Human space exploration requires massive budgets every fiscal year. Especially under severe financial constraint conditions, governments are forced to justify to society why spending so much tax revenue for human space exploration is worth the cost. The value of human space exploration might be estimated in many ways, but its social significance and cost-effectiveness are two key ways to gauge that worth. Since these measures should be applied country by country because sociopolitical conditions differ in each country (...) and must be taken into consideration, the study on the social significance of human space exploration must take the coloration of a case-study. This paper, focusing on the case of Japan with surveying Japanese literary and national documents as well as taking its sociopolitical conditions into account, examines the social significance of human space exploration. -/- First, we give an overview of the circumstances surrounding Japan's human space exploration program. Derived from the statements of such relevant parties as scholars, journalists, policy makers, and astronauts, this overview indicates that the main concerns about human space exploration in Japan are its social significance and cost-effectiveness (Section 1). Next, an overview of behavioral science—an essential field for human space exploration (referred to in this paper as space behavioral science) that provides support for astronauts—is presented from the perspective of stress research in isolated and confined environments (Section 2). We then give two examples of where such knowledge from space behavioral science research has been applied to terrestrial isolated and confined environments. One is JAXA’s support in 2009 for people who were vulnerable to infection by a new strain of flu and accordingly placed in an isolated and confined facility under the Infectious Disease Law and the Quarantine Law. The other is NASA's support in 2010 for Chilean mine workers who were trapped 700 m underground after a mining accident (Section 3). Based on these case studies, we illustrate the further social utility of such knowledge through a discussion of potential applications in other situations in Japan. Focusing on Japan for its geographical and social features in being an earthquake-prone archipelago and having the world's preeminent aging society, we show that refugees living in evacuation centers and people in an elderly-elderly homecare situation pose socially problematic situations specific to Japan. We then argue that space behavioral scientific knowledge can be applied to support people under these and other isolated and confined environments in various ways (Section 4). Finally, we demonstrate that such an application can be understood as an ethical contribution to Japanese society and that this contribution can be embedded in Japan's space policy (Section 5). We conclude that human space exploration can be a socially significant and cost-effective endeavor that is worthy of tax revenue expenditures because space behavioral science is highly likely to provide unique and useful knowledge to help address various social problems concerning terrestrial isolated and confined environments and support people in sufferings there. (shrink)

This review of Matthew Lipman’s autobiography, A Life Teaching Thinking, is a reflection on the themes and patterns of his extraordinarily productive career. His book begins with memories of earliest childhood and his preoccupation with the possibility of being able to fly, moves through the years in which his family struggled with the effects of the Great Depression, through his service in the military during World War II, his discovery of the joy and beauty of philosophy, his academic rise at (...) Columbia University, his Fullbright sojourn in Paris, and his early and later career. Lipman’s educational project led in four related directions: the practice of philosophy for children, which he invented, and which presents an epistemological challenge to a second field, philosophy of education, which is as startling as was Rousseau’s two hundred years before. Third, it led to a realm of theory called philosophy of childhood, upon which the practice of philosophy for children is a kind of action-meditation, prompting adults as it does to reflect on children’s differences from and similarities to adults at the same time, and in the same discursive space. Finally, his praxis also implicitly challenged those accounts of children’s philosophies, paradigmatically represented by Piaget’s work, which represent childhood epistemology as evidence for various genetic and epigenetic stage-based theories of cognitive development. The consequence for education of this confluence was a methodology—community of inquiry—that serves as a bridge between the two most influential philosophers of education of the 20th century—John Dewey and Paulo Freire. The educational praxis that emerged from his venture, for all its apparent simplicity, operationalizes a postcolonial standpoint epistemology vis a vis childhood and children, pulls the linchpin that holds in place the school as ideological state apparatus, and empowers the elementary classroom as a primary site for democratic theory and practice. (shrink)

This volume provides a rigorous philosophical investigation of the rationales, challenges, and promises of the coming Space Age. Over the past decade, space exploration has made significant and accelerating progress, and its potential has attracted growing attention from science, states, businesses, innovators, as well as the media and society more generally. However, philosophical theorizing concerning the premises, values, meanings, and impacts of space exploration is still in its infancy, and this potentially immense field of study is far (...) from mainstream yet. This book advances outer space philosophy by integrating key scientific and societal debates sparked by recent developments in space research and activities with conceptual, existential, ethical, aesthetic, and political themes and concerns. It maps various regions of philosophical exploration, reflection, and speculation regarding humanity's present and future irradiation into outer space, to promote a broad, rich, and nuanced societal debate regarding this transformative enterprise, which is as stimulating as it can be disorienting. This book will be a fascinating philosophical and ethical exploration for academics, researchers and students interested in philosophy, space studies, science and technology studies, future studies, and sustainability. (shrink)

"Outer space" is a curious dialectical zone—on the one hand, it consists of a number of elements defined as being distinct from the Earth; on the other hand, it has a repeated, daily impact on the Earth. The apparent emptiness of much of outer space—the space of space—suggests a literalization of the ou-topia, the no place, an inky black blank in which technology would be required for human survival. But that void can be converted (...) into a tool—especially in the location of the geostationary orbit for satellites. Equally, the rest of space offers resources that may facilitate the creation of a new society with a... (shrink)

Dall-E2 and Stable Diffusion promote their text-to-image models based on their level of (photo)realism. The use of photographic language is not superficial or accidental but indicative of a broader tendency in computer science and data practice. To nuance the general application of photorealism, I position the term alongside photographic realism and computational photorealism. To contextualize important nuances between these three terms, contemporary examples from astrophotography are analysed and reconstructed using text-to-image models. From the comparative analysis, computational photorealism emerges as a (...) modified term that recognizes the relationship between photography and text-to-image models without conflating their ontological and epistemological differences. (shrink)

The most skeptical contribution to this volume enumerates and discusses a broad set of challenges connected with the so-called human factor in a mission to Mars. Discussed issues include rationales for a human versus uncrewed mission, financial challenges affected mostly by unclear and weak rationales for human mission, challenges of sustainable development, complex hazardous impacts of space environment for human mental, and physiological health. The last of the discussed challenges, the idea of human enhancement applied for the purpose of (...) human deep-space missions, shows how technological issues—mostly long journey or ineffective countermeasures—might affect ethical concerns. While this idea might seem to be too far in the future, the chapter shows that it may be a serious and possibly unexpected long-term consequence of this program. This chapter does not determine whether a human mission to Mars is possible or not, nor whether such a mission makes any sense at all. One side of this chapter assumes that it is hard to find a strong rationale as measured in financial terms. The question of rationale is getting harder when a cost–benefit analysis—including risks for human health and life—is applied. On the other side, these skeptical remarks are designed to show that the idea of making humans a multi-planetary species is, in fact, extrapolation and projection of all problems and challenges known on Earth, which is intensified by putting Mars astronauts in the hazardous space environment. (shrink)

The 2016 much acclaimed American sci-fi movie Arrival is based on the so-called “Sapir-Whorf” hypothesis, a linguistic theory set forth in the first half of the 20th century, according to which one’s native language dictates the way in which one perceives reality. By taking into account the latest in human knowledge, this paper tries to provide arguments as to why such a claim works wonderfully in fiction, but not in science.

Shaun Gallagher, Lillian and Morrie Moss Professor of Excellence in Philosophy at the University of Memphis, discusses the results of a neurophenomenological study in which a research team used simulation to replicate experiences of astronauts during space travel. Many astronauts described deeply aesthetic, spiritual, or religious experiences of awe and wonder. Gallagher also discusses how using an approach that incorporated neuroscience, hermeneutics, phenomenology, psychology, heart rate, and phenomenological interviews allowed him to replicate the specific experiences in a significant number (...) of subjects. (shrink)

As a result of the increasing economical exploitation of outer space, humanity faces a new challenge that, as well as having economic advantages, also entails a great many ecological hazards. At present, the human race is encroaching on outer space, particularly in the form of almost 5000 active satellites and the corresponding space debris they produce. For the large part, this debris burns up on entering the Earth’s atmosphere, yet time and again it still does (...) cause damage. However, this could change dramatically if, as is now foreseeable, further uses of outer space, such as tourism, so-called satellite mega-constellations, regular transport flights to the moon or even Mars and the extraction of water and valuable rocks from celestial bodies, are expanded. There is a danger that ecological damage like that of the earlier phases of economic development will become externalised and ultimately pose a threat to the whole of humanity. Sautter’s ‘global “sustainability trilemma”’ remains unresolved. This trilemma consists in the fact that, in political resolutions, ‘the growth of resource-intensive prosperity is weighted far more highly than the conservation of functioning ecosystems and the implementation of inter- and intragenerational “justice”’ and that there are ‘up until now no efficient and ethically acceptable solutions’ for this problem. In this situation, it is therefore more important that rules for the sustainable use of outer space be established and enshrined as legally binding so that it becomes possible to minimise or even to preclude negative ecological consequences.Contribution: Although the commercial use of outer space does not seem to be a crucial point, it marks a new step of the dynamics of modern economics that has to be identified as an important ethical challenge. The article discusses aspects of ethics, law, religion and economy in a multidisciplinary way. (shrink)

The paper examines the open problems that experts of space law shall increasingly address over the next few years, according to four different sets of legal issues. Such differentiation sheds light on what is old and what is new with today’s troubles of space law, e.g., the privatization of space, vis-à-vis the challenges that AI raises in this field. Some AI challenges depend on its unique features, e.g., autonomy and opacity, and how they affect pillars of the (...) law, whether on Earth or in space missions. The paper insists on a further class of legal issues that AI systems raise, however, only in outer space. We shall never overlook the constraints of a hazardous and hostile environment, such as on a mission between Mars and the Moon. The aim of this paper is to illustrate what is still mostly unexplored or in its infancy in this kind of research, namely, the fourfold ways in which the uniqueness of AI and that of outer space impact both ethical and legal standards. Such standards shall provide for thresholds of evaluation according to which courts and legislators evaluate the pros and cons of technology. Our claim is that a new generation of sui generis standards of space law, stricter or more flexible standards for AI systems in outer space, down to the “principle of equality” between human standards and robotic standards, will follow as a result of this twofold uniqueness of AI and of outer space. (shrink)

The article presents the results of a study of the interaction between the public and private sectors in the field of outer space exploration. The purpose of the study was to identify the peculiarities of interaction between public authorities and private companies involved in space activities. It has been established that all leading space powers create favorable conditions for attracting private companies to space exploration. The main areas of space activity that are most attractive (...) for private investment are identified: 1) production, launch and operation of spacecraft and launch vehicles; 2)production and operation of ground equipment; 3) space research; 4) satellite observation of the Earth; 5) TV and radio broadcasting and lease of repeaters; 6) satellite internet; 7) mining in space; 8) space tourism; 9) space waste management; 10) cargo delivery to Earth orbit, etc. The current state of the space industry in Ukraine is determined. The main obstacles to space commercialization in Ukraine are also highlighted: 1) legal regulation lags far behind and does not meet the needs of space activities in Ukraine; 2) international agreements are not in line with the level of national regulation of advanced countries and new global trends; 3) Ukraine’s space industry is focused mainly on less profitable areas of the space economy, which reduces the attractiveness for private investors; 4) there is no clear distinction between national interests and commercial activities in space; 5) mechanisms for coordinating private, state and public interests in the context of space commercialization are either absent or extremely ineffective; 6) there are no effective mechanisms for attracting foreign capital to space exploration. The authors identify two main competitive models of the interplay between the public and private sectors in space exploration: “American” and “European.” It is emphasized that both models can serve as a model for the space policy implementation in Ukraine. However, given a number of considerations, it is determined that the “European” model is more optimal. (shrink)

The article attempts to answer the following questions: What criminal law, if any, is applied in outer space when a crime is committed there? How will the issues of demarcation of criminal jurisdiction be resolved? Who and how will investigate such crimes? Which international or national institution will decide the issue of criminal prosecution and application of sanctions for crimes in space? Basing on the analysis of the sources of space and international law, it was concluded (...) that today there is no detailed procedure for investigating and bringing to criminal responsibility for committing a crime in space. There is also no international legal act that would establish a list of space criminal offenses. To solve existing problems, it is suggested to adopt the Convention on Criminal Liability for Space Crimes and to create a Space Criminal Statute (code). The article also claims that the creation of a World Space Union on regulating the commercial space activities will help in solving many issues in the field of research. (shrink)

Geoff King and Tanya Krzywinska _Science Fiction Cinema: From Outer Space to Cyberspace_ London: Wallflower Press, 2000 ISBN 1903364035 128 pp.

Presents a look at the work of Pythagoras, a philosopher who lived in sixth century Greece, and the influence of his theories of mathmatics and music on subsequent intellectual traditions in both the East and West.

The impending missions to exploit natural resources of celestial bodies may at some point start interfering with the scientific interests, including those of astrobiology, in these bodies. While the legal status of celestial bodies at the highest level is clear, uncertainty has arisen as to the extent private property rights over such objects or over their resources are legally acceptable, legally impossible, or potentially legal. This also provides for a considerable amount of uncertainty regarding how the legal framework could or (...) may need to be changed to accommodate private interests. The article analyzes the two main international treaties relevant from this perspective, as well as their backgrounds, in order to outline the current legal status of celestial bodies and the resulting legal rights and obligations pertinent to both private exploitation and exploration. Based on such an analysis, it concludes by highlighting an approach that could actually incentivize the private sector and the science community to work together in a manner conducive to their interests in exploitation and exploration respectively. (shrink)

The impending missions to exploit natural resources of celestial bodies may at some point start interfering with the scientific interests, including those of astrobiology, in these bodies. While the legal status of celestial bodies at the highest level is clear, uncertainty has arisen as to the extent private property rights over such objects or over their resources are legally acceptable, legally impossible, or potentially legal. This also provides for a considerable amount of uncertainty regarding how the legal framework could or (...) may need to be changed to accommodate private interests. The article analyzes the two main international treaties relevant from this perspective, as well as their backgrounds, in order to outline the current legal status of celestial bodies and the resulting legal rights and obligations pertinent to both private exploitation and exploration. Based on such an analysis, it concludes by highlighting an approach that could actually incentivize the private sector and the science community to work together in a manner conducive to their interests in exploitation and exploration respectively. (shrink)

The chapter gives an overview of the binding and non-binding international norms which govern and regulate the activities of states and other actors in outer space. It covers the key agendas and challenges being addressed within international space law in the wake of advancements in technology and greater access to outer space by multiple actors. For a comprehensive view of the subject, the chapter gives an overview of the nature of space laws within national (...) systems, and the interface of space law with other fields of law namely environmental law, human rights law, and intellectual property law. (shrink)

This article gives a brief description of one of the sub-branches of Paganism, Wicca. It describes how sacred space is established and it explores the sacred circle as a symbolic representation of Wiccan cosmology. Physical sacred space thus constructed becomes a 'world apart' from the mundane and a bridge between ordinary physical reality and metaphysical realms. The circle is the outer expression of an imaginai inner world wherein anything is possible. The connection between a bounded, physical (...) class='Hi'>space and a limitless otherworld is discussed, using the discourse of the witches and theoretical perspectives on sacred space. (shrink)

Space warfare is warfare that takes place in outer space. It involves ground-to-space, space-to-ground, and space-to-space violence between nations or peoples. The violence can involve kinetic weapons, directed energy weapons, or electronic destruction. International law, specifically, the Outer Space Treaty and SALT I, currently bans weapons of mass destruction from being put into space, although one wonders if one country were to violate the ban whether others would follow suit. In (...) this paper, I argue that that if there is a non-consequentialist morality of space war, then one country can unjustly attack a second country’s space vehicles. This in turn depends on property rights. But there is no adequate theory of property rights with regard to space war. Hence, there is no non-consequentialist morality of a space war. (shrink)

Learn mystical methods for clearing and uplifting the energy in your home! Space clearing is the art of cleansing and harmonizing the energy within an environment. This ancient practice has the power to not only make your home feel good but also help those within to feel more positive and energetic, to bring balance to relationships, and to remove blocks for increased abundance, creativity, and well-being. In this comprehensive guide to space clearing, internationally best-selling author Denise Linn distills (...) more than 50 years of experience as a leading authority in energy healing to guide you through sacred ceremonies and modern techniques for regaining control of the energy in any environment, including your home and your body. You'll learn how to transform any space using feng shui, clutter clearing, prayer, crystals, essential oils, mystic mudras, holy water, pendulums, and more! (shrink)

The many constraints of outer space experience challenge the human ability to coexist. Paradoxically, astronauts assert that on the international space station there are no conflicts or, at least, that they are able to manage their differences, behavioral as well as cognitive, in full respect of human rights and the imperatives of cooperative living. The question is: Why? Why in those difficult, a-terrestrial, and therefore almost unnatural conditions do human beings seem to be able to peacefully and (...) collaboratively live together? What is there beyond terrestrial boundary conditions that allows for such a result? And what can we learn from the astronauts’ experience about the effectiveness of human rights on Earth? My proposal is that the a-terrestrial dimension deeply alters the mind/body indexical framework and, in this way, disentangles the human inclination to semiosis from the cognitive and behavioral habits of categorization and territorialization inherent in the experience on Earth. If analyzed through the spectrum of an interdisciplinary approach involving anthropology, semiology, law, and human geography, I think that outer space enterprises can offer many insights into the cognitive and ethical/political hindrances to the effectiveness of human rights and their intercultural uses. Meanwhile the compulsive greed for a possessive territorialization of outer space and celestial bodies is growing by leaps and bounds. It haunts and imbues both astropolitics and space law. The astronauts’ semio-anthropological experience of human rights and cooperative coexistence seems to have been left in orbit. The future requires awareness and action by anthropologists, semioticians, cognitive scientists, geographers and lawyers, working all together in an interdisciplinary effort to move beyond approaching the experiential with a territorial mindset. The hope is that the “dark dream” of human exploitation/colonization of outer space will not turn from a political and legal speculation into a future reality. (shrink)

Many books explain what is known about the universe. This book investigates what cannot be known. Rather than exploring the amazing facts that science, mathematics, and reason have revealed to us, this work studies what science, mathematics, and reason tell us cannot be revealed. In The Outer Limits of Reason, Noson Yanofsky considers what cannot be predicted, described, or known, and what will never be understood. He discusses the limitations of computers, physics, logic, and our own thought processes. Yanofsky (...) describes simple tasks that would take computers trillions of centuries to complete and other problems that computers can never solve; perfectly formed English sentences that make no sense; different levels of infinity; the bizarre world of the quantum; the relevance of relativity theory; the causes of chaos theory; math problems that cannot be solved by normal means; and statements that are true but cannot be proven. He explains the limitations of our intuitions about the world -- our ideas about space, time, and motion, and the complex relationship between the knower and the known. Moving from the concrete to the abstract, from problems of everyday language to straightforward philosophical questions to the formalities of physics and mathematics, Yanofsky demonstrates a myriad of unsolvable problems and paradoxes. Exploring the various limitations of our knowledge, he shows that many of these limitations have a similar pattern and that by investigating these patterns, we can better understand the structure and limitations of reason itself. Yanofsky even attempts to look beyond the borders of reason to see what, if anything, is out there. (shrink)

Under the leadership of Joshua Lederberg, some American biologists and chemists proposed exobiology as the most legitimate program for space research. These scientists used the fear of contamination—of earth and other planets—as a central argument for funding “nonpolitical,” “scientifically valid” experiments in extraterrestrial life detection. Exobiology's resemblance to popular science fiction narratives presented a significant challenge to its advocates' scientific authority. Its most practical applications, moreover, bore an unseemly resemblance to the United States Army's research on biological weapons. At (...) the same time that exobiologists wanted to use the media to attract support for their program, they had to monitor their statements carefully in order to maintain their view of exobiology as a peaceful, scientifically valid research program. In examining how exobiology's creators positioned their work in comparison to other space sciences as well as science fiction, this case study highlights how cultural and political imperatives entered science through practice and narrative during the Cold War. Since there are still so many unanswered scientific questions and problems all around us on earth, why should we start asking new questions and seeking out new problems in space? How can the results justify the costs?—“Introduction to Outer Space” (1958). (shrink)

This book is a ricochet against mainstream physics. It sprang out of the idea that outer symmetries of space-time are the same as inner symmetries of matter. In other words, the standard model of physics is a space-time group. This book is about structures and phenomena that are lying hidden underneath the surface of space-time. It begins with a few biographic events, Majoranas legacy, the philosophy of Gerhard Frey and some related anthropological topics which have to (...) do with high energy physics. It continues with a reconstruction of the theorem by Banach and Tarski in Minkowski space. We are making acquaintance with the standard model as a property of space-time. So we are challenging quite unusual actions such as penetration of quarks by a probe. We propose to apply a penetrating function D. Then, measure and basis are connected with the axiom of choice. (shrink)

:Space is not an empirical concept that has been drawn from outer experiences. For in order for certain sensations to be related to something outside me , thus in order for me to represent them as outside and next to one another, thus not merely different but as in different places, the representation of space must already be their ground. Thus the representation of space cannot be obtained from the relations of outer appearance through experience, (...) but this outer experience is itself first possible only through this representation. 1Abstract:Der Raum is kein empirischer Begriff, der von äußeren Erfahrungen abgezogen worden. Denn damit gewisse Empfindungen auf etwas außer mir bezogen werden, imgleichen damit ich sie als außer und neben einander, mithin nicht bloß verschieden, sondern als in verschiedenen Orten vorstellen können, dazu muß die Vorstellung des Raumes schon zum Grunde liegen. (shrink)

In Skeptical idealism says that possibly nothing exists outside my own conscious mental states. Purported refutations of skeptical idealism – whether Descartes's, Locke's, Reid's, Kant's, Moore's, Putnam's, or Burge's – are philosophically scandalous: they have convinced no one. I argue (1) that what is wrong with the failed refutations is that they have attempted to prove the wrong thing – i.e., that necessarily I have veridical perceptions of distal material objects in space, and (2) that a charitable reconstruction of (...) Kant's ‘Refutation of Idealism’ in fact provides a sound refutation of skeptical idealism. (shrink)

Learn about astronauts and space exploration.

Focused on mapping out contemporary and future domains in philosophy of technology, this volume serves as an excellent, forward-looking resource in the field and in cognate areas of study. The 32 chapters, all of them appearing in print here for the first time, were written by both established scholars and fresh voices. They cover topics ranging from data discrimination and engineering design, to art and technology, space junk, and beyond. Spaces for the Future: A Companion to Philosophy of Technology (...) is structured in six parts: Ethical Space and Experience; Political Space and Agency; Virtual Space and Property; Personal Space and Design; Inner Space and Environment; and Outer Space and Imagination. The organization maps out current and emerging spaces of activity in the field and anticipates the big issues that we soon will face. (shrink)