SCIENTIFIC HUMANISM - nihil obstat felicitas (I)

Jakob Viñas

Abstract

The Scientific Humanism presented in this article explores various aspects of social criticism, analysis, and extrapolation related to the intersection of humanism and scientific progress. It examines societal issues such as overpopulation, the dynamics of capitalist-communist systems, the transition from polytheism to diverse belief systems, the impact of empires and genocide, and the fragmentation of global societies in the face of powerful military forces. The article delves into the exploitation and violence inflicted upon humanity and highlights the role of economics in shaping our world.

In the analysis section, the article explores vital basic principles, productive mathematics, interhuman communication and languages, and the path towards an economy of abundance through the concept of "aftonomía." It also discusses the origins of good and evil, the interplay between causality and coincidence, and the importance of inclusive democracy and citizen participation. Additionally, it proposes a new classification of civilizations, explores the concept of social and collective intelligence, and emphasizes the significance of empathy and generosity as key paradigms in Scientific Humanism.

The article extends its scope to extrapolate potential future scenarios, envisioning a continuum of present circumstances. It explores the dystopian possibilities of glacial periods and extinction, while presenting the utopian aspirations of a Humanismo Científico society. 

The concept of "Terraforming" of our planet and the colonization of the moon are also contemplated, alongside other distant future destinations.

Furthermore, the article introduces industrial research and development projects for the future, focusing on technologies and advancements aimed at realizing an economy of abundance: the Aftonomy. These projects discussion include proton fission, proton-neutron cycle utilization, synthesis of fully assimilable proteins, production of potable water from the oceans, and the development of autonomous AI systems with consciousness emulation for resource management on a planetary scale.

Through the exploration of these topics, the article seeks to foster a deeper understanding of the potential for Scientific Humanism and its implications for shaping a prosperous and sustainable future for humanity.

Research Methodology

A research approach based on the review and critical analysis of literary and academic sources dealing with topics related to humanism, science, sociology, economics and other relevant disciplines was adopted.

The bibliographic study was conducted through an exhaustive search of scientific publications, books, scholarly articles and relevant documents in digital libraries, specialized databases and other research resources. Reliable and recognized sources were selected to ensure the quality and thoroughness of the analysis.

In-depth study of the works of important and relevant authors was a key component of this study. Works that have contributed significantly to the field of scientific humanism, both classic and contemporary, were identified and consulted. Authors were subjected to detailed analysis and their ideas, theories, and approaches were explored in relation to the topics addressed in this article.

The method used to present a summary and synthesis of the facts consisted of a careful reading and understanding of the selected texts. Key points, main ideas, and central arguments presented by the authors were identified. Then, concise summaries of each work were prepared, highlighting the most relevant aspects and relating them to the concepts and themes of scientific humanism addressed in this article.

In addition, syntheses of the facts were made and connections were drawn between the various sources consulted. We sought to identify patterns, convergences, and divergences in the approaches of the authors, which allowed us to obtain a panoramic view of the intellectual panorama of Scientific Humanism. 

Through this process of analysis and synthesis, a deep understanding of the works was achieved and relevant conclusions were drawn for the development of the topics discussed.

It is important to emphasize that this methodological approach provided a solid basis for the development and substantiation of the ideas presented in this article on Scientific Humanism.

Scientific Humanism will be a foundation to foster a more just humanity and new ethical and social paradigms that lead us towards the emergence of a first planetary civilization.

Scientific humanism seeks to blend scientific and technological advancements with a focus on human well-being and humanistic values.

The following aspects need to be considered:

Ethical Foundations: Scientific humanism must be rooted in a strong ethical base. This involves establishing fundamental principles that guide decision-making and actions in line with humanistic values, such as respect for human dignity, equality, justice, and the pursuit of general well-being.

Conceptual Framework: It is necessary to develop a conceptual framework that integrates the principles of scientific humanism with key aspects such as enhancing the emotional bond between mother and child, inclusive democracy, and considering diverse perspectives. These ideas relate to and complement each other to achieve a more just, equitable, and human-centered society.

Education and Outreach: Promoting and disseminating the ideas of scientific humanism is crucial. This entails educating people about the principles and benefits of this approach, as well as relevant scientific and technological advancements that can contribute to its implementation. Education and public outreach can raise awareness and generate support for the adoption of these ideas.

Collaboration and Collective Action: To turn the ideas of scientific humanism into reality, fostering collaboration and collective action is important. This involves bringing together individuals with similar interests and perspectives, forming alliances with relevant organizations, and working together to drive changes at individual, community, and institutional levels. Establishing networks and collaboration platforms can be greatly beneficial in this regard.

Experimentation and Adaptation: Scientific humanism is a dynamic approach that requires continuous experimentation and adaptation. As the ideas are implemented, it's important to evaluate the outcomes and make adjustments as needed. This entails being open to learning, feedback, and constant improvement to achieve the best possible results.

In summary, to organize the ideas of Scientific Humanism cohesively, it is necessary to establish strong ethical foundations, develop a conceptual framework, educate and disseminate ideas, foster collaboration and collective action, and be willing to experiment and adapt. By doing so, you can contribute to the promotion of an approach that combines scientific and technological advancements with a focus on human well-being and humanistic values.