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result(s) for
"Life on other planets Fiction."
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Star wars, the clone wars. Jedi adventures
by
Scott, Heather
in
Life on other planets Juvenile fiction.
,
Life on other planets Fiction.
,
Science fiction.
2009
Follow Jedis Ahsoka, Anakin and Luminara Unduli on their adventures in the dangerous Clone Wars.
Level 7
2004
Level 7 is the diary of Officer X-127, who is assigned to stand guard at the \"Push Buttons,\" a machine devised to activate the atomic destruction of the enemy, in the country’s deepest bomb shelter. Four thousand feet underground, Level 7 has been built to withstand the most devastating attack and to be self-sufficient for five hundred years. Selected according to a psychological profile that assures their willingness to destroy all life on Earth, those who are sent down may never return. Originally published in 1959, and with over 400,000 copies sold, this powerful dystopian novel remains a horrific vision of where the nuclear arms race may lead, and is an affirmation of human life and love. Level 7 merits comparison to Huxley’s
A Brave New World and Orwell’s
1984 and should be considered a must-read by all science fiction fans.
Star Wars, the Clone Wars. Don't wake the Zillo Beast!
by
Richards, Jon, 1970-
in
Life on other planets Juvenile fiction.
,
Life on other planets Fiction.
,
Imaginary creatures Fiction.
2011
\"Introduces the very youngest readers to the fearsome Zillo Beast of the planet Malastare, and the destruction it unleashes when it's woken from its slumber.\"--Amazon.com.
Astrofuturism : science, race, and visions of utopia in space
by
Kilgore, De Witt Douglas
in
Astronautics in literature
,
Future in literature
,
Future, The, in literature
2003
Astrofuturism: Science, Race, and Visions of Utopia in Space is the first full-scale analysis of an aesthetic, scientific, and political movement that sought the amelioration of racial difference and social antagonisms through the conquest of space. Drawing on the popular science writing and science fiction of an eclectic group of scientists, engineers, and popular writers, De Witt Douglas Kilgore investigates how the American tradition of technological utopianism responded to the political upheavals of the twentieth century.
Founded in the imperial politics and utopian schemes of the nineteenth century, astrofuturism envisions outer space as an endless frontier that offers solutions to the economic and political problems that dominate the modern world. Its advocates use the conventions of technological and scientific conquest to consolidate or challenge the racial and gender hierarchies codified in narratives of exploration. Because the icon of space carries both the imperatives of an imperial past and the democratic hopes of its erstwhile subjects, its study exposes the ideals and contradictions endemic to American culture.
Kilgore argues that in the decades following the Second World War the subject of race became the most potent signifier of political crisis for the predominantly white and male ranks of astrofuturism. In response to criticism inspired by the civil rights movement and the new left, astrofuturists imagined space frontiers that could extend the reach of the human species and heal its historical wounds. Their work both replicated dominant social presuppositions and supplied the resources necessary for the critical utopian projects that emerged from the antiracist, socialist, and feminist movements of the twentieth century.
This survey of diverse bodies of literature conveys the dramatic and creative syntheses that astrofuturism envisions between people and machines, social imperatives and political hope, physical knowledge and technological power. Bringing American studies, utopian literature, popular conceptions of race and gender, and the cultural study of science and technology into dialogue, Astrofuturism will provide scholars of American culture, fans of science fiction, and readers of science writing with fresh perspectives on both canonical and cutting-edge astrofuturist visions.
Life under another Sun: From Science Fiction to Science
2020
Initiated in the sixteenth century, the Copernican revolution toppled our Earth from its theological pedestal, revealing it not to be the centre of everything but a planet among several others in orbit around one of the zillions of stars of our Universe. Already proposed by some philosophers at the dawn of this major paradigm shift, the existence of exoplanets, i.e. planets in orbit around stars other than our Sun, remained suspected but unconfirmed for centuries. It is only in the last decade of the twentieth century that the first of these extrasolar worlds were found. Their seminal discoveries initiated the development of more and more ambitious projects that led eventually to the detection of thousands of exoplanets, including a few dozen potentially habitable ones, i.e. terrestrial exoplanets that could harbour large amounts of liquid water – and maybe life – on their surfaces. Upcoming astronomical facilities will soon be able to probe the atmospheric compositions of some of these extrasolar worlds, maybe performing in the process the historical detection of chemical signs of life light-years away. But while the existence of extraterrestrial life remains pure speculation for now, it has been a major theme of science fiction for more than a century. By creating countless stories of encounters between humans and alien forms of life, science-fiction authors have pursued, in a sense, the Copernican revolution, confronting us with the idea that not only could life be widespread in the Universe, but also that our species may be far from the Cosmic pinnacle in matters of intelligence and technological development.
Journal Article
Star Wars. Journey through space
by
Windham, Ryder, author
in
Life on other planets Juvenile fiction.
,
Planets Juvenile fiction.
,
Extraterrestrial beings Fiction.
2015
Describes the planets and their life forms which make up the Star Wars galaxy.
Dying planet : Mars in science and the imagination
2005
For more than a century, Mars has been at the center of debates about humanity's place in the cosmos. Focusing on perceptions of the red planet in scientific works and science fiction, Dying Planet analyzes the ways Mars has served as a screen onto which humankind has projected both its hopes for the future and its fears of ecological devastation on Earth. Robert Markley draws on planetary astronomy, the history and cultural study of science, science fiction, literary and cultural criticism, ecology, and astrobiology to offer a cross-disciplinary investigation of the cultural and scientific dynamics that have kept Mars on front pages since the 1800s.
Markley interweaves chapters on science and science fiction, enabling him to illuminate each arena and to explore the ways their concerns overlap and influence one another. He tracks all the major scientific developments, from observations through primitive telescopes in the seventeenth century to data returned by the rovers that landed on Mars in 2004. Markley describes how major science fiction writers—H. G. Wells, Kim Stanley Robinson, Philip K. Dick, Edgar Rice Burroughs, Ray Bradbury, Robert Heinlein, and Judith Merril—responded to new theories and new controversies. He also considers representations of Mars in film, on the radio, and in the popular press. In its comprehensive study of both science and science fiction, Dying Planet reveals how changing conceptions of Mars have had crucial consequences for understanding ecology on Earth.
Children of time
\"The last remnants of the human race left a dying Earth, desperate to find a new home among the stars. Following in the footsteps of their ancestors, they discover the greatest treasure of the past age--a world terraformed and prepared for human life. But all is not right in this new Eden. In the long years since the planet was abandoned, the work of its architects has borne disastrous fruit. The planet is not waiting for them, pristine and unoccupied. New masters have turned it from a refuge into mankind's worst nightmare. Now two civilizations are on a collision course, both testing the boundaries of what they will do to survive. As the fate of humanity hangs in the balance, who are the true heirs of this new Earth?\" -- (Source of summary not specified)
Chemical Engineering beyond Earth: Astrochemical Engineering in the Space Age
by
Razis, Panos
,
Zorpas, Antonis
,
Inglezakis, Vassilis
in
Astrobiology
,
Biotechnology
,
Chemical engineering
2023
The Space Race in the second half of the 20th century was primarily concerned with getting there and back. Gradually, technology and international collaboration opened new horizons, but human activity was mostly restricted around Earth’s orbit, while robotic missions were sent to solar system planets and moons. Now, nations and companies claim extraterrestrial resources and plans are in place to send humans and build bases on the Moon and Mars. Exploration and discovery are likely to be followed by exploitation and settlement. History suggests that the next step is the development of space industry. The new industrial revolution will take place in space. Chemical engineers have been educated for more than a century on designing processes adapted to the Earth’s conditions, involving a range of raw materials, atmospheric pressure, ambient temperature, solar radiation, and 1-g. In space, the raw materials differ, and the unique pressure, temperature and solar radiation conditions require new approaches and methods. In the era of space exploration, a new educational concept for chemical engineers is necessary to prepare them for playing key roles in space. To this end, we introduce Astrochemical Engineering as an advanced postgraduate course and we propose a 2-year 120 ECTS MEng curriculum with a brief description of the modules and learning outcomes. The first year includes topics such as low-gravity process engineering, cryogenics, and recycling systems. The second year includes the utilization of planetary resources and materials for space resources. The course culminates in an individual design project and comprises two specializations: Process Engineering and Space Science. The course will equip engineers and scientists with the necessary knowledge for the development of advanced processes and industrial ecologies based on closed self-sustained systems. These can be applied on Earth to help reinvent sustainability and mitigate the numerous challenges humanity faces.
Journal Article