We are currently experiencing a planetary crisis that will lead, if worst comes to worst, to the end of the entire world as we know it. Several feminist scholars have suggested that if the Earth is to stay livable for humans and nonhumans alike, the ways in which many human beings – particularly in the wealthy parts of the world, infested with Eurocentrism, colonialism, neoliberalism, and capitalism – inhabit this planet requires radical, ethical, and political transformation. In this article, (...) we propose that feminist theory, particularly feminist posthumanities, and Black feminist and decolonial thought, together with creative practices such as writing, have much to contribute to transformative planetary activism that imagines different and other kinds of worlds and futures based on an ethical consideration of nonhuman others and collective caring for the planet. (shrink)

Planetary protection is not just a matter of science. It is also a matter of value. This is so independently of whether we only include the protection of science or if we also include other goals. Excluding other values than the protection of science is thus a value statement, not a scientific statement and it does not make planetary protection value neutral. It just makes the axiological basis (that is, the value basis) for planetary protection more limited (...) in a way that is inconsistent with the axiological grounds for back contamination, ethically questionable and strategically unwise. However we look at it, we cannot get away from the conclusion that the axiological dimension of planetary protection is a task that needs to involve experts on value theory as well as experts from a range of different sciences and also include opinions from outside the academic community. (shrink)

Current planetary defense policy prioritizes a probability assessment of risk of Earth impact by an asteroid or a comet in the planning of detection and mitigation strategies and in setting the levels of urgency and budgeting to operationalize them. The result has been a focus on asteroids of Tunguska size, which could destroy a city or a region, since this is the most likely sort of object we would need to defend against. However a complete risk assessment would consider (...) not only the probability of an impact but also the magnitude of its consequences, which in the case of an object of Chicxulub size could be the end of civilization or even human extinction. This paper argues that a planetary defense policy based on a complete (or one could say genuine) risk assessment would justify expenditures much higher than at present. (shrink)

Earthbodies describes how our bodies are open circuits to a sensual magic and planetary care that when closed off leads to disastrous detours, such as illness, ...

This chapter delves into the museological side of ‘the way forward’ to conservation for planetary health bioethics. Specifically, it highlights the crucial role that museums play – their curatorial or exhibition interventions, conservation operations, development policies, or practices – which present or represent the vital relationship between human and planetary health. While it is not new to stress the significance of museums’ link to the environment and environmental education, it is necessary to re-examine recent cases in light of (...) the rapid changes brought about by climate change and the constant call for sustainability. We thus offer a review of some recent literature that appraises the museum’s role in bioethically considering the health of our living planet. Learning this role taps into relatively new themes such as ecomuseums and architectural heritage, or critical eco-museology. (shrink)

The concept of planetary boundaries has also emerged in the context of the debate on the shift of the planetary system from the Holocene to the Anthropocene, which programmatically seeks to formulate a systemic approach to global sustainability. It aims to define the biophysical and biochemical planetary boundaries within which humanity can safely function. The most recent version of this concept programmatically transcends the boundaries of the natural and social sciences by seeking to include the categories of (...) environmental security and justice in the quantification of identified key planetary boundaries. The paper focuses on the significance of this shift for political-philosophical reflection on the concept of the Anthropocene as a starting point for environmental political philosophy. (shrink)

A high standard of planetary protection is important for astrobiology, though the risk for contamination can never be zero. It is therefore important to find a balance. If extraterrestrial life has a moral standing in its own right, it will also affect what we have to do to protect it. The questions of how far we need to go to protect extraterrestrial life will be even more acute and complicated when the time comes to use habitable worlds for commercial (...) purposes. There will also be conflicts between those who want to set a world aside for more research and those who want to give the green light for development. I believe it is important to be proactive in relation to these issues. The aim of my project is therefore to identify, elucidate, and if possible, suggest solutions to potential conflicts between astrobiology, planetary protection, and commercial use of space. (shrink)

It is now generally recognized that Earth is at risk of a devastating collision with an asteroid or a comet. Impressive strides in our understanding of this threat have been made in recent decades, and various efforts to deal with it have been undertaken. However, the pace of government action hasn’t kept up with the advance of our knowledge. Despite the daunting dimensions of planetary defense, one intrepid NGO has stepped up to the plate: The B612 Foundation has embarked (...) on a half-billion-dollar project, called Sentinel, to map the estimated one million near-Earth objects that could wipe out a city or even end civilization. This article offers an explanation of how it came to be that private citizens have assumed what is arguably government’s primary mandate to "provide for the common defence." It then examines some of the practical – or, if you will, ethical – risks that may be attendant on such a shift of responsibility. Finally, a new policy emphasis is proposed. (shrink)

this article makes the case that the rationale of open science and responsible innovation will help to build public planetary goods: the necessity of this rationale is illustrated on the COViD-19 case.

The UN Committee on the Peaceful Uses of Outer Space (UNCOPUOS) has played a central role in the development of standards for the sustainable exploration of the Moon. The standards, in particular, are being shaped through consultations with the major space actors namely, states, international organizations, and commercial enterprises. The Moon Village Association, for instance, was created to foster the implementation of a vision of peaceful international cooperation of governmental and non-governmental actors in the exploration of the Moon. In 2021, (...) the MVA, in its Report on the Global Expert Group on Sustainable Lunar Activities, proposed the creation of a neutral multi-stakeholder platform and framework to ensure the conduct of sustainable lunar missions in the future. According to the MVA, there is a need to consider approaches that promote future lunar sustainability or recommend practices for upcoming lunar activities. In light of the above-mentioned report and MVA’s Report on Best Practices for Sustainable Lunar Activities (2020), this article sheds light on some of the major contributions toward the development of standards for sustainable exploration of the Moon, including the recognition of its legal personhood. (shrink)

The major stages of development of cosmic pedagogy have been researched. Based on the achievements of the modern neurosciences as well as of psychology, cosmology, and philosophy, the authors provide their reasoning for the cosmic education and its outlooks for the educational systems of the world. Through the studies of how important human mind is for the Earth and the cosmos and by researching the evolution of human mind within the structure of the Universe, the authors create a more advanced (...) scientific and philosophic basis for the cosmic education where the subject is a comprehensive process of formation and directed progress of both an individual mind and a conglomerate of minds called the "psychospace". The cosmic education researches the permanent progress of the intelligent matter of the Earth. The purpose of the cosmic education has been determined as formation of a planetary and cosmic personality. According to the authors, a planetary and cosmic personality is a harmony of mind, soul, and body, and such harmony is directed to usethe internal creative potential of mind to the benefit of the intelligent matter of the entire Earthand the cosmos. The properties of such a planetary and cosmic personality are being improved continuously; they are a sample (the ideal) of the cosmic pedagogy and the image of a human being of the future. Through the usage of the entire potential and art of upbringing and educating, the cosmic pedagogy is called to embody the major properties of the image of a human being of the future in the new generations of minds and to form a planetary and cosmic personalitycapable of self-actualization to the benefit of the permanent progress of the intelligent matter. (shrink)

This article introduces Hegel's Eurocentric philosophy of dialectics in the 19th century and its transformation to Kelly’s planetary paradigm at the turn of the 20th-21st century. The new theory develops Hegel’s thesis—antitheses—synthesis to identity—difference—new-identity which is applicable for the entire human history, including the planetary era. The new triad generalizes Hegel’s mechanic view of nature by suggesting a dominant worldview which is featured by a series of tightening and converging dynamic fractal cycles.

Machine and Sovereignty offers a future-oriented mode of political thought that encompasses the unprecedented global challenges we are confronting: the rise of artificial intelligence, the ecological crisis, and intensifying geopolitical conflicts. Arguing that a new approach to planetary thinking is urgently needed, Yuk Hui presents new epistemological and technological frameworks for understanding and rising to the crises of our present and our future.

For decades, the question of whether dialectics applies to nature has been a hotly debated topic in the Marxian literature. A number of authors have claimed that the Marxist outlook on nature and natural sciences has been for-mulated by Engels alone. According to this view, Marx, unlike Engels, was concerned not with trans-historical laws governing the universe but with some particular laws of society. This anti-Engels camp, so to speak, mainly tended to draw bold lines between Marx and Engels, and (...) charged Engels with dis-torting Marxʼs original ideas of dialectics by some kind of reductionism, sci-entism and positivism that might also end up in an obsolete idealism. Engels was „following Hegelʼs mistaken lead“ by extending „the method to apply also to nature“. However, dialectics was „limited ... to the realms of history and society“.2 Some others objected to this view, and characterized any at-tempt to sharply contrast Engels with Marx as concealed mysticism and idealism. For the pro-Engels camp, Engelsʼs conception of nature was „in full conformity“ with Marxʼs materialist philosophy.4 Dialectics of nature was „no invention of Engels“. On the contrary, „it was worked out in collaboration with Marx and had his full agreement. (shrink)

The main claim of this chapter is that planetary defense against asteroids cannot be implemented under a decentralized model of democratic global governance, as espoused elsewhere in this book. All relevant indices point to the necessity of establishing a centralized global political authority with legitimate coercive powers. It remains to be seen, however, whether such a political system can be in any recognizable sense democratic. It seems unconvincing that planetary-wide physical-threat, all-comprehensive macrosecuritization, coupled with deep transformations of international (...) law, global centralization of core decision-making powers, de-stigmatization of nuclear weapons and the like can proceed, succeed, and be implemented in a non-hierarchical international system where planetary defense constitutes only one regime among many, and where states basically remain the decisive actors. Although rationally and scientifically robust, the project suffers from oversimplification, as well as naivety with respect to how both international and domestic politics works. Among other topics, this chapter discusses problems associated with the rule of law and constituent powers, political representation and sources of legitimacy, conditions of multilevel collective action, or limits of theoretical idealization. The general message is that the planetary defense community needs to be more aware of the social and political context of its own enterprise. (shrink)

Inhere we expand the concept of Holobiont to incorporate niche construction theory in order to increase our understanding of the current planetary crisis. By this, we propose a new ontology, the Ecobiont, as the basic evolutionary unit of analysis. We make the case of Homo Sapiens organized around modern cities (technobionts) as a different Ecobiont from classical Homo Sapiens (i.e. Hunter- gatherers Homo Sapiens). We consider that Ecobiont ontology helps to make visible the coupling of Homo Sapiens with other (...) biological entities under processes of natural and cultural evolution. Not to see this coupling hidden systemic risks and enhance the probability of catastrophic events. So Ecobiont ontology is necessary to understand and respond to the current planetary crisis. -/- . (shrink)

The aim of this chapter is to use philosophy and, in particular ethical theory, to identify and explore some potential conflicts.

The Biblical story of the Art (a floating, zoo-like device, constructed to survive climate turmoil and mass extinction) can be regarded as an archetypal image (in the terminology of Gaston Bachelard), capturing structural components of the human-animal relationship. Building on the contributions by Larson and Barr, Keulartz, Bovenkerk and Verweij, and Ramp and Bekoff, I will argue that, in the course of history, the Ark has evolved from a fictional (imaginary) icon into something increasingly real. The agricultural village of the (...) Neolithic era already functioned as a sheltered enclave, a survival machine designed to allow a select number of humans and accompanying species to withstand environmental fluctuations and survival pressure. In the current situation, however, the Ark has developed into a Gestell of planetary dimensions. The concept of the anthropocene basically conveys the idea that we have entered a global symbolical Ark, conceptualised by Teilhard de Chardin as the noosphere (the world-wide web of intelligence and policies, technologies and engineering, research and regulations) and emerging against the backdrop of a necro(s)cene: an ambiance of mass extinction. Increasingly, prospects for survival of a disconcertingly large number of species depend on human behaviour and human decision: on our ability or failure to collectively address the daunting challenges of the present. (shrink)

Stephen Hawking’s caution against messaging extraterrestrial intelligence is a claim of universal biology and is probably false.

The philosophy of education, being an integrative and anthropologic knowledge, has to perform a prognostic and axiological function, forming a perspective of a world-view genesis of personality and provide theoretical and methodological background for the innovation processes in the education. The forming of harmonious, intellectually developed, creative, conscientious, responsible, purposeful and healthy human personality – these are all the main tasks of the educational system. There are many approaches in performing of such strategic task. One of them, starting from the (...) urgency of a problem of sexual indifference of a modern school education, is presented in a single-sex format of education and is based upon individual approach to the education and upbringing of each and every pupil, taking into account the gender peculiarities of development. In this article we analyze the influence of a single-sex format of education on the process of forming of pupils’ personality, taking into account the age periodization of individual ontogenesis. We developed cognitive, motivational and psychological peculiarities of boys and girls during the periods of childhood and youth. Theoretical comprehension of a need in taking into consideration of the gender characteristics of pupils within the educational process – has been proved on practices, implementing the gender-orientated separate education in schools that demonstrates very positive results. There was made a conclusion about the fact, that the system of gender-orientated separated education has a strong potential of enhancing quality of a pedagogical process and helps to form the personalities of those who study. This can be achieved by taking into account the psychological, physiological and pedagogical peculiarities of boys and girls, by following in the process of educational activities the principals of egalitarianism, nature conformity, self-actualization, creative initiative, democracy and humanism, by creating of an environment, that will be free from impact of gender stereotypes and prejudice. (shrink)

Reaching climate neutrality in the residential building sector is a pivotal step for countries seeking to operate within planetary boundaries.

The concept of planetary boundaries has also emerged in the context of the debate on the shift of the planetary system from the Holocene to the Anthropocene, which programmatically seeks to formulate a systemic approach to global sustainability. It aims to define the biophysical and biochemical planetary boundaries within which humanity can safely function. The most recent version of this concept programmatically transcends the boundaries of the natural and social sciences by seeking to include the categories of (...) environmental security and justice in the quantification of identified key planetary boundaries. The paper focuses on the significance of this shift for political-philosophical reflection on the concept of the Anthropocene as a starting point for environmental political philosophy. (shrink)

The rapid expansion of the public discussion and research on just transition implies the risk of watering down either justice or the (eco-)socio-technical transition itself. We create a theoretical notion of just transition boundaries and propose it to help consider non-negotiable limits to just transition discourse and make sense of negotiations within such limits. Just transition boundaries are comprised of ecological and social boundaries. They determine that just transition-processes must bring societies effectively within the safety thresholds of the two most (...) critical planetary boundaries, climate change and biodiversity loss, and must do that by means and supportive measures that protect vulnerable groups from falling or getting stuck below social minimums in those processes. Boundaries leave room for plural values and visions for realizing transitions and remaining within safe thresholds in community-specific conditions. Context-specific additions to what just transition should cover are possible insofar as they do not contradict or risk just transition boundaries. In addition to justifying and conceptualizing just transition boundaries, we reflect on its implications for policymaking and research. (shrink)

The EAT-Lancet Commission, consisting of 37 nutritionists, ecologists, and other experts from 16 countries, proposed safe operating space for food systems. This space helps to set ranges of food intake to ensure universal human health and a stable Earth system (not passing the planetary boundaries). Eventually, the Commission developed a 2,500-calorie-per-day eating plan for keeping the food systems in a safe operating space.

The chapter addresses the problem of the socio-ecological transformation of industrialized societies determined by the ideology of growth. It points out that the knowledge of the impossibility of sustainable growth on a planet with finite resources has been available at least since the 1960s. However, economic policies, as well as organizational principles and imperatives of public and private institutions, have so far been formulated regarding the growth imperative. However, the concepts of the Anthropocene and Planetary boundaries formulated within the (...) framework of Earth System Sciences already precisely confirm the devastation of the planetary system on a scale that threatens the survival of civilization in its current geographical scope and complexity. Socio-ecological transformation thus appears as a necessary prerequisite for preserving the environmental conditions for the existence of organized human society. The concept of de-growth provides a theoretical basis for establishing societal boundaries, i.e. the total rate of resource consumption and the amount of waste and emissions that a society can produce to prevent planetary boundaries from being exceeded. However, as long as public policies continue to be subordinated to the imperative of growth and fictions about unlimited resources or the infinite capacity of the planetary system to absorb all forms of pollution, all so-called green policies or transformations will remain just rhetorical exercises, but more or less sophisticated forms of greenwashing. (shrink)

In dialogue with the critiques of the modern world in Sylvia Wynter and Afrofuturism, this chapter offers a reading of Early German Romanticism as a project of universal construction, where "universal" refers at once to conceptual universality and to the post-Copernican universe. For Novalis, Friedrich Schlegel, and August Wilhelm Schlegel, the joint task of poetry and philosophy is to re-mediate post-Copernican reality across all of its scales. This project of cross-scalar poiesis is inherently ambivalent, entwined as it is with the (...) colonial project of modernity, including the Western-centric racialized construction of global humanity and the ambition to master reality through the human mind. This project is also constitutively impossible due to the infinite, and infinitely fragmented, nature of post-Copernican reality. This impossibility generates, I suggest, the Romantic aporias of incompletion that later come to the fore in poststructuralism, which itself emerges from a renewed crisis of global and planetary reality. Most radically, these aporias call for a no to the meta-standpoint of universal history—for a refusal and ungrounding of the world, which I explore through the non-position of Blackness in Wynter, the antagonistic inhabitation of geocosmic depths in Afrofuturism, and Friedrich Schlegel's insistence on cosmic irony, contingency, and chaos. (shrink)

A planetary panic and almost deserted cities, fear of food shortages, and the growing threat of an invisible virus that does more damage day by day. In the time of the COVID-19 pandemic, many believe that science fiction has now been overtaken by reality. In these times of adversity, what does it take to survive when the world comes crashing down? How do humans stay resilient, manage their growing stress, and somehow navigate through the crisis? More specifically, how do (...) humans cope with isolation and loneliness in the light of a global outbreak? What does science fiction have to tell us about this? For the bewildered population, science fiction has been recognized as an ingredient to understand an unexpected reality. In this article I explain, through the philosophical eye of Francis Lawrence’s movie I Am Legend (2007), how a coping skill such as imagination, in the age of pandemics and social distancing, can mutate into a “Second Reality” that fills the gap left by the former (pre-outbreak) reality. (shrink)

The military-industrial complex, military operations, and wars are major contributors to exacerbating both climate change and biodiversity crises. However, their environmental impacts are often shadowed due to national security reasons. The current paper aims to go through the devastating impacts of military operations and wars on climate change and biodiversity loss and challenges that hinder the inclusion of military-related activities into environmental crisis mitigation efforts. The information blind spot induced by concerns about national security reasons jeopardizes the efforts to involve (...) the military-industrial complex and military operations in the global climate and biodiversity agendas. Besides that, many military-related challenges, such as specificity of operational requirements and lifecycles, dependence on fossil fuels, complex supply change, inadequate civilian technologies and innovations, and requirements of structural changes, can hinder emission reduction. Meanwhile, wars and conflicts not only threaten to drain all human and material resources available to tackle environmental problems but also inflict long-lasting destructions, pains, and trauma that can lead to hatred and distrust among nations and parties. With the rising hatred and distrust, global agreement and commitment to address climate change and biodiversity will hardly be achieved. Thus, promoting peace is the humanistic and planetary conscience. (shrink)

The rapidly declining biosphere integrity, representing one of the core planetary boundaries, is alarming. One of the most widely accepted measures to halt the rate of biodiversity loss is to maintain and expand protected areas that are effectively managed. However, it requires substantial finance derived from nature-based tourism, specifically visitors from urban areas. Using the Bayesian Mindsponge Framework (BMF) on 535 Vietnamese urban residents, the current study examined how their biodiversity loss perceptions can affect their willingness to pay for (...) the entrance fee and conservation in protected areas. We found that perceived environmental degradation, loss of economic growth, loss of nature-based recreation opportunity, and loss of knowledge as consequences of biodiversity loss has indirect effects on paying willingness through the mediation of the attitude towards conservation. Especially, the perceived knowledge loss also has a direct positive influence on the willingness to pay for the entrance fee and conservation. In contrast, perceived loss of health is negatively associated with the attitude towards conservation. Based on these findings, we suggest that building an eco-surplus culture among urban residents can be a promising way to generate more finance from nature-based tourism for conservation in protected areas and ease the domestic government's and international organizations' funding allocations problems. (shrink)

Since the release of OpenAI's ChatGPT, the world has entered a race to develop more capable and powerful AI, including artificial general intelligence (AGI). The development is constrained by the dependency of AI on the model, quality, and quantity of training data, making the AI training process highly costly in terms of resources and environmental consequences. Thus, improving the effectiveness and efficiency of the AI training process is essential, especially when the Earth is approaching the climate tipping points and (...) class='Hi'>planetary boundaries. It is evident that AI can function better when trained to mimic certain human mental processes. Based on insights from quantum mechanics and the informational entropy-based notion of value, we suggest AI developers can enhance the AI training processes' effectiveness and efficiency by creating and implementing parameter systems that are capable of effectively assigning probabilities to informational quanta. Such systems can help reduce entropy within the system, which lowers the energy required for data storage and processing while decreasing the likelihood of information loss during training. Successfully applying the concept of information entropy-based value in AI development will be crucial for advancing generative AI and achieving AGI in a sustainable manner. (shrink)

In this paper, we argue that the Anthropocene is relevant for philosophy of technology because it makes us sensitive to the ontological dimension of contemporary technology. In §1, we show how the Anthropocene has ontological status insofar as the Anthropocenic world appears as managerial resource to us as managers of our planetary oikos. Next, we confront this interpretation of the Anthropocene with Heidegger’s notion of “Enframing” to suggest that the former offers a concrete experience of Heidegger’s abstract, notoriously difficult, (...) and allegedly totalitarian concept. In consequence, technology in the Anthropocene cannot be limited to the ontic domain of artefacts, but must be acknowledged to concern the whole of Being. This also indicates how the Anthropocene has a technical origin in an ontological sense, which is taken to imply that the issue of human responsibility must be primarily understood in terms of responsivity. In the final section, we show how the Anthropocene is ambiguous insofar as it both accords and discords with what Heidegger calls the “danger” of technology. In light of this ambiguity, the Earth gains ontic-ontological status, and we therefore argue that Heidegger’s unidirectional consideration concerning the relation between being and beings must be reoriented. We conclude that the Anthropocene entails that Heidegger’s consideration of the “saving power” of technology as well as the comportment of “releasement” must become Earthbound, thereby introducing us to a saving Earth. (shrink)

Just before the Scientific Revolution, there was a "Mathematical Revolution", heavily based on geometrical and machine diagrams. The "faculty of imagination" (now called scientific visualization) was developed to allow 3D understanding of planetary motion, human anatomy and the workings of machines. 1543 saw the publication of the heavily geometrical work of Copernicus and Vesalius, as well as the first Italian translation of Euclid.

As space travel and intentions to colonise other planets are becoming the norm in public debate and scholarship, we must also confront the technical and survival challenges that emerge from these hostile environments. This paper aims to evaluate the various arguments proposed to meet the challenges of human space travel and extraterrestrial planetary colonisation. In particular, two primary solutions have been present in the literature as the most straightforward solutions to the rigours of extraterrestrial survival and flourishing: (1) geoengineering, (...) where the environment is modified to become hospitable to its inhabitants, and (2) human (bio)enhancement where the genetic heritage of humans is modified to make them more resilient to the difficulties they may encounter as well as to permit them to thrive in non-terrestrial environments. Both positions have strong arguments supporting them but also severe philosophical and practical drawbacks when exposed to different circumstances. This paper aims to show that a principled stance where one position is accepted wholesale necessarily comes at the opportunity cost of the other where the other might be better suited, practically and morally. This paper concludes that case-by-case evaluations of the solutions to space travel and extraterrestrial colonisation are necessary to ensure moral congruency and the survival and flourishing of astronauts now and into the future. (shrink)

This contribution addresses the anthropocenic challenge from a dialectical perspective, combining a diagnostics of the present with a prognostic of the emerging future. It builds on the oeuvres of two prominent dialectical thinkers, namely Georg Wilhelm Friedrich Hegel and Pierre Teilhard de Chardin. Hegel himself was a pre-anthropocenic thinker who did not yet thematise the anthropocenic challenge as such, but whose work allows us to emphasise the unprecedented newness of the current crisis. I will especially focus on his views on (...) Earth as a planetary process, emphasising that the “spirit” of technoscience is basically monitoring the impacts of its own activities on geochemistry and evolution. Subsequently, I will turn attention to Teilhard de Chardin, a palaeontologist and philosopher rightfully acknowledged as one of the first thinkers of the Anthropocene whose oeuvre provides a mediating middle term between Hegel’s conceptual groundwork and the anthropocenic present. Notably, I will discuss his views on self-directed evolution, on the on-going absorption of the biosphere by the noosphere, and on emerging options for “sublating” the current crisis into a synthetic convergence towards the Omega point. I will conclude that, after disclosing the biomolecular essence of life, biotechnology must now take a radical biomimetic turn ; that reflection itself must become distributed and collective; and, that the anthropocenic crisis must be sublated into the noocene. (shrink)

The widespread mistrust of metaphysics-the main obstacle to the unification of physics and philosophy-is based on the myth that metaphysical claims cannot be falsified or verified, because they are supposedly true independently of empirical knowledge. This is not true of metaphysical naturalism, whose approach is to critically reflect on the theories and findings of all the empirical disciplines and abstract from them a theory about such general features of reality that no single empirical discipline can be the authority on. Causation (...) is such a feature, since its instances include anything from planetary motions to particle interactions, chemical reactions, biological functions, and closing a door. Consequently, a general account of causation is beyond any particular empirical discipline. Metaphysical naturalism takes a meta-perspective on the results of the empirical sciences and attempts to figure out how it fits together in a coherent whole, e.g. by offering a general account of causation. General accounts of this kind are falsifiable in so far as the theories are falsifiable from which they are generalizations. The paper also discusses some fundamental metaphysical principles implicitly assumed by the sciences generally, and why they imply that unification is methodologically virtuous. (shrink)

The Philosophical Contribution of Kostas Axelos: The Issue of the Open System and Technological Civilization -/- Kostas Axelos (1924–2010) remains one of the most intriguing and underexplored figures in contemporary philosophy. His work, situated at the crossroads of Marxism, Heideggerian phenomenology, and the philosophy of technology, raises critical questions about the nature of modern civilization and the fate of thought in an increasingly technological world. One of the central academic issues in Axelos’ thought is his concept of the "open system," (...) which presents a radical alternative to both dialectical materialism and structuralism. This issue is especially relevant in our age of digital globalization and algorithmic governance, as it poses fundamental questions about the limits of human autonomy and the possibilities of thought in a technologically determined world. -/- The Open System: A Critique of Closed Philosophical Paradigms -/- Axelos’ notion of the "open system" challenges traditional metaphysical and epistemological assumptions that rely on closure, determinacy, and finality. Unlike Hegelian dialectics, which seeks resolution through synthesis, Axelos proposes a dynamic, ever-unfolding process that resists totalization. His critique extends to Marxist orthodoxy, which he argues falsely assumes a teleological closure in history. By advocating an open-ended view of reality, Axelos aligns himself with thinkers like Nietzsche and Heidegger, emphasizing a world in flux rather than one governed by fixed structures or ultimate goals. -/- This issue raises critical academic debates: How can philosophical thought remain relevant in an era dominated by technological systems that impose rigid structures on human existence? Is the "open system" a viable framework for understanding contemporary globalized societies, or does it risk devolving into an abstract and impractical relativism? -/- For Axelos, closed systems—whether philosophical, political, or scientific—seek to impose rigid frameworks that ultimately stifle thought and creativity. He sees Western metaphysical traditions as largely obsessed with categorization and finality, which leads to an artificial separation between subject and object, mind and world, theory and practice. In contrast, his "open system" embraces indeterminacy and fluidity, recognizing that reality is in perpetual motion and that any attempt to fix meaning within rigid boundaries leads to intellectual stagnation. -/- Axelos’ concept also engages with existentialist and phenomenological traditions, particularly in how it resists essentialist definitions of being. He challenges not only the dogmas of classical metaphysics but also structuralist tendencies that seek to analyze reality in terms of fixed codes and relationships. Instead, Axelos suggests that the world should be understood as a game (le jeu du monde), a process of continuous becoming where human existence is not predefined but rather shaped by the interactions of open-ended forces. This issue raises critical academic debates: How can philosophical thought remain relevant in an era dominated by technological systems that impose rigid structures on human existence? Is the "open system" a viable framework for understanding contemporary globalized societies, or does it risk devolving into an abstract and impractical relativism? Furthermore, how does Axelos' open system relate to contemporary discussions of complexity theory, cybernetics, and ecological thinking, all of which emphasize the interconnectedness and dynamism of systems? -/- A related issue in Axelos' work is his analysis of technological civilization. In Le Jeu du Monde (The Play of the World), he argues that technological advancement has not only transformed human existence but has also reshaped the very way we think and conceptualize reality. Technology, in Axelos’ view, is not merely a tool but a fundamental mode of being that structures our world and thought processes. -/- This raises significant academic concerns about autonomy, alienation, and the role of philosophy. If technology governs human thought as Axelos suggests, can there be genuine freedom in intellectual and political life? How does one resist technological determinism without retreating into romanticized notions of pre-technological existence? Axelos does not advocate for a rejection of technology but rather calls for a new form of thinking that embraces its presence while resisting its totalizing tendencies. -/- Axelos highlights the paradox of technological civilization: while it offers immense possibilities for connectivity, knowledge production, and efficiency, it also risks subordinating human creativity and autonomy to systemic logic. He critiques the way in which technology, rather than serving human purposes, increasingly dictates them—turning individuals into passive participants in a mechanized world. The dominance of algorithmic governance, artificial intelligence, and automation exemplifies the culmination of this technological destiny, raising profound concerns about the future of human agency. -/- Furthermore, Axelos’ thought resonates with contemporary debates about digital culture, surveillance capitalism, and the commodification of knowledge. As digital technologies reshape the nature of labor, communication, and governance, the question arises: To what extent can individuals maintain authentic engagement with the world when technological mediation defines nearly every aspect of existence? In this sense, Axelos anticipates concerns found in posthumanist and critical media theories, particularly regarding the erosion of subjectivity in the face of ever-expanding cybernetic systems. -/- Another crucial aspect of Axelos’ critique is the way in which technological civilization imposes a fragmented, instrumentalized view of knowledge. He challenges the reduction of thought to mere data-processing and the dominance of specialized, compartmentalized disciplines that fail to grasp the holistic nature of existence. By contrast, his open system philosophy encourages a mode of thinking that resists fragmentation and embraces a planetary perspective, one that acknowledges the interrelation of philosophy, science, politics, and art in an ever-evolving world. (shrink)

Terraforming is a process of planetary engineering by which the extant environment of a planetary body is transformed into an environment capable of supporting human inhabitants. The question I would like to consider in this paper is whether there is any reason to believe that the terraforming of another planet—for instance, the terraforming of Mars—is morally problematic. Topics related to the human exploration of space are not often discussed in philosophical circles. Nevertheless, there exists a growing body of (...) philosophical literature dedicated to sorting out the moral implications of the use of resources from (and in) space. Most of this literature is produced as environmental philosophy. Questions of .. (shrink)

Researchers are increasingly trying to understand both the emotions that we experience in response to ecological crises like climate change and the ways in which these emotions might be valuable for our (psychical, psychological, and moral) wellbeing. However, much of the existing work on these issues has been hampered by conceptual and methodological difficulties. As a first step toward addressing these challenges, this review focuses on eco-anxiety. Analyzing a broad range of studies through the use of methods from philosophy, emotion (...) theory, and interdisciplinary environmental studies, the authors show how looking to work on anxiety in general can help researchers build better models of eco-anxiety in particular. The results of this work suggest that the label “eco-anxiety” may be best understood as referring to a family of distinct, but related, ecological emotions. The authors also find that a specific form of eco-anxiety, “practical eco-anxiety,” can be a deeply valuable emotional response to threats like climate change: when experienced at the right time and to the right extent, practical eco-anxiety not only reflects well on one’s moral character but can also help advance individual and planetary wellbeing. (shrink)

I argue for a transformative revival or actualization of the very core of an integrative, methodologically secured form of intellect‑mystical asceticism. This approach draws on traditional sources that are re‑examined from a systematic—synthetic and transcultural—philosophical perspective and in light of the multi‑civilizational global environment of the 21st century. The main traditional points of reference in this paper are provided by Nicolaus de Cusa and Ibn Sīnā, and I refer toa few others, such as Attar of Nishapur, in passing. I begin (...) by developing a basic concept of intellect‑mystical asceticism. It is distinguished from mystification, science, scientism, and modes of everyday communication and cognition. Then, I make the case for an updated, transcultural approach to intellect‑mysticism that can foster the internal (social) and external (environmental) reintegration of the human noosphere and technosphere in future planetary development. In this context, a modern intellect‑mystical philosophical notion of “knowing non‑knowing” (wissendes Nichtwissen, docta ignorantia) is developed. It is inspired by Nicolaus de Cusa and contextualized from a systematic transcultural angle at the same time. Finally, I discuss the problem of the practical, or rather ascetic, realization of the related possibilities of intellect‑mystical self‑enfolding. Here, the preceding steps of the reflection are mapped onto an outline regarding distinct developmental stages of such a transformative intellect‑mystical practice in Ibn Sīnā’s Remarks and Admonitions (al‑Ishārāt wat‑Tanbīhāt). (shrink)

Technological innovations are increasingly promoted as solutions to climate change. However, many innovations, including Carbon Capture and Storage, bioplastics, and glacier geo engineering, face significant limitations, high costs, and unintended consequences that undermine their sustainability benefits. Using Granular Interaction Thinking Theory (GITT), grounded on information theory, quantum mechanics, and Mindsponge theory, in this study, we analyze how excessive technological innovations create an “innovation curse” and contribute to the erosion of Indigenous and Local Knowledge. Our findings reveal that market and institutional (...) biases favor high-tech solutions, sidelining proven ecological strategies that operate within planetary boundaries. We propose the eco-surplus framework, which emphasizes the integration of Indigenous and Local Knowledge and nature-based solutions as scalable, cost-effective climate interventions. Transitioning from an “eco-deficit” to an “eco surplus” culture requires institutional shifts that prioritize ecological intelligence over proprietary technologies. Our study emphasizes the urgency of aligning sustainability efforts with regenerative, community-driven practices to foster long-term environmental resilience. (shrink)

Life sciences and emerging technologies raise a plethora of issues. Besides practical, bioethical and policy issues, they have broader, cultural implications as well, affecting and reflecting our zeitgeist and world-view, challenging our understanding of life, nature and ourselves as human beings, and reframing the human condition on a planetary scale. In accordance with the aims and scope of the journal, LSSP aims to foster engaged scholarship into the societal dimensions of emerging life sciences (Chadwick and Zwart 2013) and via (...) this thematic series, the journal provides a podium for authors who intend to address concrete issues from a ‘continental philosophical’ perspective, which may in- clude (post)phenomenology, hermeneutics, dialectics, (post)structuralism, psychoanalysis, critical theory and similar approaches. The series aims to contribute to a diagnostics of the present and a prognostics of the future, focusing on critical normative challenges (such as embodiment, intimate technologies, social justice, biopower, nanomedicine, human enhancement and the anthropocene) and building on the work of key authors such as Hegel (1830), Heidegger (1953, 1953/1954), Bachelard (1938), Canguilhem (1975), Lacan (1966, 1969-1970/1991), Habermas (1968), Serres (1972), Foucault (1969), Žižek (2006/2009), Stiegler (2010), Sloterdijk (2001, 2009) and others, but targeting con- crete up-to-date events and case studies against the backdrop of broader developments within the techno-scientific culture. (shrink)

Why is space 3-dimensional? The fi rst answer to this question, entirely based on Physics, was given by Ehrenfest, in 1917, who showed that the stability requirement for n-dimensional two-body planetary system very strongly constrains space dimensionality, favouring 3-d. This kind of approach will be generically called "stability postulate" throughout this paper and was shown by Tangherlini, in 1963, to be still valid in the framework of general relativity as well as for quantum mechanical hydrogen atom, giving the same (...) constraint for space{dimensionality. In the present work, before criticizing this methodology, a brief discussion has been introduced, aimed at stressing and clarifying some general physical aspects of the problem of how to determine the number of space dimensions. Then, the epistemological consequences of Ehrenfest's methodology are critically reviewed. An alternative procedure to get at the proper number of dimensions, in which the stability postulate - and the implicit singularities in three-dimensional physics - are not an essential part of the argument, is proposed. In this way, the main epistemological problems contained in Ehrenfest's original idea are avoided. The alternative methodology proposed in this paper is realized by obtaining and discussing the n-dimensional quantum theory as expressed in Planck's law, de Broglie relation and the Heisenberg uncertainty relation. As a consequence, it is possible to propose an experiment, based on thermal neutron di raction by crystals, to directly measure space dimensionality. Finally the distinguished role of Maxwell's electromagnetic theory in the determination of space dimensionality is stressed. (shrink)

There is a remarkable trend in contemporary environmentalism that emphasizes ‘accepting responsibility’ for the natural world in contrast to outdated preservationist thinking that shirks such responsibility. This approach is often explained and justified by reference to the anthropocene: this fundamentally new epoch—defined by human domination—requires active human intervention to avert planetary catastrophe. However, in this paper, I suggest this rhetoric encourages a flight from history. This often jubilant, sometimes anxious, yearning for unprecedented human innovation and—ultimately—control in our new millennia (...) mirrors the Futurist movement that took off near the beginning of the last century. Despite the significant differences in the details of how academics have defended this twenty-first-century environmental outlook, they all represent the true flight from history; they too quickly jettison the ideas of historical environmentalists and so misunderstand the environmental values at the heart of preservation that are more salient than ever. (shrink)

In the present condition of planetary environmental crises, violence, and war, entire ecosystems are annihilated, habitats turn into unliveable spaces, and shared “more-than-human” vulnerabilities get amplified. Here and now, death and loss become urgent environmental concerns, while the Anthropocene-induced anxiety, anger, and grief are manifested in popular-scientific narratives, art, culture, and activism. Grounded in the theoretical framework of queer death studies, this article explores present grief imaginaries and engagements with more-than-human death, dying, and extinction, as they are interwoven through (...) contemporary art. It is there where an ecological ontology of death is being exposed and ethical territories of eco-grief unfold. (shrink)

In response to its current crisis, scholars call for the revitalisation of democracy through democratic innovations. While they make ample use of life metaphors describing democracy as a living organism, no comprehensive understanding of ‘life’ has been established within democratic theory. The Black Lives Matter (BLM) movement articulates the urgency of refocusing on life and its meaning through radical democratic practice. This article employs a grounded theory approach, enriched with participatory methods, to develop a radical democratic concept of life in (...) conversation with BLM. It conceptualises life as the existence of a perspective that constantly transforms through its fundamental interconnectedness. Building on this concept, the article outlines four principles of a living democracy that go beyond the revitalisation discourse. A living democracy (1) safeguards the existence of all humans and nonhumans, (2) nurtures a diversity of perspectives, (3) fosters social and planetary connectivity, and (4) enables self- and collective transformation. (shrink)

Levi ben Gerson (1288–1344) was a medieval astronomer who responded in an unusual way to the Ptolemaic tradition. He significantly modified Ptolemy’s lunar and planetary theories, in part by appealing to physical reasoning. Moreover, he depended on his own observations, with instruments he invented, rather than on observations he found in literary sources. As a result of his close attention to the variation in apparent planetary sizes, a subject entirely absent from the Almagest, he discovered a new phenomenon (...) of Mars and noticed a serious flaw in Ptolemy’s treatment of the Moon. (shrink)

This paper addresses global bioethical challenges entailed in emerging viral diseases, focussing on their socio-cultural dimension and seeing them as symptomatic of the current era of globalisation. Emerging viral threats exemplify the extent to which humans evolved into a global species, with a pervasive and irreversible impact on the planetary ecosystem. To effectively address these disruptive threats, an attitude of preparedness seems called for, not only on the viroscientific, but also on bioethical, regulatory and governance levels. This paper analyses (...) the global bioethical challenges of emerging viral threats from a dialectical materialist (Marxist) perspective, focussing on three collisions: (1) the collision of expanding networks of globalisation with local husbandry practices; (2) the collision of global networks of mobility with disrupted ecosystems; and (3) the collision of viroscience as a globalised research field with existing regulatory frameworks. These collisions emerge in a force field defined by the simultaneity of the non-simultaneous. Evidence-based health policies invoke discontent as they reflect the normative logic of a globalised knowledge regime. The development of a global bioethics or macro-ethics requires us to envision these collisions not primarily as issues of benefits and risks, but first and foremost as normative tensions closely entangled with broader socio-economic and socio-cultural developments. (shrink)

The World’s Leading Research and Development Institutions and Companies -/- Introduction -/- Research and Development (R&D) is the backbone of global innovation, driving technological progress, economic growth, and scientific discoveries. Across the world, top institutions and corporations invest billions of dollars into R&D to push the boundaries of human knowledge and create groundbreaking technologies. This essay explores the most influential research institutions and companies shaping the future through their contributions in science, engineering, medicine, and technology. -/- The Role of Research (...) Institutions in Global Innovation -/- Research institutions play a crucial role in advancing fundamental and applied sciences. Many of these institutions are publicly funded universities and government research agencies that focus on a wide range of disciplines, from medicine and engineering to artificial intelligence and space exploration. -/- 1. Leading Research Institutions -/- Some of the most prestigious research institutions include: -/- National Institutes of Health (NIH) – USA: The primary agency of the U.S. government responsible for biomedical and public health research. -/- National Aeronautics and Space Administration (NASA) – USA: A global leader in aerospace and space exploration, NASA continues to innovate in space technology and planetary science. -/- Centre National de la Recherche Scientifique (CNRS) – France: The largest governmental research organization in France, covering all scientific disciplines. -/- Max Planck Society – Germany: A network of research institutes in Germany, known for excellence in science and technology. -/- Chinese Academy of Sciences (CAS) – China: China’s premier research institution focuses on science and technology innovation across various fields. -/- Harvard University – USA: Leads in biomedical research, social sciences, and humanities. -/- Massachusetts Institute of Technology (MIT) – USA: At the forefront of engineering, robotics, artificial intelligence, and quantum computing research. -/- Stanford University – USA: Known for its deep ties to Silicon Valley, Stanford plays a key role in tech innovation. -/- University of Oxford & University of Cambridge – UK: Both institutions are among the oldest and most respected in the world, conducting high-impact research in medicine, engineering, and the humanities. -/- Swiss Federal Institute of Technology Zurich (ETH Zurich) – Switzerland: Excels in engineering and natural sciences research. -/- University of Tokyo – Japan: Japan’s leading university, known for its research in science and technology. -/- California Institute of Technology (Caltech) – USA: A leader in space science and physics. -/- Imperial College London – UK: Specializes in engineering, medical, and business research. -/- University of Toronto – Canada: A top institution in AI, robotics, and engineering. -/- 2. Engineering and Technology Research Leaders -/- Engineering research institutions contribute to infrastructure, automation, and digital transformation. Some of the most prominent ones include: -/- University of California, Berkeley – USA: Known for its research in engineering, computer science, and environmental science. -/- University of Pennsylvania – USA: Invests in innovative engineering projects. -/- University of Michigan – USA: Known for technological advancements in multiple fields. -/- Swiss Federal Institute of Technology Lausanne (EPFL) – Switzerland: Excels in engineering and digital research. -/- Tsinghua University – China: A leader in AI, renewable energy, and industrial automation research. -/- The Role of Private Companies in Research and Development -/- Private corporations play a major role in R&D, investing heavily in emerging technologies, pharmaceuticals, consumer electronics, and industrial innovations. Many of the world’s biggest companies spend billions to maintain leadership in their respective fields. -/- 1. Leading Technology Companies in R&D -/- Amazon ($73.2B in R&D spending, 2022): Focuses on cloud computing, AI, logistics, and automation. -/- Alphabet (Google) ($39.5B in R&D, 2022): Invests in AI, quantum computing, and search algorithms. -/- Meta (Facebook) ($35.3B in R&D, 2022): Focuses on AI, VR, and the Metaverse. -/- Apple ($27.7B in R&D, 2022): Leads in consumer electronics and semiconductor technology. -/- Microsoft ($26.6B in R&D, 2022): Invests in AI, cloud computing, and software innovation. -/- 2. Engineering and Industrial Companies in R&D -/- Volkswagen ($19.88B in R&D, 2022): A leader in automotive engineering and electric vehicles. -/- Samsung ($19.29B in R&D, 2022): Develops advanced semiconductors and electronics. -/- Intel ($17.53B in R&D, 2022): Focuses on microprocessors and AI hardware. -/- Huawei ($24B in R&D, 2022): Leads in telecommunications and 5G development. -/- Siemens – Germany: A global leader in industrial automation, medical technology, and smart infrastructure. -/- Nokia – Finland: Focuses on telecommunications infrastructure and technology development. -/- Sony – Japan: Invests in consumer electronics, gaming, and entertainment technologies. -/- Boeing – USA: Develops aerospace technology, defense systems, and commercial aircraft innovations. -/- General Electric (GE) – USA: Focuses on energy, aviation, and industrial automation R&D. -/- 3. Pharmaceutical and Biotech Research Leaders -/- Roche ($14.72B in R&D, 2022): A leading pharmaceutical company specializing in diagnostics and biotech innovations. -/- Pfizer: Known for vaccine development, including the COVID-19 vaccine. -/- Moderna: A pioneer in mRNA technology for medical treatments. -/- Johnson & Johnson: Invests heavily in medical devices and pharmaceuticals. -/- Bristol-Myers Squibb – USA: Focuses on biopharmaceutical research, including immunology and oncology. -/- AstraZeneca – UK/Sweden: Invests in pharmaceutical research, particularly in oncology and cardiovascular diseases. -/- The Impact of R&D on Society and the Future -/- The advancements driven by R&D have a profound impact on global society. Some of the most significant areas of innovation include: -/- Healthcare: Research in biotechnology, gene therapy, and medical AI is revolutionizing healthcare, leading to personalized medicine and new treatments for previously incurable diseases. -/- Artificial Intelligence: AI research in institutions and companies is driving automation, machine learning, and deep learning applications. -/- Sustainable Energy: Engineering research is focusing on renewable energy, electric vehicles, and smart grid technologies to combat climate change. -/- Space Exploration: Organizations like NASA, SpaceX, and ESA are expanding human exploration beyond Earth. -/- Telecommunications: Companies like Huawei, Nokia, and Qualcomm are leading the development of 5G and future wireless communication technologies. -/- Automotive Industry: Electric vehicles, hydrogen fuel cells, and autonomous driving are key research areas for companies like Tesla, Volkswagen, and Toyota. -/- Conclusion -/- The world’s leading R&D institutions and companies are shaping the future through their groundbreaking work in science, engineering, medicine, and technology. Universities and research centers provide the foundation for discovery, while corporations drive commercial applications of these innovations. As investments in R&D continue to grow, humanity will witness even greater advancements in fields such as artificial intelligence, biotechnology, and space exploration, ultimately improving lives and pushing the boundaries of what is possible. -/- . (shrink)

-/- The Possibility of Advanced Extraterrestrial Aliens Based on the Universal Formula -/- Introduction -/- For centuries, humanity has pondered the existence of extraterrestrial life, particularly advanced alien civilizations. Traditional scientific approaches, such as the Drake Equation and astrobiology, suggest that the vastness of the universe makes alien life probable. However, from the perspective of the universal formula, which is based on the law of balance in nature, the law of karma (cause and effect with system integrity), and feedback mechanisms (...) in decision-making, the existence of advanced extraterrestrial civilizations is not just possible but inevitable. -/- By analyzing how natural laws govern the emergence of intelligence, we can logically infer that civilizations far beyond human capability likely exist. These civilizations would have mastered systemic balance, avoided self-destruction, and possibly even developed interstellar travel or post-biological intelligence. -/- 1. The Universal Law of Balance and the Inevitability of Life -/- The universal law of balance dictates that nature operates through equilibrium, ensuring that systems remain functional and sustainable. This principle applies to everything—from the stability of ecosystems to the fundamental laws of physics governing the universe. -/- If life emerged on Earth due to a balanced set of conditions—such as the right chemical composition, planetary stability, and energy availability—then the same principle must apply elsewhere. The laws of nature are not exclusive to Earth; they are universal. With billions of habitable planets likely existing across the universe, it is logical to assume that the balance necessary for life to emerge has occurred countless times. -/- Moreover, balance is a self-sustaining principle. If life arises in a stable environment, it adapts and evolves. Given enough time, intelligent life is an inevitable product of this natural progression. Civilizations that align themselves with this balance will flourish, while those that disrupt it will collapse. This means that the most advanced alien civilizations are likely those that have achieved a perfect balance between technological progress and ecological sustainability—something humanity is still struggling to accomplish. -/- 2. The Law of Karma and the Evolution of Advanced Civilizations -/- The law of karma, as applied in the universal formula, is more than just cause and effect—it emphasizes system integrity. A system, whether biological, technological, or societal, must function without major defects or errors to remain stable and progress. -/- On Earth, human civilization has advanced through trial and error, but systemic flaws—such as war, environmental destruction, and economic instability—continue to hinder long-term progress. If an alien civilization has successfully maintained system integrity, it would have advanced beyond human limitations. -/- Consider the following possibilities: -/- Civilizations that eliminate self-destructive behaviors (such as war and resource depletion) would naturally progress further. -/- Technological advancements without ecological destruction would ensure long-term survival. -/- A society that maintains balance between individual freedom and collective well-being would prevent societal collapse. -/- If an extraterrestrial civilization has existed for millions of years longer than humanity, it would have had ample time to eliminate inefficiencies, optimize its systems, and master universal laws. Such a civilization could be capable of interstellar travel, planetary engineering, and even forms of intelligence beyond biological limitations. -/- 3. Feedback Mechanisms and the Advancement of Intelligence -/- The universal formula also emphasizes the role of feedback mechanisms in decision-making. Conscious minds, whether individual or collective, continuously adjust their decisions based on external and internal feedback. Intelligence evolves as a response to challenges, learning from past mistakes and adapting to new conditions. -/- This principle applies to both biological evolution and technological progress. On Earth, humanity has reached a point where artificial intelligence, space exploration, and global communication networks are beginning to redefine our civilization. However, if an alien species had a longer evolutionary timeline or superior cognitive abilities, its decision-making processes would be far more advanced. -/- Such a civilization could have: -/- Perfected decision-making systems, eliminating errors in governance, science, and ethics. -/- Transcended biological limitations, integrating AI, cybernetics, or even consciousness transfer. -/- Developed energy-efficient technology, harnessing quantum mechanics or zero-point energy. -/- Achieved space colonization, expanding across star systems while maintaining balance with nature. -/- Since intelligence operates as a feedback loop with its environment, any extraterrestrial civilization that has successfully aligned itself with natural laws would have minimized existential threats and maximized its evolutionary potential. -/- 4. The Interconnectedness of Systems and the Cosmic Network of Intelligence -/- One of the most profound implications of the universal formula is the interconnectedness of all systems. If all things in nature interact within a greater balance, then intelligence itself is part of this cosmic network. -/- Humanity is just beginning to understand its place in this network through AI, space exploration, and quantum physics. However, a far more advanced species could have already: -/- Mapped out the structure of the universe, including the nature of consciousness and reality. -/- Created interstellar communication networks, allowing different civilizations to connect. -/- Mastered the art of influencing less developed species, guiding them toward balance and stability. -/- If advanced alien civilizations exist, their presence may already be subtly influencing humanity—perhaps through unexplained phenomena, scientific inspiration, or even indirect guidance in our development. -/- 5. Why Haven’t We Encountered Them? The Fermi Paradox and the Universal Formula -/- The Fermi Paradox questions why, despite the high probability of extraterrestrial life, we have not yet detected any evidence of it. The universal formula provides several possible answers: -/- Most advanced civilizations prioritize balance and secrecy to avoid disrupting less advanced societies. -/- They operate at a higher level of intelligence (post-biological entities, quantum consciousness, or AI-based civilizations) that we cannot yet perceive. -/- Humanity is not yet ready for contact, as we have not achieved the necessary systemic balance. -/- Some UFO phenomena could be evidence of their existence, but human understanding is too limited to fully comprehend their nature. -/- If balance, system integrity, and feedback-driven intelligence are the key principles governing the universe, then contact with advanced extraterrestrials will likely only occur when humanity reaches a sufficient level of stability and understanding. -/- Conclusion: The Universal Formula Supports the Existence of Advanced Extraterrestrials -/- By applying the universal law of balance, the law of karma, and feedback mechanisms in intelligence, the existence of advanced extraterrestrial civilizations becomes not just possible, but a natural outcome of cosmic evolution. -/- If balance is a fundamental law, then intelligent life must have emerged countless times throughout the universe. -/- If system integrity determines progress, then advanced civilizations must have mastered technological, ethical, and ecological balance. -/- If intelligence operates through feedback, then the most successful civilizations will have refined their decision-making to near-perfection. -/- If all systems are interconnected, then extraterrestrial intelligence is part of a cosmic network that we have yet to fully perceive. -/- The next step for humanity is not just to search for extraterrestrial life, but to align itself with these universal principles. Only then can we hope to understand, communicate with, or even become part of a greater cosmic civilization. -/- Perhaps the true path to contact with advanced extraterrestrial beings is not through technology alone—but through achieving a deeper balance within ourselves and our world. -/- . (shrink)