Does the openness of the Boundary Shell system influence the sustainable development of the high-tech industry?
Yiming Shi, Qingmei Tan, Zhi Liu, Ge Yang, Min Zhang, Voxi Heinrich Amavilah, Voxi Heinrich Amavilah, Voxi Heinrich Amavilah
TL;DR
This paper explores how openness in high-tech industries affects their sustainable development using a theoretical model.
Contribution
The study introduces an improved boundary system model integrating entropy balance and reaction-diffusion theories for evaluating sustainability.
Findings
The Boundary Shell of industrial innovation is stronger than external dependency.
The internal evaluation factor strengths show a reversed ranking compared to traditional models.
Integrating reaction-diffusion and entropy balance theories provides new insights into sustainability.
Abstract
High-technology industries have gained substantial recognition as pivotal drivers of economic growth and technological advancement in modern society. The imperative of sustainable development in high-tech industries cannot be overemphasized, as it plays a crucial role in enabling long-term growth, fostering innovation, and assuming environmental responsibility. This article presents a study on sustainable development in high-tech industries using Boundary Shell theory. The study investigates the role of the stable and sustainable entropy criterion for the Boundary Shell system of high-tech industries from an entropy balance perspective. It analyzes the upper and lower limits of the Boundary Shell support force. Additionally, it improves the traditional boundary system ratio model to comprehensively and objectively evaluate the sustainable development of high-tech industries. The results…
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Taxonomy
TopicsSustainable Supply Chain Management · Energy, Environment, Economic Growth · Environmental Impact and Sustainability