This document appears to be about a competition called the SHIFTboston 2010 MOON CAPITAL Competition that asked entrants to design a lunar colony called Moon Capital that could be built by 2069. The document includes summaries of the winning and finalist projects, as well as other notable entries. It also contains an afterward written in 1984 imagining life in a lunar university in the future, and a list of press about the Moon Capital competition.
Diane Guo wrote an essay discussing the costs and ethical issues related to space exploration. Space exploration requires high technology and large financial investments, such as the $109 billion spent on the Apollo program. However, critics argue that the money spent on space could be better used to address problems on Earth like providing clean water and food for those in need. Space exploration can also negatively impact the environment through rocket exhaust and the accumulation of space junk. While it provides some benefits, countries should reduce spending on space and instead focus on developing technologies that directly improve life on Earth.
This document discusses the debate around government funding of space exploration. While some argue it is a waste of money that could help problems on Earth, the document outlines how space exploration has led to many innovations that directly improve life on Earth. It provides examples like air filtration systems, which were developed for use in space but are now widely used to prevent the spread of diseases. Overall, the document argues that while expensive, space exploration has provided technologies we rely on daily and is a major driver of technological progress.
Clyde Tombaugh discovered the planet Pluto in 1930 while working at Lowell Observatory in Flagstaff, Arizona. He began studying astronomy by sketching Jupiter and Mars from his homemade telescope in Kansas. After discovering Pluto, he attended the University of Kansas but was not allowed to take a beginning astronomy course due to his status as a planet discoverer. In 2006, Pluto was reclassified as a dwarf planet by the International Astronomical Union. Tombaugh's ashes were placed aboard the New Horizons spacecraft which is scheduled to reach Pluto in 2015.
The Universe history took about the beginning of the world how is it made and the theory of the different scientist in the universe .example the big bang theory
Space is vast and makes up most of the universe; it contains our solar system including nine planets that orbit the sun. While space exploration has led to manned missions to the moon and probes to Mars, space also contains debris from abandoned spacecraft and satellites that can pose dangers. Large rockets and spacecraft have been developed to transport humans and materials into space, though trips to other planets would take a long time without very fast ships.
This chapter discusses cosmic evolution as a unifying concept in science. The author argues that energy drives the rising complexity of systems in the universe, from galaxies and stars to lifeforms. Cultural curiosity is both a result of and helps explain cosmic evolutionary events that shaped our origins. The chapter presents an emerging scientific worldview based on ubiquitous change in nature, supported by evidence of change across all scales from galaxies to life. Cosmic evolution traces developmental changes in radiation, matter, and life throughout the universe.
NASA is looking for volunteers for a one-way trip to Mars to establish a permanent human colony. The settlers would not return to Earth as it would be too costly. While Mars has substantial quantities of water, making it potentially habitable, the planet also has freezing temperatures and a thin, carbon dioxide atmosphere, posing challenges for human survival. Scientists have proposed genetic modification and synthetic biology as technologies that could be explored to prepare for the mission.
Diane Guo wrote an essay discussing the costs and ethical issues related to space exploration. Space exploration requires high technology and large financial investments, such as the $109 billion spent on the Apollo program. However, critics argue that the money spent on space could be better used to address problems on Earth like providing clean water and food for those in need. Space exploration can also negatively impact the environment through rocket exhaust and the accumulation of space junk. While it provides some benefits, countries should reduce spending on space and instead focus on developing technologies that directly improve life on Earth.
This document discusses the debate around government funding of space exploration. While some argue it is a waste of money that could help problems on Earth, the document outlines how space exploration has led to many innovations that directly improve life on Earth. It provides examples like air filtration systems, which were developed for use in space but are now widely used to prevent the spread of diseases. Overall, the document argues that while expensive, space exploration has provided technologies we rely on daily and is a major driver of technological progress.
Clyde Tombaugh discovered the planet Pluto in 1930 while working at Lowell Observatory in Flagstaff, Arizona. He began studying astronomy by sketching Jupiter and Mars from his homemade telescope in Kansas. After discovering Pluto, he attended the University of Kansas but was not allowed to take a beginning astronomy course due to his status as a planet discoverer. In 2006, Pluto was reclassified as a dwarf planet by the International Astronomical Union. Tombaugh's ashes were placed aboard the New Horizons spacecraft which is scheduled to reach Pluto in 2015.
The Universe history took about the beginning of the world how is it made and the theory of the different scientist in the universe .example the big bang theory
Space is vast and makes up most of the universe; it contains our solar system including nine planets that orbit the sun. While space exploration has led to manned missions to the moon and probes to Mars, space also contains debris from abandoned spacecraft and satellites that can pose dangers. Large rockets and spacecraft have been developed to transport humans and materials into space, though trips to other planets would take a long time without very fast ships.
This chapter discusses cosmic evolution as a unifying concept in science. The author argues that energy drives the rising complexity of systems in the universe, from galaxies and stars to lifeforms. Cultural curiosity is both a result of and helps explain cosmic evolutionary events that shaped our origins. The chapter presents an emerging scientific worldview based on ubiquitous change in nature, supported by evidence of change across all scales from galaxies to life. Cosmic evolution traces developmental changes in radiation, matter, and life throughout the universe.
NASA is looking for volunteers for a one-way trip to Mars to establish a permanent human colony. The settlers would not return to Earth as it would be too costly. While Mars has substantial quantities of water, making it potentially habitable, the planet also has freezing temperatures and a thin, carbon dioxide atmosphere, posing challenges for human survival. Scientists have proposed genetic modification and synthetic biology as technologies that could be explored to prepare for the mission.
The document discusses three recent discoveries in space exploration. It describes how astronomers have found evidence of "dark matter" making up half of the universe's missing mass by detecting the brightening of stars caused by dead stars passing in front of them. The document also discusses how Hubble photos revealed the universe may contain many more galaxies than previously estimated, around 50 million galaxies. Finally, it discusses a computer simulation suggesting the early solar system may have originally had five giant planets, with one planet getting ejected during a gravitational disturbance caused by Jupiter's shifting orbit.
The solar system consists of the Sun and nine planets, including Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto. It also contains over 130 satellites of the planets and many small bodies like comets and asteroids. The Sun contains over 99% of the mass of the entire solar system and is made up mostly of hydrogen and helium.
The document discusses several topics related to Catholicism and its challenges in the modern world. It addresses the Trinity as the foundation of relationships between God, humanity, and nature. It praises God and discusses reshaping concepts of human and non-human life on Earth. The document also discusses issues like exploitation of resources, environmental destruction, and the need for a life-affirming culture that values all of nature.
The document provides information about the planets in our solar system, various types of stars, and details about our sun. It describes the key characteristics of each planet from Mercury to Neptune. It also outlines different types of stars like black dwarfs, main sequence stars, red giants, and white dwarfs. Additionally, it explains the Hertzsprung-Russell diagram and provides specifics about the composition and properties of our sun.
Nicolaus Copernicus developed the heliocentric theory that the sun, not the earth, is at the center of our solar system. This contradicted the prevailing geocentric view of Ptolemy that the earth is the center. Copernicus published his theory in 1543, noting the sun is stationary and the earth and planets revolve around it. His work helped initiate the Copernican revolution and shifted the view of astronomy and humanity's place in the universe, though his model was later refined by scientists like Galileo and Kepler.
Novel name: A brief time of history.
Writer name: Stephen Hawking
As from name, Stephen tries to explain brief history of time and he explains best. If you don't understand meaning of any word, then ask to us. I hope you like this novel.
Thanks.
Circling one star among hundreds of billions, in one galaxy among a hundred billion more, in a Universe that is vast and expanding ever faster – perhaps toward infinity. It’s easy to forget that we live in a place of astonishing grandeur and mystery.
Register to explore the whole course here: https://school.bighistoryproject.com/bhplive?WT.mc_id=Slideshare12202017
This document is a journal containing 14 articles discussing Stephen Hawking's view that contact with intelligent alien life could pose a serious threat to humanity. Some key points discussed in the articles include:
- While Hawking has no more expertise than others on alien motives, advanced alien civilizations might view humans as inferior and a threat to resources based on patterns of human and animal behavior on Earth.
- The greatest danger from aliens may come from microorganisms and diseases, not advanced weapons. When Europeans arrived in the Americas, it was disease rather than weapons that destroyed native populations.
- Life may be more widespread in the universe than previously thought, taking forms like microorganisms on other planets and organic molecules in space. If
This document provides an introduction to a new perspective called biocentrism, which argues that life and consciousness are fundamental to understanding the universe. The current dominant model of the universe proposes that it began from lifeless particles obeying physical laws, and life arose later through unknown processes. However, this model cannot explain mysteries like the origin of consciousness. Biocentrism proposes that a new paradigm is needed that accounts for the role of life and consciousness from the beginning. It suggests consciousness may hold clues to resolving puzzles in physics like quantum theory.
The document outlines an individual's belief that the Earth is flat, despite being taught as a child that the Earth is a sphere. The author views their flat Earth belief as the starting point of an ongoing search for truth and certainty. They acknowledge that the flat Earth view is unpopular and contradicted by mainstream science, but argue that the spherical Earth model has been accepted without sufficient direct evidence or investigation of alternatives. The author advocates for an empirical, experience-based approach to understanding the world.
Does humanity have a future beyond Earth intel document 19.docxintel-writers.com
Questions about the Future of Humanity
1. Does humanity have a future beyond Earth?
“I think it’s a dangerous delusion to envisage mass emigration from Earth. There’s nowhere else in the solar system that’s as comfortable as even the top of Everest or the South Pole. We must address the world’s problems here. Nevertheless, I’d guess that by the next century, there will be groups of privately funded adventurers living on Mars and thereafter perhaps elsewhere in the solar system. We should surely wish these pioneer settlers good luck in using all the cyborg techniques and biotech to adapt to alien environments. Within a few centuries they will have become a new species: the posthuman era will have begun. Travel beyond the solar system is an enterprise for posthumans—organic or inorganic.”
—Martin Rees, British cosmologist and astrophysicist
When and where do you think we will find extraterrestrial life?
“If there is abundant microbial life on Mars, I suspect that we will find it within 20 years—if it is enough like our form of life. If an alien life-form differs much from what we have here on Earth, it is going to be difficult to detect. It’s also possible that any surviving Martian microbes are rare and located in places that are difficult for a robotic lander to reach. Jupiter’s moon Europa and Saturn’s moon Titan are more compelling places. Europa is a water world where more complex forms of life may have evolved. And Titan is probably the most interesting place in the solar system to look for life. It is rich in organic molecules but very cold and has no liquid water; if life exists on Titan, it will be very different from life on Earth.”
College Essay Writing Help Essay Writing Help For College Students ...Laura Martin
This document provides instructions for college students to get essay writing help online. It outlines a 5-step process: 1) Create an account, 2) Complete an order form with instructions and deadline, 3) Review bids from writers and choose one, 4) Review the paper and authorize payment, 5) Request revisions if needed. It emphasizes that the service aims to provide original, high-quality content and offers refunds for plagiarized work.
Man set the buzz on aliens and extra terrestrials going. Centuries after centuries slipped by, but the progress and pace by either of the earthlings or the aliens, has been barely close to a stand off by both.
Now it is time we snapped the suspense, got the fuss undone and the euphoria regarding existence of an alien civilization closed.
Frank Drake organized the first scientific meeting to discuss the possibility of discovering life on other worlds in 1961. He created what became known as the Drake Equation to summarize the key factors needed to estimate the number of detectable civilizations in our galaxy. The equation multiplied terms for the rate of star formation, the fraction of stars with planets, the number of planets that could support life, the fraction where life emerges and develops intelligence, the fraction that develop technologies for communication, and the length of time such civilizations remain detectable. At the meeting, estimates for the factors produced a value close to 1 for the number of civilizations, depending largely on how long they remain detectable. The Drake Equation became widely known and helped focus discussion on the challenges of
Searching for Intelligent Life on Other Planets is a Goal Worth PursuingNick White
Abstract
For centuries, humans have tilted back their heads and gazed upon the heavens in wonder. What’s out there and are we alone in this universe? This paper addresses the need for humans worldwide to continue our search for life on other planets, and argues that it is our natural instinct to discover new worlds, much like the early explorers of the 15th Century. The paper covers the leadership role of SETI, as well as the projected funds for such missions. Themes from fields like astrobiology, economics and motivation will be considered and analyzed from a neutral standpoint. This paper will entertain the notion that we may, in fact, be alone in this universe. Aside from the money, the interest and the people advocating for the extra-terrestrial search, this paper will also address the mathematical probability of life existing in our galaxy, using the famed Drake Equation, contemplating the “habitable zone,” and even looking at evidence of life already found. The paper concludes, explaining why the search for intelligent life on other planets and our universe is a worthwhile goal.
The document discusses three recent discoveries in space exploration. It describes how astronomers have found evidence of "dark matter" making up half of the universe's missing mass by detecting the brightening of stars caused by dead stars passing in front of them. The document also discusses how Hubble photos revealed the universe may contain many more galaxies than previously estimated, around 50 million galaxies. Finally, it discusses a computer simulation suggesting the early solar system may have originally had five giant planets, with one planet getting ejected during a gravitational disturbance caused by Jupiter's shifting orbit.
The solar system consists of the Sun and nine planets, including Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto. It also contains over 130 satellites of the planets and many small bodies like comets and asteroids. The Sun contains over 99% of the mass of the entire solar system and is made up mostly of hydrogen and helium.
The document discusses several topics related to Catholicism and its challenges in the modern world. It addresses the Trinity as the foundation of relationships between God, humanity, and nature. It praises God and discusses reshaping concepts of human and non-human life on Earth. The document also discusses issues like exploitation of resources, environmental destruction, and the need for a life-affirming culture that values all of nature.
The document provides information about the planets in our solar system, various types of stars, and details about our sun. It describes the key characteristics of each planet from Mercury to Neptune. It also outlines different types of stars like black dwarfs, main sequence stars, red giants, and white dwarfs. Additionally, it explains the Hertzsprung-Russell diagram and provides specifics about the composition and properties of our sun.
Nicolaus Copernicus developed the heliocentric theory that the sun, not the earth, is at the center of our solar system. This contradicted the prevailing geocentric view of Ptolemy that the earth is the center. Copernicus published his theory in 1543, noting the sun is stationary and the earth and planets revolve around it. His work helped initiate the Copernican revolution and shifted the view of astronomy and humanity's place in the universe, though his model was later refined by scientists like Galileo and Kepler.
Novel name: A brief time of history.
Writer name: Stephen Hawking
As from name, Stephen tries to explain brief history of time and he explains best. If you don't understand meaning of any word, then ask to us. I hope you like this novel.
Thanks.
Circling one star among hundreds of billions, in one galaxy among a hundred billion more, in a Universe that is vast and expanding ever faster – perhaps toward infinity. It’s easy to forget that we live in a place of astonishing grandeur and mystery.
Register to explore the whole course here: https://school.bighistoryproject.com/bhplive?WT.mc_id=Slideshare12202017
This document is a journal containing 14 articles discussing Stephen Hawking's view that contact with intelligent alien life could pose a serious threat to humanity. Some key points discussed in the articles include:
- While Hawking has no more expertise than others on alien motives, advanced alien civilizations might view humans as inferior and a threat to resources based on patterns of human and animal behavior on Earth.
- The greatest danger from aliens may come from microorganisms and diseases, not advanced weapons. When Europeans arrived in the Americas, it was disease rather than weapons that destroyed native populations.
- Life may be more widespread in the universe than previously thought, taking forms like microorganisms on other planets and organic molecules in space. If
This document provides an introduction to a new perspective called biocentrism, which argues that life and consciousness are fundamental to understanding the universe. The current dominant model of the universe proposes that it began from lifeless particles obeying physical laws, and life arose later through unknown processes. However, this model cannot explain mysteries like the origin of consciousness. Biocentrism proposes that a new paradigm is needed that accounts for the role of life and consciousness from the beginning. It suggests consciousness may hold clues to resolving puzzles in physics like quantum theory.
The document outlines an individual's belief that the Earth is flat, despite being taught as a child that the Earth is a sphere. The author views their flat Earth belief as the starting point of an ongoing search for truth and certainty. They acknowledge that the flat Earth view is unpopular and contradicted by mainstream science, but argue that the spherical Earth model has been accepted without sufficient direct evidence or investigation of alternatives. The author advocates for an empirical, experience-based approach to understanding the world.
Does humanity have a future beyond Earth intel document 19.docxintel-writers.com
Questions about the Future of Humanity
1. Does humanity have a future beyond Earth?
“I think it’s a dangerous delusion to envisage mass emigration from Earth. There’s nowhere else in the solar system that’s as comfortable as even the top of Everest or the South Pole. We must address the world’s problems here. Nevertheless, I’d guess that by the next century, there will be groups of privately funded adventurers living on Mars and thereafter perhaps elsewhere in the solar system. We should surely wish these pioneer settlers good luck in using all the cyborg techniques and biotech to adapt to alien environments. Within a few centuries they will have become a new species: the posthuman era will have begun. Travel beyond the solar system is an enterprise for posthumans—organic or inorganic.”
—Martin Rees, British cosmologist and astrophysicist
When and where do you think we will find extraterrestrial life?
“If there is abundant microbial life on Mars, I suspect that we will find it within 20 years—if it is enough like our form of life. If an alien life-form differs much from what we have here on Earth, it is going to be difficult to detect. It’s also possible that any surviving Martian microbes are rare and located in places that are difficult for a robotic lander to reach. Jupiter’s moon Europa and Saturn’s moon Titan are more compelling places. Europa is a water world where more complex forms of life may have evolved. And Titan is probably the most interesting place in the solar system to look for life. It is rich in organic molecules but very cold and has no liquid water; if life exists on Titan, it will be very different from life on Earth.”
College Essay Writing Help Essay Writing Help For College Students ...Laura Martin
This document provides instructions for college students to get essay writing help online. It outlines a 5-step process: 1) Create an account, 2) Complete an order form with instructions and deadline, 3) Review bids from writers and choose one, 4) Review the paper and authorize payment, 5) Request revisions if needed. It emphasizes that the service aims to provide original, high-quality content and offers refunds for plagiarized work.
Man set the buzz on aliens and extra terrestrials going. Centuries after centuries slipped by, but the progress and pace by either of the earthlings or the aliens, has been barely close to a stand off by both.
Now it is time we snapped the suspense, got the fuss undone and the euphoria regarding existence of an alien civilization closed.
Frank Drake organized the first scientific meeting to discuss the possibility of discovering life on other worlds in 1961. He created what became known as the Drake Equation to summarize the key factors needed to estimate the number of detectable civilizations in our galaxy. The equation multiplied terms for the rate of star formation, the fraction of stars with planets, the number of planets that could support life, the fraction where life emerges and develops intelligence, the fraction that develop technologies for communication, and the length of time such civilizations remain detectable. At the meeting, estimates for the factors produced a value close to 1 for the number of civilizations, depending largely on how long they remain detectable. The Drake Equation became widely known and helped focus discussion on the challenges of
Searching for Intelligent Life on Other Planets is a Goal Worth PursuingNick White
Abstract
For centuries, humans have tilted back their heads and gazed upon the heavens in wonder. What’s out there and are we alone in this universe? This paper addresses the need for humans worldwide to continue our search for life on other planets, and argues that it is our natural instinct to discover new worlds, much like the early explorers of the 15th Century. The paper covers the leadership role of SETI, as well as the projected funds for such missions. Themes from fields like astrobiology, economics and motivation will be considered and analyzed from a neutral standpoint. This paper will entertain the notion that we may, in fact, be alone in this universe. Aside from the money, the interest and the people advocating for the extra-terrestrial search, this paper will also address the mathematical probability of life existing in our galaxy, using the famed Drake Equation, contemplating the “habitable zone,” and even looking at evidence of life already found. The paper concludes, explaining why the search for intelligent life on other planets and our universe is a worthwhile goal.
Searching for Intelligent Life on Other Planets is a Goal Worth Pursuing
10609074_think_beyond-extracts
1.
2. iContents
i Contents
ii Foreword by Jeffrey Hoffman, Ph.D.
iii Lunar Habitation by Madhu Thangavelu
01 About SHIFTboston
02 Acknowledgments
MOON2010_Jury
07 MOON CAPITAL: 2069
08 SHIFTboston 2010 MOON CAPITAL Competition:
Winning Projects
Winner: LPS: 2069
12 Finalist: Liquid Soil
14 Finalist: Lunar Base at the Earth’s Moon
16 Finalist: Moon Capital
18 SHIFTboston 2010 MOON CAPITAL Competition:
Notably Unique, Rover, Fun, Energy, Habitat,
Selected Projects
44 SHIFTboston 2010 MOON CAPITAL Competition:
Competition Entries
86 Moon Ball
90 Afterword by Brent Sherwood
92 Press
3. “The moon is a vast waste land.
Will we inhabit it? Well, look at
Las Vegas.” Jeffrey Hoffman, Ph.D.
4. 58
J. Henderson, A. Carolina, C. Campos, L. Avila
R. Yeung, O. Karabinech, H. Chang, K. Chu
5. 60
L. Villegas, E. Duran, N. Aguilar, A. Reves
K. Chi, J. Peñuela, A. Espinosa, C. Tamez, K. Herrera
B. McGee
J. Henderson, A. Carolina, C. Campos, L. Avila
7. 82
M. McNutt, F. Agren, A. Cole, E. Duray, J. Garvey,
J. Gates, J. Hui, B. Imhoff, P. Kim, I. Kong, R. Lim,
S. Newcomb, R. Ralston
K. Cespedes, T. Suderman, A. Richardson
L. Zayas
J. Henderson, A. Carolina, C. Campos, L. Avila
8. 90
Mr. Sherwood leads strategic planning and project formulation for NASA’s Jet
Propulsion Laboratory. His previous work includes leading engineering teams
on the production of modules for the International Space Station.
In 1984, Mr. Sherwood took first place in the Honeywell Futurist Awards
Essay Competition with three 500-word pieces projecting 25-year advances in
computers, aerospace, and the “social, economic, and environmental impact
of the technological progress.” Unchanged, this piece is the third essay from
that set and, albeit not realized in the intervening quarter century, nonetheless
captures the spirit motivating the SHIFTBoston visionaries documented in
this book. New worlds still beckon – and hopefully always will – as homes for
humanity’s outward expansion.
Mr. Sherwood holds advanced degrees in architecture and aerospace
engineering and writes and speaks in fields related to the human settlement of
space. Mr. Sherwood served as a juror on the 2010 Moon Capital Competition.
When I look out the window of the shuttle bus on my way home from work,
and see Earth as the planet of ocean and cloud it really is, I am struck by
what I’ve done. Retired widowers with acute phlebitis are supposed to go
fishing in Florida…
But with my extra time and my granddaughter’s computer I started catching
up in math. Just about the time I got to group theory and thermodynamics,
space began to dominate the news. Between the normal reports of famines
and counter-terrorist strikes came a steady stream relating discoveries and
breakthroughs, as though for all those generations we had been surviving
with only the introduction to the encyclopedia instead of the text!
Suddenly the exciting work in the exciting fi lds was being done in space.
Amazing products (including the vein-specific nti-inflammatory medicine
I use) and knowledge about the universe and ourselves rained down on us
from orbit. When many of the labs were consolidated into Lunar University,
I discovered at the instigation of my family that there was ample opportunity
on the staff or an aging man with over 40 years’ experience as a machinist,
who knew some real math, and who had a vascular disease to be studied in
weightlessness.
Languages and mechanical skills are our only “undergraduate” departments;
the real meat is graduate research. Most astronomy is done on Farside,
while practically everything else is in orbit. The Biocluster runs the research
hospital and the closed-ecosystem labs. Computer Science and Physics
are far enough away to make use of the cleanest possible vacuum. Cheap
superconductivity and free energy are enabling them to bring on line an
accelerator orders of magnitude stronger than any in history. Closer to home
are the Psycho-Social department and the Material Science cluster, where I
work.
You can’t help but see Earth differently from here, and they’re starting to look
to us more and more. The planet is hungry enough for the information and
technology we produce that our ability to grow and to learn is unbounded.
The University has even begun reinvesting directly in Earth, knowing its
Letter to an Old Acquaintancei
By Brent Sherwood
Afterword
9. 91Afterword
worth to all of us as a unique resource, by purchasing huge regions of critical
tropical habitat. Up here we don’t defend against someone else’s nationalism;
we defend against anyone else’s terrorism. When your daily life really
depends on everyone else, quite soon you come to trust people in a way you
never thought you could.
Life is better now than I remember it being before. Information moves so fast
that we don’t have to. Most of us alternate semesters in orbit or on the Earth
Trojans with semesters on the Moon, where 1/6 g keeps our muscles working
(but doesn’t aggravate my phlebitis). Here we all have time, we all have
room, and the work I do has never been more appreciated. I can remember
wondering if my grandchildren would go into space, but I never dreamed I
would be here to welcome them.
_________________________
i
Futurics 9:4, p.7, 1985, World Future Society, Minnesota Futurists, St. Paul.
Reprinted by permission.
10. 92
ART Das Kunstmagazin
“Weltraumarchitektur Boston”
Till Briegleb, November 30th, 2010
Canadian Centre for Architecture
“CCA Recommendation: the SHIFTboston MOON CAPITAL Competition”
July 14th, 2010
CNN
“Imagine a Moon Base in 2069”
Thom Patterson, November 18th, 2010
Commercial Space Gateway
“Moon Capital: A Commercial Gateway to the Moon”
Marc Cohen, August 28th, 2010
Inhabitat
“Massive Lunar Solar Power Tower Beams Energy to Earth”
Timon Singh, October 26th, 2010
Scientifi c American
“Architects Vie to Design the City of the Future--On the Moon.”
Cynthia Graber, November 4th, 2010
Press
MOON2010_PRESSMOON2010 029MOON2010 029