In the context of a viral outbreak and necessary physical distancing, the emergence of new or the evolution of older artistic behavioural schemes becomes evident. We correlate the isolation space of the artist with the cockpit of a spaceship and the navigation and communication interfaces used by an astronaut. The cybernetic domain between physical space(s) and artist(s) can be thought of as consisting of many ‘organs’. It includes a core (black box), many-layered limits: skin, walls, mental and digital borders as (...) well as mechanisms of connectivity with external entities (other astronauts in art spaceships). This space could be a bedroom, a studio, an office or any different location the artist uses as an isolated bubble of information sharing and manipulation (material and immaterial). For the construction of such an (astronaut, artist) ontology we use metaphors, etymological references, transformed concepts and creative analogies between the actual and the subjective space. As one case study for this paradigm, we experimented with a telematic performance of Heiner Müller’s Hamlet Machine titled, I want to be 171. (shrink)

Cullen, Michael Review of: God, the moon, and the astronaut: Space conquest and theology, by Jacques Arnould, translated by Dawn Cowlsey, pp. 148, paperback, $29.95, First published in French as La Lune dans le benitier: Conquete spatial et th ologie.

Since the word "History" has its origins in the domain of inquiry, I call myself an historian to the extent to which I have tried to study voyages of discovery in a manner as personal as possible, and I have presented the results of my work in a number of books and articles. The short study which follows is not an attempt to recapitulate what has already been published. Rather, I have tried here to present a brief synthesis of my (...) reflections on one of the themes which I have undertaken to outline. (shrink)

In this interdisciplinary article, we investigate the relationship between creativity and the immune system; the creative features of the immune system and how the immune system and its role in regulating homeostasis might be related to creative cognition. We argue that within a multivariate approach of creativity, the immune system is a contributing factor. New directions for research are also discussed. When astronauts and cosmonauts venture into the new and extreme environment of outer space, their immune system needs to instantly (...) adapt and find new answers to survive biologically and psychologically. Many astronauts report interest in creative activities and therefore represent an interesting group to investigate creativity in relation with the immune system. Little is known regarding how the immune system interacts with and supports creative cognition and behavior, if an individual’s immune system, interacting with cognition, adapts more originally to a new environment compared to another’s; in other words, if there is creativity in the domain of the immune system, and the creative properties and functions of the immune system itself. (shrink)

Learn about astronauts and space exploration.

Renewed interest in human space exploration has highlighted the gaps in knowledge needed for successful long-duration missions outside low-Earth orbit. Although the technical challenges of such missions are being systematically overcome, many of the unknowns in predicting mission success depend on human behavior and performance, knowledge of which must be either obtained through space research or extrapolated from human experience on Earth. Particularly in human neuroscience, laboratory-based research efforts are not closely connected to real environments such as human space exploration. (...) As caves share several of the physical and psychological challenges of spaceflight, underground expeditions have recently been developed as a spaceflight analog for astronaut training purposes, suggesting that they might also be suitable for studying aspects of behavior and cognition that cannot be fully examined under laboratory conditions. Our objective is to foster a bi-directional exchange between cognitive neuroscientists and expedition experts by (1) describing the cave environment as a worthy space analog for human research, (2) reviewing work conducted on human neuroscience and cognition within caves, (3) exploring the range of topics for which the unique environment may prove valuable as well as obstacles and limitations, (4) outlining technologies and methods appropriate for cave use, and (5) suggesting how researchers might establish contact with potential expedition collaborators. We believe that cave expeditions, as well as other sorts of expeditions, offer unique possibilities for cognitive neuroscience that will complement laboratory work and help to improve human performance and safety in operational environments, both on Earth and in space. (shrink)

Abstract.Since the earliest ages of humanity, the contemplation of the starry sky has invited the human being to ask: “Who am I? Where is my origin? What is my destiny?” The revolution introduced by modem astronomy has affected how humankind understands itself, and the development of aeronautical and then astronautical techniques introduced a new experiment for humanity—that of being citizen of the sky. By carrying out the dream of Icarus, has humanity realized the attempt of Prometheus? Would we take the (...) place of the gods or God? Do religions have to fear the conquest of space? Despite modern science and the knowledge we have accumulated, space still holds its share of mystery, nurtured by its vast dimensions and startling beauty. Space continues to raise the issue of meaning. (shrink)

This essay contextualizes the Dantean figure of Ulysses, as conceived by Yuri M. Lotman, and draws this key figure of modernity into a network of mutually interconnected discourses: primarily transhumanist visions of the human future in space, which nevertheless arise from the specifically modern epistemic dimension of “restlessness,” and intertwine with post-war astronautics, cyborg visions of human re-engineering, and revolutionary considerations of speculative realism. The key is Lotman’s emphasis on Ulysses as a figure of “energy of thought”; in this regard, (...) the essay shows how the original poetic “decision,” embodied by the Ulysses figure, advocates implicit cruelty in the name of the future (treated as an inevitable fate), and how this decision generates a logical and progressively unfolding series of “inhuman” images of man situated in the universe as an event of saturation of matter with merciless intelligence. (shrink)

Humans, like all organisms, have evolved to survive in specific environments, while some elect or are forced to live and work in extreme environments. Understanding cognition as it relates to environmental conditions, we use 4E cognition as a framework to explore creativity in extreme environments. Our paper examines space arts as a case study through the history, present practices, and future possible arts in the context of humans beyond the Kármán boundary of the Earth’s atmosphere. We develop a proposed taxonomy (...) of space arts, based on prior taxonomies, and provide specific exemplars of space art developed by artists in space or for use by astronauts in space. Using examples of space art since the birth of the space age, we discuss 1) how human survival in extreme environments requires investment in the space arts, driven by consideration of all biopsychosocial factors and 2) how new scientific and engineering discoveries could be consequences or examples of creative thinking driven by artists in the various types of space art. We conclude by discussing possible benefits of space art, future research applications, and advocate that all space actors, government or private, involve artists in all projects beyond the Kármán Boundary of the Earth’s atmosphere. (shrink)

Astronauts often report experiences of awe and wonder while traveling in space. This paper addresses the question of whether awe and wonder can be scientifically investigated in a simulated space travel scenario using a neurophenomenological method. To answer this question, we created a mixed-reality simulation similar to the environment of the International Space Station. Portals opened to display simulations of Earth or Deep Space. However, the challenge still remained of how to best capture the resulting experience of participants. We could (...) use psychological methods, neuroscientific methods or philosophical methods. Each of these approaches offer many benefits, but each is also limited. Neurophenomenology capitalises on and integrates all three methods. We employed questionnaires from psychology, electroencephalography, electrocardiography, and functional near-infrared spectroscopy from neuroscience, and a phenomenological interview technique from philosophy. This neurophenomenological method enabled extensive insight in experiencers and non-experiencers of awe and wonder in a simulated space scenario that otherwise would not have been possible. Traditional empirical analyses were completed, followed by individual differences analyses using interview transcriptions paired with physiological responses. Experiencers of AW showed differences in theta and beta activity throughout the brain compared to non-experiencers. Questionnaires indicated that non-experiencers of AW gave more positive responses of religious and spiritual practices than experiencers of AW. Interviews showed that awe and wonder were more likely to occur when watching the simulated Earth view instead of the Deep Space view. Our study is a successful example of neurophenomenology, a powerful and promising interdisciplinary approach for future studies of complex states of experience. (shrink)

Face aux sommes colossales investies par les Etats, à l'augmentation des débris dans les orbites autour de la Terre, aux risques pris par les spationautes, et à l'exploitation commerciale de l'espace, cet ouvrage propose une réflexion critique sur les stratégies mises en oeuvre par les hommes dans leur conquête des étoiles.

In the evolving field of advanced biopreservation technologies, the development of suspended animation (SA) is inspired by real-world challenges. In the context of space exploration, SA is seen as a solution to enable humans to undertake missions far beyond low Earth orbit, including routine travel to other planets in our solar system and beyond. While work on the socio-ethical and legal implications (ELSI) of space exploration continues to evolve, NASA has committed to make ethics a priority issue, making this a (...) fruitful field for further examination. (shrink)

Space exploration and off-world commercial activity engage both skeptics and its enthusiasts. What does seem clear, however, is that such activity has increased and is set to expand further during the present century. This book explores some of the emerging ethical issues of the space frontier and evaluates the prospects for the medium-range future.

While humans have made enormous progress in the exploration and exploitation of Earth, exploration of outer space remains beyond current human capabilities. The principal challenges lie in current space technology and engineering which includes the protection of astronauts from the hazards of working and living in the space environment. These challenges may lead to a paradoxical situation where progress in space technology and the ability to ensure acceptable risk/benefit for human space exploration becomes dissociated and the rate of scientific discovery (...) declines. In this paper, we discuss the predominant challenges of the space environment for human health and argue that development and deployment of a human enhancement policy, initially confined to astronauts – for the purpose of future human space programmes is a rational solution to these challenges. (shrink)

Sometimes I dream that I am an astronaut. I land my spaceship on a distant planet. When I tell me children on that planet that on earth school is compulsory and that we have homework every evening, they split their sides laughing. And so I decide to stay with them for a long, long time… Well anyway… until the summer holidays. Each state of the mind is irreducible. The mere act of giving it a name, that is of classifying it, (...) implies a falsification of it. From all this, it would be possible to deduce that there is no science in Tlon, let alone rational thought. The paradox, however, is that sciences exist, in countless number… The metaphysicians of Tlon are not looking for truth, nor even for an approximation of it; they are after a kind of amazement. They consider metaphysics a branch of fantastic literature. They know that a system is nothing more than the subordination of all aspects of the universe to some one of them. Even the phrase ‘all the aspects’ can be rejected, since it presupposes the impossible inclusion of the present moment, and of past moments. (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)

The strangeness of modern physics has sparked several popular books--such as The Tao of Physics--that explore its affinity with Eastern mysticism. But the founders of quantum mechanics were educated in the classical traditions of Western civilization and Western philosophy. In Nature Loves to Hide, physicist Shimon Malin takes readers on a fascinating tour of quantum theory--one that turns to Western philosophical thought to clarify this strange yet inescapable explanation of reality. Malin translates quantum mechanics into plain English, explaining its origins (...) and workings against the backdrop of the famous debate between Niels Bohr and the skeptical Albert Einstein. Then he moves on to build a philosophical framework that can account for the quantum nature of reality. He shows, for instance, how Platonic and Neoplatonic thought resonates with quantum theory. He draws out the linkage between the concepts of Neoplatonism and the more recent process philosophy of Alfred North Whitehead. The universe, Whitehead wrote, is an organic whole, composed not of lifeless objects, but "elementary experiences." Beginning with Whitehead's insight, Malin shows how this concept of "throbs of experience" expresses quantum reality, with its subatomic uncertainties, its constituents that are waves and also particles, its emphasis on acts of measurement. Once any educated person could explain the universe as a vast Newtonian web of cause and effect, but since quantum theory, reality again appears to be richer and more mysterious than we had thought. Writing with broad humanistic insight and deep knowledge of science, and using delightful conversations with fictional astronauts Peter and Julie to explain more difficult concepts, Shimon Malin offers a profound new understanding of the nature of reality--one that shows a deep continuity with aspects of our Western philosophical tradition going back 2500 years, and that feels more deeply satisfying, and truer, than the clockwork universe of Newton. (shrink)

A major requirement for humans is a breathable atmosphere. In microgravity, despite environmental life support systems regulating air exchange, astronauts complain about air quality, with elevated CO2-levels resulting in detrimental health and performance effects. We extend extant accounts of human respiration to include the role of gravity and buoyancy. Using computational fluid dynamics, we demonstrate that the absence of biothermal convection in microgravity reduces airflow around the human body. This impairs gas exchange by creating an environmental breathing deadspace in front (...) of the face, leading to significant CO2-rebreathing, with implications for astronaut health and countermeasures. In 1g, increasing ambient air temperature can also reduce efficient respiratory exchange, resulting in breathing conditions equivalent to those in microgravity, with implications for treating respiratory disease on Earth. (shrink)

Is the sky open to us? -- A brief history of space ethics -- Icarus -- Cloud riders -- The spaceship Earth -- A threatening sky -- The greater Earth -- Exploration -- Invaders -- The place of humans.

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)

An introduction to the basic issues of space ethics: the technology, the impact on society, and the frontiers of thinking about space exploration from theory to practice.

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)

Mirko Garasic (2021) argued that space travel and, by extension, the colonization of other planets could morally justify using technologies and interventions capable of profoundly modifying the characteristics of astronauts and future Martian generations. According to Garasic, however, the fact that space interventions such as human (bio)enhancement or reproductive technologies such as artificial wombs may be morally justified does not mean that they are morally acceptable technologies to be used on Earth as well. Garasic’s thesis is that we should resist (...) the temptation to establish or reinforce a continuity between the ethical standards that apply to space travel and those that apply on Earth because what applies in space (or on other planets) does not necessarily apply to our planet. Garasic argues that in space, genetic enhancement interventions are morally acceptable, as they are essential for survival. On Earth, however, we can survive even without any form of (bio)enhancement. In a previous article (2022), we presented several arguments against Garasic’s thesis regarding the exceptional morality of what is morally acceptable in space. In this article, we examine and reply to Garasic (2022), showing that he fails to defend his thesis from the objections we previously advanced. Garasic’s mistakes are: (1) assuming nature (and consequently what is “natural”) as a normative point of reference which allows establishing what is moral and what is not moral; (2) defending the choices concerning reproduction as an insufficiently demanding and therefore unsatisfactory moral principle (according to Garasic we should not bring into the world people who can have a quality of life or a condition of well-being superior to mere survival); and finally (3) of not explaining clearly what it means to defend a principle of moral exceptionalism for space travel (Garasic does not explain whether this position applies to any behavior, for which what on Earth is a virtue, in space is a vice or is not a general principle, but he makes this case only for enhancement and reproductive technologies). Through our analysis, we not only refute Garasic’s position but also show that any attempt to address space travel issues as “special” moral issues faces several difficulties and, ultimately, is doomed to failure. (shrink)

This article examines some selected ethical issues in human space missions including human missions to Mars, particularly the idea of a space refuge, the scientific value of space exploration, and the possibility of human gene editing for deep-space travel. Each of these issues may be used either to support or to criticize human space missions. We conclude that while these issues are complex and context-dependent, there appear to be no overwhelming obstacles such as cost effectiveness, threats to human life or (...) protection of pristine space objects, to sending humans to space and to colonize space. The article argues for the rationality of the idea of a space refuge and the defensibility of the idea of human enhancement applied to future deep-space astronauts. (shrink)

There is a growing body of scholarship that is addressing the ethics, in particular, the bioethics of space travel and colonisation. Naturally, a variety of perspectives concerning the ethical issues and moral permissibility of different technological strategies for confronting the rigours of space travel and colonisation have emerged in the debate. Approaches ranging from genetically enhancing human astronauts to modifying the environments of planets to make them hospitable have been proposed as methods. This paper takes a look at a critique (...) of human bioenhancement proposed by Mirko Garasic who argues that the bioenhancement of human astronauts is not only functional but necessary and thus morally permissible. However, he further claims that the bioethical arguments proposed for the context of space do not apply to the context of Earth. This paper forwards three arguments for how Garasic’s views are philosophically dubious: (1) when he examines our responsibility towards future generations he refers to a moral principle (which we will call the principle of mere survival) which, besides being vague, is not morally acceptable; (2) the idea that human bioenhancement is not natural is not only debatable but morally irrelevant; and (3) it is not true that the situations that may arise in space travel cannot occur on Earth. We conclude that not only is the (bio)enhancement of humans on Earth permissible but perhaps even necessary in certain circumstances. (shrink)

This paper is devoted to showing that a safety priority should be accorded the highest priority in decision-making and that such a prioritisation is an ethical responsibility. The connection between a safety-first priority and ethics is that an ultimate concern for safety is an integral feature of respect for human life. This paper exposes the illogic behind the misleading phrase "risky technology" and the fallacies which underlie the seemingly morally neutral phrase "risk assessment". It is argued that human beings ultimately (...) possess the responsibility of the choice to employ one technological system as over another and hence the decision to employ unsafe technology is a case of "risky assessment" rather than "risky technology". The phrase "risky technology" implies that the risk factor is inherent to the technology when the risk factor is inherent to the choice of which technology to employ. Risk assessment has been portrayed as amoral numerical calculation without clarifying the basis of the assessment. It is argued here that risk assessment must include the basis of its figures and that, to be epistemologically sound, the basis should be past engineering performance and not "subjective engineering judgement". To be ethically sound, risk assessment must take into account not only probabilities of occurrence but consequences of occurrence, such as life or death risks to risk takers and all those on whom the risk taken will ultimately make an impact. It is argued that risk takers possess a right to know of the specific risks to which they are exposing themselves and that risk makers possess the corresponding duty to inform risk takers. The Challenger case is utilised as a lesson in unsound and unethical risk assessment. It is also utilised as a case in which the right of the astronauts and civilian passengers to know of the risk they were taking was not respected and the ethical duty to inform the astronauts and civilian passengers of the risk they were taking was not observed. Distinctions are drawn between general and unknown risks of space travel and the specifically foreknown risks of a design deficient O-ring which malfunctioned below specific temperature readings. The belief that progress requires risk taking is exposed as an oversimplification since progress can be made as in the case of the development of commercial air travel without taking reckless risks. Passenger aircraft must meet certain criteria of safety to be operable but this is not an obstacle to progress. The observance of the right to know and the duty to inform is an asset to business. In the case of Delta Airlines and Northwest Airlines, the decision to notify the public of bomb threats may have given business a boost since passengers have deduced in absence of such a threat that their flight was a safe one as they trusted these airlines. (shrink)

Published in 1973, Arthur C. Clarke’s Rendezvous with Rama won the Hugo, Nebula, and John W. Campbell Awards . Its im- pressive collection of awards, outstanding commercial success, and intrinsic interest make it one of the few truly iconic works of hard science fiction. It depicts the work of astronauts in space, and shows an obvious concern for scientific accuracy and logic. In all, Rendezvous with Rama seems like an unlikely candidate for a utopian novel, and that expression would, indeed, (...) misdescribe it. Yet, it contains strong mythic, satirical, and utopian elements, which give it much of its interest. Alas, many of those elements are discarded in the trilogy of novels that appeared much later as an extended sequel to the novel’s action. (shrink)

This book offers a cutting-edge perspective of design for space to increase astronauts’ wellbeing and performance creating a more sustainable and inclusive environment, but without to forget beauty. The relevant aspect is that these design principles are now also supported and promoted by the European Community with the New European Bauhaus project. It is legitimate to affirm that Space Design is a precursor and inspiring these principles. Space exploration has shown us how results of space research inspire management policies addressing (...) important earth issues such as the responsible use of resources as well as ethical behavior leading to sustainable and inclusive choices. The International Space Station (ISS) is the most successful virtuous example of circular economy and sustainability by almost totally recycling the waste produced. Recently the European Space Agency (ESA) launched the first call for “parastronauts” opening the fly possibilities to people with physical disabilities and thus affirming the principle of inclusion in space. Thanks to design—a bridge between science, technology, and beauty—space opens up to new creative experiments, placing the human being at the center of the interplanetary exploration programs to ensure extra-terrestrial habitats safer, more comfortable, and efficient, where crew will feel “like at home”. (shrink)

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)

At a meeting of the American Society for Value Inquiry in Chicago last spring, and again at a conference on biomedical ethics last fall in London, Ontario, David J. Roy, Head of the Institute for Medical Humanities, University of Montreal, described a developing situation in the biomedical technologies about which he and many of his colleagues in the profession share an enormous apprehension. The biomedical sciences have in their possession, in development, and on the drawing boards a technology that has (...) the potential of enabling us to alter much of what has to date been seen as fundamental givens and fixed points of the human situation, from the forms of human reproduction, through the frequency of distribution of various human characteristics, to those very characteristics themselves. His question , in the form of a plea, was this: it is becoming desperately urgent that scientists and technologists in these fields be given guidance about what they are doing; the sense is that what can be done ranges far beyond what should be done, and that the technological imperative (do what technology makes possible) and the epistemological imperative (find a use for what we know) are so strong that, in the absence of a normative consensus of what it is to be human, these sciences and technologies may well have a transforming impact upon a society that is not prepared to control them. When it becomes possible to eliminate the traditional and biological form of human reproduction, with the development of in vitro fertilization and the artificial placenta, shall we? When it becomes possible to eliminate deleterious genes from the human gene pool (or to limit their occurrence to the level of chance mutation), shall we? When it becomes possible to enable parents to select in advance characteristics of their offspring, from sex to hair and eye color, and perhaps even to influence the polygenic determinate and determinable characteristics of race, stature, aggressiveness, intelligence and talent, to the point that we can influence the distribution of propensities and abilities in the population to fit more closely the manpower needs of our society, shall we? Shall we breed astronauts, musicians.. (shrink)

Born in 1923 and recently deceased after a long struggle with Parkinson’s Disease, Matthew Lipman wrote this brief but detailed autobiography just before his illness made it impossible to write any more. It 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 quick academic rise at Columbia University, his sojourn in Paris, and his early and later career. “I feel for philosophy,” he writes in the last paragraph of this, his last book, “what an astronaut might feel at the sight of the earth’s sphere, all green and brown and blue, as it appears from a space station.” He then expresses the hope that Philosophy for Children “will build a better and more reasonable world for our children and their children to inhabit: a world that looks as beautiful from across the street as it does from the distance of space.” (170) Lipman’s memoir is a modest testimony to an extraordinary life-trajectory, and an exemplification of the philosopher as one with the form of double-vision—seeing life from outer space and from across the street—that is perhaps philosophy’s most profound vocation. (shrink)

The problem facing us in this paper is that of how to analyze the notion of causal relevance. This is the inverse relation of causal dependence: A is causally irrelevant to C iff C is causally independent of A. As an example of causal relevance, consider: Example 1: A - The American astronaut on Mir scratched his left ear exactly an hour ago B - I am writing this paper right now. Intuitively, A was not causally relevant to B. It (...) is this kind of intuition that I’ll mostly be relying on when analyzing the notion of causal relevance. (shrink)

In this study I critically discuss the religious philosophy of Nikolai F. Fyodorov. Beforehand I will offer a synoptic overview of its key components. The thought of Fyodorov may serve as a model for case study work in regard to two crucial questions: (1) What is the relation between the past and the future? and (2) What is the relation between faith and science? These questions receive their spiritual, theological and philosophical answers through Fyodorov’s reflection on the (3) overcoming of (...) death. In offering his answers Fyodorov taps into the innermost depths of Christian spirituality which is interpreted in ways which are not always ‘Orthodox’ in the conventional sense. On one hand he offers a vision which prophetically yet idiosyncratically anticipates the “resurrection of all by all” (viz. Philosophy of the Common Task): this in itself calls for a radical revision of humanity’s guiding ethical, political and cultural principles (viz. Supramoralism). On the other hand, he expounds visionary proposals for the role science has to play precisely within the project of resurrecting the deceased and restoring free conscious life to all being (viz. Regulation). Fyodorov is acclaimed as one of the pioneering anticipators of climatology, rocket and space astronautics, cryonics, genetic engineering, cloning and body re-design; also, he is endorsed as the forerunner of Russian cosmism and influencer of transhumanism. His thought is radical, maximalist and limital. As well, it is informed by the purity of a moral saintliness. Inasmuch his philosophical vision may help us re-examine our own understanding of the relation of the past to the future, as well as the relation of faith to science, and, to re-address the predicament of dying. For the same reason it allows us to metacritically examine the neuralgic points of Fyodorov’s proposals. Lastly, I strive to reflect the mentioned problematic within a historical perspective, hermeneutically, hoping to provide orientation points for further discussion. (shrink)

Galvanic vestibular stimulation is a non-invasive method of electrically stimulating the vestibular system. We investigated whether the application of GVS can alter the learning of new functional mobility and manual control tasks and whether learning can be retained following GVS application. In a between-subjects experiment design, 36 healthy subjects performed repeated trials, capturing the learning of either a functional mobility task, navigating an obstacle course on a compliant surface with degraded visual cues or a manual control task, using a joystick (...) to null self-roll tilt against a pseudo-random disturbance while seated in the dark. In the “learning” phase of trials, bilateral, bipolar GVS was applied continuously. The GVS waveform also differed between subjects in each task group: white noisy galvanic vestibular stimulation at 0.3 mA high-level random GVS at 0.7 mA, or with the absence of stimulation. Following the “learning” trials, all subjects were blindly transitioned to sham GVS, upon which they immediately completed another series of trials to assess any aftereffects. In the functional mobility task, we found nGVS significantly improved task learning. Further, improvements in learning the functional mobility task with nGVS were retained, even once the GVS application was stopped. The benefits in learning with nGVS were not observed in the manual control task. High level GVS tended to inhibit learning in both tasks, but not significantly so. Even once the high-level stimulation was stopped, the impaired performance remained. Improvements in learning with nGVS may be due to increased information throughput resulting from stochastic resonance. The benefit of nGVS for functional mobility, but not manual control nulling, may be due to the multisensory, strategic, motor coordination, or spatial awareness aspects of the former task. Learning improvements with nGVS have the potential to benefit individuals who perform functional mobility tasks, such as astronauts, firefighters, high performance athletes, and soldiers. (shrink)

It is some 900 years before Christ that we find the most ancient traces of two innovations which were to have incalculable consequences for the future of mankind. The evolution of civilization has, in fact, been marked by a clean break located at the era when man discovered the rudiments of agriculture and animal husbandry and began to produce his own food. Whereas for the three million years during which he had to provide for his needs exclusively through hunting, fishing (...) and gathering, his progress was extremely slow, the adoption of a new way of life based on agriculture and animal husbandry allowed man to transform himself in less than twelve thousand years from deer hunter into astronaut. (shrink)