1. The beginning of the research (1990s)
My early research focused on simulation studies of regional energy systems. Since then, I have been investigating the conditions that contribute to the rise and fall of civilizations from an entropy perspective. This has led me to explore the possibility of employing systems modeling or similar approaches to “design” future civilizations. Additionally, I aim to develop a simulator for designing future civilizations.
2. My Research History
(1) Optimization Models for Regional and Building Energy Systems
I have been researching the potential for local renewable energy and other energy sources to form self-organized groups and achieve energy self-sufficiency within communities. As most of the relevant literature on energy systems is written in Japanese, we intend to introduce it in English translation in due course.
[1] Takeshi Ishida, Distributed Autonomous Control System of the Smart Grid Based on the Turing Pattern Model, IEEJ Transactions on Electrical and Electronic Engineering Vol.8 No.6, November 2013, 649-651
https://doi.org/10.1002/tee.21909
[2] Steven Kraines, Takeshi Ishida, David Wallace, Integrated Environmental Assessment of Supply-side and Demand-side Countermeasures for CO2 Emission Reduction in Tokyo, Japan, Journal of Ecology, Volume 14, Issue 5, pp808-825, (October 2010)
https://doi.org/10.1111/j.1530-9290.2010.00237.x|
(2) Research on Coastal Waste Reclamation and Treatment Systems
We are investigating economically viable methods for collecting and treating marine debris using optimization models and other approaches. We believe that the implementation of a micro-grid integrating waste treatment processes and renewable energy sources presents a promising solution to this challenge.
A significant challenge in coastal waste recycling is the persistent odor of fish and seawater attached to the debris. We are evaluating the potential of vegetable oil to eliminate these odors using Hansen solubility parameters.
[3] Takeshi Ishida, Removal of Fish Odors Form Styrofoam Packaging to Improve Recycling Potential Using Hansen Solubility Parameters, Recycling, 2020-5,30
https://doi.org/10.3390/recycling5040030
(3) Research on Design Models of Civilizations
Exploring the Conditions for the Rise and Fall of Civilizations through Thermodynamics and Dissipative Structures
– Investigating the Prerequisites for a Sustainable Civilization
– Envisioning a Biomethanol-Powered Civilization
– Exploring Scenarios for a Maritime Civilization State
(We have only published a book on civilization design in Japanese. An English translation is forthcoming.)
3. Current Research
I am exploring the concept of creating self-sustaining “energy organisms” that generate energy autonomously, akin to living organisms. This vision involves interconnecting local renewable energy systems and leveraging AI and self-organization technologies. I envision these “energy organisms” encompassing communities and individuals, enabling a near-cost-free and sustainable supply of energy. My ultimate goal is to create a region where renewable energy is abundantly available, accessible anytime, and at no cost.