Abstract

Integrating Angelito Malicse’s Universal Formula as the Governing Logic of a Resource-Based Economy Abstract This paper explores the integration of Angelito Malicse’s universal formula, which emphasizes natural laws and balance, into a Resource-Based Economy (RBE). The application of Malicse’s formula offers a cohesive framework for managing resources, guiding ethical decision-making, and achieving sustainability by aligning economic systems with ecological limits and human well-being. The transition from profit-driven systems, which often result in environmental degradation and inequality, to an RBE based on feedback loops, systemic thinking, and natural law, is discussed. This paper presents a practical pathway for implementing these principles into governance, technological systems, education, and social frameworks. I. Introduction Throughout history, human economic systems have been structured around profit maximization and capital accumulation, often at the expense of social equity and environmental sustainability. Modern capitalist economies, relying on fiat currency and market competition, have produced negative externalities, such as resource depletion, pollution, and inequality (Korten, 2006). This economic model also generates unsustainable growth, a pursuit that does not align with the finite nature of Earth’s resources (Daly, 1991). A Resource-Based Economy (RBE) offers an alternative where human needs are met within the planet’s carrying capacity. The allocation of resources is managed through technology, scientific principles, and ethical decision-making rather than through monetary systems (Fresco, 2012). This paper argues that Angelito Malicse’s universal formula—which is grounded in balance, feedback mechanisms, and natural laws—can serve as the governing logic of an RBE, providing both the moral and scientific foundation necessary to guide sustainable governance and resource management. By examining the universal formula’s principles and their application to RBE, this paper outlines how such a society can operate effectively, minimizing harm and enhancing human well-being. II. The Universal Formula and Resource-Based Economy: Key Principles 1. The Law of Balance in Nature Central to Malicse’s universal formula is the law of balance in nature, which asserts that all systems, whether natural or artificial, must function in harmony with their environment. This principle calls for humans to operate within the boundaries of ecological sustainability, ensuring that resource use does not exceed regenerative capacities. In capitalist systems, resource extraction and consumption are often dictated by the demand for profit, resulting in environmental degradation and resource depletion (Meadows et al., 2004). This imbalance leads to environmental crises, such as climate change, biodiversity loss, and ocean acidification (Rockström et al., 2009). In an RBE, the law of balance would guide the sustainable use of resources. Every decision, from production to distribution, would be evaluated in terms of its environmental impact and its ability to sustain the system’s ecological health over the long term. The goal is to manage resources within the planetary boundaries while ensuring that the needs of all humans are met (Steffen et al., 2015). 2. Feedback Mechanisms in Decision-Making Malicse’s universal formula emphasizes the importance of feedback mechanisms in decision-making processes. This concept aligns with cybernetic theory, where systems are viewed as self-regulating through continuous feedback loops (Wiener, 1948). In the context of an RBE, feedback mechanisms ensure that resource management and societal functions are responsive to both human and ecological needs. Technological systems, such as smart grids, environmental sensors, and data-driven agricultural systems, can collect real-time data on resource use, environmental conditions, and societal needs. This information feeds into decision-making processes, enabling real-time adjustments in resource allocation and use. By utilizing technology to monitor environmental and societal conditions, feedback ensures that the RBE operates in harmony with its ecological and social context, preventing wasteful practices and correcting imbalances as they occur. 3. Decision-Making Governed by Natural Laws The third key principle of Malicse’s universal formula is that decision-making must be grounded in natural laws, particularly the law of balance and the cause-and-effect principle. In a traditional market economy, decisions are often driven by profit motives and speculative financial interests, which can lead to unsustainable practices and social inequality. These systems disregard the long-term consequences of their actions, which leads to environmental damage, economic instability, and social unrest (Korten, 2006). In an RBE governed by Malicse’s formula, all decisions—whether they concern resource allocation, infrastructure development, or social programs—must adhere to the principles of natural law. This ensures that all actions are aligned with ecological sustainability and social well-being. For instance, resource extraction decisions would not be made based on short-term profit but based on ecological science and long-term sustainability, ensuring that the Earth’s natural capital is preserved for future generations. III. Integrating the Universal Formula into RBE Governance 1. Role of the Universal Formula as a Constitutional Principle In an RBE, Malicse’s universal formula would serve as the core constitutional principle that guides all governance structures. Just as national constitutions enshrine fundamental values such as justice, liberty, and equality, the universal formula would enshrine principles of ecological balance, social equity, and ethical decision-making. All public policies, economic models, and technological innovations would be evaluated through the lens of Malicse’s formula to ensure they contribute to a sustainable, just, and balanced society. For instance, urban development projects would be designed to minimize environmental impact, incorporate renewable energy sources, and meet the needs of all community members. Policies would be implemented to ensure that economic activities are in line with the carrying capacity of the planet, and that human activities do not exceed ecological thresholds (Rockström et al., 2009). 2. The Universal Formula in AI and Technological Systems AI and technological systems would play a critical role in an RBE governed by natural laws. Under Malicse’s formula, AI systems and automated processes would be programmed to prioritize the principles of balance and feedback. For example, resource allocation algorithms could ensure that resources are distributed equitably and sustainably, while environmental monitoring systems could adjust production practices based on real-time data about resource availability and ecological health. This concept is supported by cybernetic theory, where systems are designed to optimize based on feedback from their environment. By using AI and sensors, the RBE would be able to respond dynamically to changing ecological and societal conditions, continuously adjusting policies and practices to maintain balance. 3. The Universal Formula as the Educational Foundation For the principles of Malicse’s universal formula to be successfully implemented, they must first be ingrained in educational systems. Current educational frameworks often prioritize competition, individualism, and economic growth—values that are incongruent with the principles of sustainability and collective well-being (Orr, 1992). In an RBE, however, systems thinking and ecological literacy would form the foundation of education. Students would be taught not only about scientific principles and natural laws, but also about the ethical responsibility humans have to maintain balance with the Earth’s ecosystems. This foundational education would produce future leaders, technocrats, and citizens who understand that decision-making must align with the long-term health of both society and the planet. By instilling these values from an early age, society can create a population that is equipped to address the complex challenges of living sustainably within ecological limits (Davidson, 2017). IV. Transitioning from Capitalism to a Resource-Based Economy 1. Educational and Technological Transformation The transition from a capitalist model to an RBE based on Malicse’s formula would require both educational and technological transformations. First, the educational system would need to be restructured to teach systems thinking, ecological balance, and ethical decision-making. Schools, universities, and training programs would focus on sustainability, cooperation, and resource management to prepare individuals for their roles in a resource-based society. Parallel to educational reform, technology would play a crucial role in managing resources efficiently. The technological infrastructure of an RBE would rely on feedback-driven systems, such as automated resource allocation, smart infrastructure, and sustainability-monitoring technologies. These technologies would ensure that resource use is optimized and that the economy operates within ecological limits. 2. Governance and Policy Reform In terms of governance, the transition to an RBE would involve policy reform that aligns with the principles of balance, feedback, and natural law. Governments would be responsible for ensuring that policies foster sustainability, equity, and environmental health. Policies would also ensure that social programs, such as healthcare, education, and public services, are accessible to all and are aligned with ecological sustainability. Additionally, governance structures would need to move away from profit-driven politics and toward a more ethical, cooperative, and feedback-based decision-making system. The goal would be to create a political system that prioritizes the well-being of all people and the health of the planet (Raworth, 2017). V. Conclusion The integration of Angelito Malicse’s universal formula into a Resource-Based Economy offers a robust framework for creating a society that operates within ecological limits, promotes human well-being, and adheres to natural laws. By emphasizing balance, feedback, and natural law, this approach provides an alternative to the profit-driven, unsustainable economic systems that dominate the world today. The successful implementation of this framework requires education reform, technological innovation, and policy change to align societal practices with the values of sustainability and cooperation. Ultimately, the universal formula offers a pathway to a just, sustainable, and equitable future, where human activities are harmonized with the natural world. References Daly, H. E. (1991). Steady-State Economics: The Economics of Biophysical Equilibrium and Moral Growth. Davidson, C. (2017). Ecological Literacy: Education and the Transition to a Postmodern World. Fresco, J. (2012). The Venus Project: The Redesign of a Culture. Korten, D. C. (2006). The Great Turning: From Empire to Earth Community. Meadows, D. H., Meadows, D. L., & Randers, J. (2004). Limits to Growth: The 30-Year Update. Raworth, K. (2017). Doughnut Economics: Seven Ways to Think Like a 21st-Century Economist. Rockström, J., et al. (2009). A Safe Operating Space for Humanity. Nature, 461(7263), 472-475. Wiener, N. (1948). Cybernetics: Or Control and Communication in the Animal and the Machine.