text with the assistance of a generative AI and other tools. I would appreciate it if you could point out any unnatural or awkward expressions.
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