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| =Buckminster Fuller= | {{tag>Related Person}} |
| | ====== Buckminster Fuller ====== |
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| | Buckminster Fuller was a 20th-century American architect, inventor, and systems theorist whose work focused on creating sustainable solutions for the world's problems. He was known for his innovative designs and his belief in using technology and design to improve the human condition. Fuller's philosophy was a significant influence on the model of IEMT and all IEMT practitioners are encouraged to study Fuller's work. |
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| | <blockquote center> |
| | "Ninety-nine percent of who you are is invisible and untouchable." |
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| | <cite>R. Buckminster Fuller</cite> |
| | </blockquote> |
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| Buckminster Fuller was a 20th-century American architect, inventor, and systems theorist whose work focused on creating sustainable solutions for the world's problems. He was known for his innovative designs and his belief in using technology and design to improve the human condition. | |
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| Fuller was born in 1895 in Massachusetts and was trained as an architect at the Massachusetts Institute of Technology. However, he found traditional architecture to be too limiting and began to explore alternative approaches to design. He became interested in the potential of using new materials and technologies to create more efficient and effective solutions to problems. | Fuller was born in 1895 in Massachusetts and was trained as an architect at the Massachusetts Institute of Technology. However, he found traditional architecture to be too limiting and began to explore alternative approaches to design. He became interested in the potential of using new materials and technologies to create more efficient and effective solutions to problems. |
| One of Fuller's most famous inventions was the geodesic dome, a dome-shaped structure made up of a network of interconnected triangles. The geodesic dome was designed to be lightweight, strong, and able to span large areas without the need for internal support. It was used in a variety of applications, including as exhibition halls, sports arenas, and even as a habitat for astronauts on the moon. | One of Fuller's most famous inventions was the geodesic dome, a dome-shaped structure made up of a network of interconnected triangles. The geodesic dome was designed to be lightweight, strong, and able to span large areas without the need for internal support. It was used in a variety of applications, including as exhibition halls, sports arenas, and even as a habitat for astronauts on the moon. |
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| Fuller's work was not limited to architecture and design. He was also interested in social and economic issues, and believed that technology could be used to create a more equitable society. He developed the concept of "ephemeralization," which refers to the ability to do more with less through the use of technology and design. | Fuller's work was not limited to architecture and design. He was also interested in social and economic issues, and believed that technology could be used to create a more equitable society. He developed the concept of "ephemeralization"[(ephemeralization>Ephemeralization[[https://en.wikipedia.org/wiki/ephemeralization|Wikipedia]])], which refers to the ability to do more with less through the use of technology and design. |
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| Fuller's ideas were influential in the development of the environmental movement and continue to influence design and architecture today. He received numerous awards and honors during his lifetime, including the Presidential Medal of Freedom, and his work is still studied and admired by designers and architects around the world. | Fuller's ideas were influential in the development of the environmental movement and continue to influence design and architecture today. He received numerous awards and honors during his lifetime, including the Presidential Medal of Freedom, and his work is still studied and admired by designers and architects around the world. |
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| ==Geodesic Domes== | <blockquote center> |
| | "What usually happens in the educational process is that the faculties are dulled, overloaded, stuffed and paralyzed so that by the time most people are mature they have lost their innate capabilities." |
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| A geodesic dome is a type of structure made up of a network of interconnected triangles. It is named after the geodesic line, which is a line that follows the shortest path between two points on the surface of a sphere. The geodesic dome was invented by the architect and inventor Buckminster Fuller in the 1950s. | <cite>R. Buckminster Fuller</cite> |
| | </blockquote> |
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| | =====Geodesic Domes====== |
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| | A geodesic dome[(geodesicdome>Geodesic Domes[[https://en.wikipedia.org/wiki/Geodesic_dome|Wikipedia]])] is a type of structure made up of a network of interconnected triangles. It is named after the geodesic line, which is a line that follows the shortest path between two points on the surface of a sphere. The geodesic dome was invented by the architect and inventor Buckminster Fuller in the 1950s. |
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| Geodesic domes are constructed using a series of interconnected struts or beams, which form the triangles that make up the structure. These struts are typically made from lightweight materials such as aluminum or carbon fiber, and are connected using specialized joints or connectors. The resulting structure is strong, stable, and able to span large areas without the need for internal support. | Geodesic domes are constructed using a series of interconnected struts or beams, which form the triangles that make up the structure. These struts are typically made from lightweight materials such as aluminum or carbon fiber, and are connected using specialized joints or connectors. The resulting structure is strong, stable, and able to span large areas without the need for internal support. |
| Geodesic domes have a number of advantages over traditional building designs. They are able to withstand extreme weather conditions, such as high winds and heavy snow loads, and are resistant to earthquakes and other natural disasters. They are also energy efficient, as they have a low surface area to volume ratio, which means they require less energy to heat and cool. | Geodesic domes have a number of advantages over traditional building designs. They are able to withstand extreme weather conditions, such as high winds and heavy snow loads, and are resistant to earthquakes and other natural disasters. They are also energy efficient, as they have a low surface area to volume ratio, which means they require less energy to heat and cool. |
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| ==Dymaxion Houses== | =====Dymaxion Houses===== |
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| The Dymaxion House was a prototype for a prefabricated, circular house designed by Buckminster Fuller in the 1930s. The name "Dymaxion" was a combination of the words "dynamic," "maximum," and "ion," and was meant to reflect the house's innovative and efficient design. | The Dymaxion House[(Dymaxion>Dymaxion House[[https://en.wikipedia.org/wiki/Dymaxion_house|Wikipedia]])] was a prototype for a prefabricated, circular house designed by Buckminster Fuller in the 1930s. The name "Dymaxion" was a combination of the words "dynamic," "maximum," and "ion," and was meant to reflect the house's innovative and efficient design. |
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| The Dymaxion House was designed to be highly energy efficient and self-sustaining, with features such as a rainwater collection system, a greywater treatment system, and a wind turbine for generating electricity. It was also designed to be easily transported and assembled, with the entire structure able to be packed into a standard shipping container. | The Dymaxion House was designed to be highly energy efficient and self-sustaining, with features such as a rainwater collection system, a greywater treatment system, and a wind turbine for generating electricity. It was also designed to be easily transported and assembled, with the entire structure able to be packed into a standard shipping container. |
| Despite its innovative design, the Dymaxion House was never put into production. However, it remains an important example of Fuller's ideas about sustainability and the potential of technology and design to create more efficient and effective solutions to problems. | Despite its innovative design, the Dymaxion House was never put into production. However, it remains an important example of Fuller's ideas about sustainability and the potential of technology and design to create more efficient and effective solutions to problems. |
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| =="I Seem To Be A Verb"== | ====="I Seem To Be A Verb"===== |
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| "I Seem to Be a Verb" was written by Buckminster Fuller and published in 1970. The book is a collection of essays, lectures, and other writings by Fuller, and covers a wide range of topics, including architecture, design, technology, and sustainability. | "I Seem to Be a Verb"[( :harvard:Fuller1970>> |
| | authors : Buckminster Fuller, Jerome Agel, Quentin Fiore |
| | title : I Seem To Be A Verb |
| | published : 1970 |
| | publisher : Bantam |
| | isbn : 1-127-23153-7 |
| | url : https://en.wikipedia.org/wiki/Special:BookSources/0-8093-2461-X |
| | )] was written by Buckminster Fuller and published in 1970. The book is a collection of essays, lectures, and other writings by Fuller, and covers a wide range of topics, including architecture, design, technology, and sustainability. |
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| In the book, Fuller discusses his ideas about the potential of technology and design to create a better future for humanity. He argues that advances in these areas can be used to address a wide range of issues, including environmental, social, and economic problems. He also discusses his concept of "ephemeralization," which refers to the ability to do more with less through the use of technology and design. | In the book, Fuller discusses his ideas about the potential of technology and design to create a better future for humanity. He argues that advances in these areas can be used to address a wide range of issues, including environmental, social, and economic problems. He also discusses his concept of "ephemeralization," which refers to the ability to do more with less through the use of technology and design. |
| Geodesic domes have been used in a variety of applications, including as exhibition halls, sports arenas, and even as habitats for astronauts on the moon. They are still used today as unique and innovative structures for a wide range of purposes. | Geodesic domes have been used in a variety of applications, including as exhibition halls, sports arenas, and even as habitats for astronauts on the moon. They are still used today as unique and innovative structures for a wide range of purposes. |
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| =="Operating Manual for Spaceship Earth"== | ====="Operating Manual for Spaceship Earth"====== |
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| Buckminster Fuller's "Operating Manual for Spaceship Earth" is a unique and thought-provoking book that delves into some of the most pressing issues of our time. In it, Fuller presents a vision for the future that is both hopeful and challenging, arguing that humanity has the potential to create a better world for itself if it can learn to live in harmony with the natural world and work together for the common good. | Buckminster Fuller's "Operating Manual for Spaceship Earth"[( :harvard:Fuller1968>> |
| | authors : Buckminster Fuller |
| | title : Operating Manual for Spaceship Earth |
| | published : 1969 |
| | publisher : Southern Illinois University Press |
| | isbn : 0-8093-2461-X |
| | note-text : [[https://openlibrary.org/books/OL5683717M/Operating_manual_for_spaceship_earth|Open Library]] |
| | url : https://en.wikipedia.org/wiki/Special:BookSources/0-8093-2461-X |
| | )][(operatingmanualforspaceshipearthbuckminsterfuller1969>Operating Manual For Spaceship Earth - Buckminster Fuller - (1969) [[https://archive.org/details/operatingmanualforspaceshipearthbuckminsterfuller1969|archive.org]])] |
| | is a unique and thought-provoking book that delves into some of the most pressing issues of our time. In it, Fuller presents a vision for the future that is both hopeful and challenging, arguing that humanity has the potential to create a better world for itself if it can learn to live in harmony with the natural world and work together for the common good. |
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| At the heart of Fuller's vision is the concept of "Spaceship Earth," a metaphor for the planet that we all call home. According to Fuller, we are all passengers on this spaceship, and it is up to us to ensure that it remains habitable and habitable for generations to come. This means taking care of the natural resources that sustain us, such as water, soil, and air, and finding ways to live sustainably so that we do not deplete these resources or damage the environment. | At the heart of Fuller's vision is the concept of "Spaceship Earth," a metaphor for the planet that we all call home. According to Fuller, we are all passengers on this spaceship, and it is up to us to ensure that it remains habitable and habitable for generations to come. This means taking care of the natural resources that sustain us, such as water, soil, and air, and finding ways to live sustainably so that we do not deplete these resources or damage the environment. |
| One of the key themes of "Operating Manual for Spaceship Earth" is the idea of interdependence. Fuller argues that all living beings are interconnected and that we cannot afford to think only of ourselves or our own interests. Instead, we must work together and consider the needs of others if we hope to create a better world. This means learning to live in harmony with nature and with each other, and finding ways to share resources and work together towards common goals. | One of the key themes of "Operating Manual for Spaceship Earth" is the idea of interdependence. Fuller argues that all living beings are interconnected and that we cannot afford to think only of ourselves or our own interests. Instead, we must work together and consider the needs of others if we hope to create a better world. This means learning to live in harmony with nature and with each other, and finding ways to share resources and work together towards common goals. |
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| | ===== Buckminster Fuller - Thinking Out Loud (Documentary 1996) ===== |
| | <WRAP CENTER 50%> |
| | {{youtube>uZ1PkrumLPc}} |
| | </WRAP> |
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