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As an interdisciplinary researcher, my mission is to leverage socio-technical approaches to understand and enhance business environments, thereby creating societal value. My work straddles the intersection of information systems, operations management, and operations research, with a particular focus on conceptual frameworks and their practical simulation.

One of my core projects is the copyrighted Multi-Layer Ontological Model for Supply Chain Systems (SCOM©). This project aims to develop an intricate supply chain blueprint to optimize its planning, management, and regulation. It is especially critical for supply chains with specific needs, such as those that require heightened security, speed, or particular supplier involvement. The project comprises three stages, each with distinct outcomes and tools. I am currently working on the second stage and plan to complete the third stage in the coming years, incorporating enhancements such as history and geographical information layers.

In addition to my work on SCOM, I draw inspiration from evolutionary biology and theoretical physics. Concepts such as the fitness landscape from evolutionary biology and gravity from theoretical physics have guided my analyses of strategic decision-making processes, firm performance, and industry influence. I plan to continue exploring natural phenomena to elucidate real-world business environments.

Regarding information systems and technologies, I am in the planning stages of a project addressing the global cost of information resources and managing computational waste. I also have several working papers that delve into the relationship between culture and information systems. Looking forward, I aim to explore the tracking possibilities of a product at the micro-level and the potential for creating a new informational state of matter.

As our society becomes more space-oriented, I believe interplanetary supply chain management will become a critical field of study. New considerations such as time constraints, environmental factors, operational complexity, and the cost of gravity will necessitate innovative approaches. I am preparing to delve into this topic in the next decade, with various preliminary ideas and articles already in development.

Finally, I advocate for the establishment of a business simulation lab to facilitate quantitative research on complex human decision-making. This lab would provide a controlled environment to simulate entities from agents to markets and economies, test complex theories, and foster innovation in problem-solving and business model development. My goal is to contribute to the establishment of such a lab in the near future.

In summary, my research endeavors are multi-faceted and forward-thinking, encompassing a wide range of topics from supply chain ontology to interplanetary supply chains. I am committed to furthering our understanding of business environments and contributing valuable insights to the field.