Project Virgle
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| - | [[Image:Virglelogo.gif|thumb|right| | + | [[Image:Virglelogo.gif|thumb|right|130px|Virgle logo]] |
| - | '''Project Virgle''' is Google and Sir Richard Branson's plan to colonize the planet Mars. | + | '''Project Virgle''' is [[Google (Business)|Google]] and Sir Richard Branson's plan to colonize the planet Mars. |
==Become a Pioneer== | ==Become a Pioneer== | ||
| - | Google is now accepting applications to be a Virgle Pioneer. To apply, the [[ | + | Google is now accepting applications to be a Virgle Pioneer. To apply, the [[you|victim]] goes to the Virgle website and fills out a [[?|questionnaire]]. Following that, you submit a video explaining why you want to live on Mars. You could win a coveted slot on the earliest, most uncomfortable and dangerously untested manned space flights to the new New World. |
| - | [[Category: History]] | + | ==The 100 Year Plan== |
| + | ===2010: Choosing a Site=== | ||
| + | After much research into, discussion about and outright arguing over water and mineral availability, morphological priorities and the like, the Virgle team has selected the Lunae planum area of the north side of Kasei Valles as the Plymouth Rock of the new New World. | ||
| + | ===2014: Low Earth Orbit=== | ||
| + | If a journey of 1,000 miles begins with a single step, then our 550-million-mile journey to Mars will begin with 550,000 1/500th-of-a-mile steps, as the LSE3, a multi-stage heavy lifter now under construction using the World War II-era Liberty Ship philosophy ("Make them fast, ugly and in large numbers"), launches our staging components into low earth orbit. | ||
| + | ===2015: Virgle Base 1=== | ||
| + | If you're like us, and deep down you aren't all that interested in going to Mars in the first place unless it means setting loose a swarm of super-cool robots -- well, rest easy. When the Virgle 1 lands, teams of autonomous rovers and assembly platforms will leap into action. | ||
| + | ===2016: Flying to Mars=== | ||
| + | Following confirmation of the unmanned flights' successful staging on the Martian surface, the program will begin a synchronized semiannual schedule with human crews. | ||
| + | ===2108: Virgle City=== | ||
| + | [[Image:Virgle city.jpg|thumb|right|200px|Virgle City]] | ||
| + | One hundred years after the launch of Project Virgle, we see the emergence of an enduring human community, with its own economy, ecology and social customs and mores. | ||
| + | |||
| + | Following 6 years of drilling in the permafrost of Chryse Planitia northeast of the Sagan station, egzobiologists announce the discovery of native Martian methanogene microorganisms and start research on their genetic material to establish their relation (if any) to Earthly life. | ||
| + | |||
| + | Martian exports of software systems and services, synthetic protein matrices, micro m-learning processor designs and medical vision implants reach an all-time high. The Earth/Mars trade balance is maintained largely by entertainment imports from Earth, although a nascent Martian music and video scene anchored by the Shoreline Amphitheater is starting to sell well Earthside. Shares of Virgle, Inc. Sell at an all-time high of 69.32 Mollars. | ||
| + | |||
| + | The human population of Mars reaches 1,000 by 2050 and, growing a robust 8% per year after that, surpasses 100,000 by the time [[Virgle City]] celebrates its first centennial -- including the first (human) generation to be born on the Red Planet, and thus truly having the right to call themselves Martians. | ||
| + | |||
| + | [[Google]] now stores a full copy of the Internet on Mars as a physical backup, while Virgin is now the planet's major producer of cargo and crew ships and operates a large shipyard on the mineral-rich Martian moon Phobos. | ||
| + | |||
| + | [[1812|By mid-century]], Virgle’s hot thermal nuclear propulsion launcher is sending spaceships, both crewed commuter flights and autonomous supply runs, regularly between Earth and Virgle City. | ||
| + | |||
| + | After nearly a century, the terraforming of Mars is 89% complete. Residents of [[Virgle City]] and its outlying settlements can now walk around wearing nothing more than breathers, and adapted crops are growing in the open. The food supply has diversified, manufacturing has expanded into commodities and a transit project promises to open new land not far from Tharsis to development. Protesters, like this young woman borne in Virgle City in 2083, warn of the risks that untrammeled development pose to the Red Planet's natural beauty. | ||
| + | |||
| + | ==See Also== | ||
| + | * [[Google (Business)|Google]] | ||
| + | * [[Virgle City]] | ||
| + | |||
| + | ==External Links== | ||
| + | * [[http://www.google.com/virgle/index.htm Virgle Website]] | ||
| + | [[Category: History]] [[Category: Google]] | ||
Current revision as of 21:11, 13 August 2008
Project Virgle is Google and Sir Richard Branson's plan to colonize the planet Mars.
Contents |
[edit] Become a Pioneer
Google is now accepting applications to be a Virgle Pioneer. To apply, the victim goes to the Virgle website and fills out a questionnaire. Following that, you submit a video explaining why you want to live on Mars. You could win a coveted slot on the earliest, most uncomfortable and dangerously untested manned space flights to the new New World.
[edit] The 100 Year Plan
[edit] 2010: Choosing a Site
After much research into, discussion about and outright arguing over water and mineral availability, morphological priorities and the like, the Virgle team has selected the Lunae planum area of the north side of Kasei Valles as the Plymouth Rock of the new New World.
[edit] 2014: Low Earth Orbit
If a journey of 1,000 miles begins with a single step, then our 550-million-mile journey to Mars will begin with 550,000 1/500th-of-a-mile steps, as the LSE3, a multi-stage heavy lifter now under construction using the World War II-era Liberty Ship philosophy ("Make them fast, ugly and in large numbers"), launches our staging components into low earth orbit.
[edit] 2015: Virgle Base 1
If you're like us, and deep down you aren't all that interested in going to Mars in the first place unless it means setting loose a swarm of super-cool robots -- well, rest easy. When the Virgle 1 lands, teams of autonomous rovers and assembly platforms will leap into action.
[edit] 2016: Flying to Mars
Following confirmation of the unmanned flights' successful staging on the Martian surface, the program will begin a synchronized semiannual schedule with human crews.
[edit] 2108: Virgle City
One hundred years after the launch of Project Virgle, we see the emergence of an enduring human community, with its own economy, ecology and social customs and mores.
Following 6 years of drilling in the permafrost of Chryse Planitia northeast of the Sagan station, egzobiologists announce the discovery of native Martian methanogene microorganisms and start research on their genetic material to establish their relation (if any) to Earthly life.
Martian exports of software systems and services, synthetic protein matrices, micro m-learning processor designs and medical vision implants reach an all-time high. The Earth/Mars trade balance is maintained largely by entertainment imports from Earth, although a nascent Martian music and video scene anchored by the Shoreline Amphitheater is starting to sell well Earthside. Shares of Virgle, Inc. Sell at an all-time high of 69.32 Mollars.
The human population of Mars reaches 1,000 by 2050 and, growing a robust 8% per year after that, surpasses 100,000 by the time Virgle City celebrates its first centennial -- including the first (human) generation to be born on the Red Planet, and thus truly having the right to call themselves Martians.
Google now stores a full copy of the Internet on Mars as a physical backup, while Virgin is now the planet's major producer of cargo and crew ships and operates a large shipyard on the mineral-rich Martian moon Phobos.
By mid-century, Virgle’s hot thermal nuclear propulsion launcher is sending spaceships, both crewed commuter flights and autonomous supply runs, regularly between Earth and Virgle City.
After nearly a century, the terraforming of Mars is 89% complete. Residents of Virgle City and its outlying settlements can now walk around wearing nothing more than breathers, and adapted crops are growing in the open. The food supply has diversified, manufacturing has expanded into commodities and a transit project promises to open new land not far from Tharsis to development. Protesters, like this young woman borne in Virgle City in 2083, warn of the risks that untrammeled development pose to the Red Planet's natural beauty.
