The Mars Society is an international space advocacy non-profit organization dedicated to promoting the human exploration and settlement of the planet Mars. It was founded by Robert Zubrin and others in 1998 and attracted the support of notable science fiction writers and filmmakers, including Kim Stanley Robinson and James Cameron. The organization works to educate the public, the media and government of the benefits of Mars exploration, networking the communities involved and exploring the possibilities of privately-funded missions to the red planet.^[1]

History[link]

The Society was formally established in August 1998, when over 700 delegates – astronomers, scientists, engineers, astronauts, entrepreneurs, educators, students, and space enthusiasts – attended a weekend of talks and presentations from leading Mars exploration advocates.

Since then, the Society, guided by its International Steering Committee, has grown to over 4,000 members and some 6,000 associate supporters across more than 50 countries around the world. Members of the Society are from all walks of life, and all actively work to promote the ideals of space exploration and the opportunities for exploring Mars.

The Mars Society's goals aren't purely theoretical. Its aim is to show that Mars is an achievable goal through a practical series of technical and other projects, including these:

• further development of the Mars Direct mission plan to send humans to Mars^[2]
• the Mars Analog Research Station Program (MARS) – analogues of possible future Mars habitation units, located in Mars-like environments. Established stations include the Flashline Mars Arctic Research Station (FMARS) and the Mars Desert Research Station (MDRS)
• the Mars Society Analogue Pressurized Rover – a competition to design a pressurized rover vehicle that could be used on Mars that was won by the Michigan Mars Rover Team.^[3]
• the Mars Gravity Biosatellite - a program to design, build, and launch a satellite rotated to artificially provide partial gravity of 0.38g, equivalent to that of Mars, and hosting a small population of mice, to study the health effects of partial gravity, as opposed to zero gravity; this originated as a Mars Society initiative and is now supported by the YourNameIntoSpace web portal
• the Mars balloon mission ARCHIMEDES, due to launch in 2018 (conducted by the German Chapter of Mars Society)^[4]
• Tempo3 The Tethered Experiment for Mars inter-Planetary Operations, a CubeSat based satellite that will demonstrate artificial gravity generation using two tethered masses

In addition, the Society:

• gives talks and presentations on Mars Direct to schools, colleges, universities, professional bodies and the general public
• promotes the teaching of science, astronomy and spaceflight-related subjects in schools
• campaigns for greater investment on the part of individual countries in space research and development
• hosts the largest annual conferences on Mars exploration in the United States, Europe and Australia ^[5]
• actively supports NASA, ESA and other space agencies in their on-going exploration of Mars

The current board of directors of the Mars Society includes Robert Zubrin (chairman), Scott Horowitz, James Heiser, and Declan O'Donnell.^[6]

Notable members of its steering committee include Buzz Aldrin and Peter H. Smith.

Notable former members of the board of directors or steering committee of the Mars Society include Kim Stanley Robinson, Michael D. Griffin, Christopher McKay, and Pascal Lee.^[7]

North American Chapters of the Mars Society[link]

The Mars Society has chapters in countries around the world. Many of these chapters undertake scientific, engineering and political initiatives to further the Mars Society's goals. Some accomplishments of Mars Society chapters are listed below:

Northern California Chapter of the Mars Society:

• hosted the Fourth International Mars Society Convention in 2001 (Stanford University)^[8]
• raised over $100,000 for the Mars Society hosting a fundraiser banquet with James Cameron, May 5, 2001
• provided Mission Support services for crews at the Mars Desert Research Station starting in 2002^[9]

Dallas Chapter of the Mars Society:

• hosted the Mars Track of the National Space Society's International Space Development Conference in 2007^[10]
• Planning Publicizing, and Politicking a vision of Mars colonization in the Dallas area and beyond.

Mars Society of Canada:

• hosted the Third International Mars Society Convention in 2000 (Toronto)^[11]
• organized a month-long multi-national research expedition (known as Expedition One) to the Mars Desert Research Station in the Utah desert in 2003^[12]
• organized a second multi-national research expedition (known as Expedition Two) in the Australian outback in 2004^[13]
• organized a series of training expeditions (beginning with Expedition Alpha, Beta etc.)^[14]

The Mars Society - San Diego: http://www.marssandiego.org/

• provides Crewmembers and Mission Support services for the Mars Desert Research Station (MDRS) and the Flashline Mars Arctic Research Station (FMARS) since 2002
• TMS-SD provides public outreach events to classrooms, libraries, museums and other organizations throughout the Southern California region with seven different multimedia programs: "Invasion from Earth - The Robotic Exploration of Mars"; "Mars Exploration Rovers - Year 4"; "Mars on Earth - The Adventures of Space Pioneers in the Utah Desert"; "Mars on Earth - The Adventures of Space Pioneers in the Canadian Arctic: "Humans to Mars - How We'll Get There"; "A Close Look at Mars"; and "Mars in the Movies"
• TMS-SD offers a 1/4-scale radio controlled Mars Exploration Rover with wireless video that children (of all ages) can operate [1]
• holds monthly chapter meetings, as well as special program events throughout the year
• hosts a monthly Mars Movie Night in conjunction with http://marsmovieguide.com

European Chapters of the Mars Society[link]

Austria : ASF (Österreichisches Weltraum Forum, OeWF) http://www.oewf.org

The ASF (Österreichisches Weltraum Forum, OeWF) is a national network for aerospace and space enthusiasts, being the Austrian chapter of the Mars Society. The Forum serves as a communication platform between the space sector and the public; it is embedded in a global network of specialists from the space industry, research and policy. Hence, the OeWF facilitates a strengthening of the national space sector through enhancing the public visibility of space activities, technical workshops and conferences as well as Forum-related projects.

Their research focus is Mars Analogue Research, e.g. the AustroMars mission with roughly 130 volunteers supporting a mission simulation at the Mars Desert Research Station (MDRS) and the ongoing PolAres multi-year research program which encompass the development of a Mars analogue rover system ans a novel spacesuit prototype dubbed "Aouda.X", culminating in an arctic expedition in 2011.

The Forum has a small, but highly active pool of professional members contributing to space endeavours, mostly in cooperation with other national as well as international space organizations. The spectrum of their activities ranges from simple classroom presentation to 15.000-visitors space exhibitions, from expert reports for the Austrian Federal Ministry for Technology to space technology transfer activities for terrestrial applications.

Netherland : Stichting Mars Society Nederland http://www.marssociety.nl

The Dutch Chapter of the Mars Society (Mars Society Netherland) started with its successful website in 1999. The MS NL is registered in the Netherlands as a non profit organization ("stichting"). Registered members pay a yearly membership fee. The activities of the MS NL are focused on outreach through conferences (national ans European), exhibits, events, and media campaigns.

The main means of communication with members and the general public is still the MS NL Website with information on Mars and related space subjects. In cooperation with the Netherlands Society for Aerospace (NVR), MS NL strives to educate youth in 'kids for space', and the 'RuimteWijs' program, giving lectures about Mars all over Netherlands. Lectures on Mars are also given under auspices of the Dutch Astronomical Society. MS NL cooperates with The Planetary Society in mars events.

The MS NL has been involved with international projects of The Mars Society from the starts, it is a strong proponent of European cooperation in space endeavours.

Artemis Westenberg, president of MS NL, after having been involved with mission support for the Mars Society Habitats for several years, serves since 2008 as Mission Director, managing all aspects of the Mars Desert Research Station in Utah.

Germany : Mars Society Deutschland http://www.marssociety.de

The German Chapter of the Mars Society (Mars Society Deutschland e.V. | eingetragener Verein | - MSD) was founded in 2001 based on the Founding Declaration of the Mars Society of the USA from 1998 and has about 230 members. The MSD is registered in Germany as a non-profit association (gemeinnütziger Verein). Registered members pay a yearly membership fee of 60 Euro. However, students and firms pay a different fee. The activities of the MSD are focused on technical-scientific projects such as the Mars Balloon Probe ARCHIMEDES as well as on all Mars exploration and general manned space matters. The main means of communication with members and the general public is the MSD Website with information on the ARCHIMEDES project, publications on Mars and other space subjects, the regular news, which can be commented by visitors of the website, the Space Forum and informative meetings.

The MSD Board comprises five members. Since June 2009 its president is the Space Physicist Dr. Michael Danielides. The development of ARCHIMEDES is led by Dipl.Ing. Hannes Griebel, who is also a member of the MSD Board and prepares his doctorate thesis on ARCHIMEDES.

ARCHIMEDES is presently under development and the major project of the MSD since 2001. Starting in 2006, flight tests have been undertaken for testing the innovative balloon system in low-gravity environment. Test carriers were so far the Airbus A300 for short duration parabolic flights and the sounding rocket test campaigns REXUS3-REGINA and REXUS4-MIRIAM for longer duration flight tests under free space conditions. Further flights tests are planned for the coming years (e.g. MIRIAM II) with the objective of qualifying ARCHIMEDES for its Mars mission by 2018. ARCHIMEDES will be carried to Mars on board an AMSAT Mars Probe or a similar satellite. ARCHIMEDES is developed by the MSD with the support of the Bundeswehr University Munich, of the IABG in Ottobrunn, the DLR-MORABA for rocket flight opportunities, other universities, and several industrial companies supporting specific technical areas.

France : Association Planète Mars http://www.planete-mars.com

The Mars Society French chapter was established in 1999 as "Association Planète Mars", a non-profit organization with its headquarters in Paris. Its founder and president is Richard Heidmann, a space propulsion engineer, who participated in the founding convention of the Mars Society in August 1998 and is a member of the Mars Society Steering Committee.

While fully supporting the ideas and actions of the Mars Society, it considers that those must be adapted to the specific cultural and political context of France and Europe. The main activities of Association Planète Mars are devoted to public communication, through conferences, exhibits, events, media appearances (TV, radio, magazines...). It also acts occasionally as an adviser for journalists or film makers.

Whenever possible, it cooperates with other associations or science outreach organisms, which permits to reinforce its action and reach a wider public.

Association Planète Mars makes a special effort to drain youth interest. 25% of its paid members are under 25. It develops experiences of proposing and tutoring Mars related projects to engineering students. The association encourages the formation of working groups on miscellaneous topics. Today, three groups are active, respectively on Mission Safety,Martian Architecture and medical Aspects. It participated to several MDRS and FMARS missions, bringing a prototype of "Cliff Exploration Vehicle".

Another major field of action is the lobbying, both within the political and institutional personnel, in France and at the European level (European Council, ESA). In doing so, it relies on the networks established by some of its managers. On the occasion of most critical events, tis publishes political documents to support its views, which are distributed both to deciders and to the press. This has been the case in June 2004, in the wake of the US Space Exploration Initiative, and in September 2008 in preparation of the ESA ministerial counsel.

Italy : Italian Mars Society http://www.marssociety.it

The Mars Society Italian chapter (Italian Mars Society) was founded in 2005. Its headquarters are in Curno (Bergamo), near Milan, and its presidents is Antonio Del Mastro, entrepreneur and oner of an engineering consulting company. The Italian Mars Society carries out scientific divulgation activities related to the Red Planet.It cooperates with the other European Mars Society chapters to build a knowledge network whose aim is to develop the interest of European people towards Mars exploration.

Belgium : Mars Society Belgium http://www.marssociety.be (Please add information about the Belgian Chapter!)

Poland : Mars Society Polska (MSP) http://www.marssociety.pl

Mars Society Polska (MSP) is actively participating in the creation of the Polish space industry. Since this sector is still developing, the organization is taking the opportunity to provide a strong Mars-related element for the years to come. Poland was the last member state of the EU to sign the cooperation agreement with ESA. Most projects in Poland currently focus on satellite technology, so MSP is the only leading organization promoting exploration and manned spaceflight. Besides private sponsors, it relies on resources obtained from the Ministry of Science and Higher Education and local authorities, proposing projects to be undertaken with local communities and thus engaging with the general public.

MSP's first project was the Polish MPV (pressurized rover) design, for which some hardware was produced. This enabled development of the Polish Mars Society itself, together with a number of educational activities for Polish schools. This was followed by the joint organization of the Polish edition of the Red Rover Goes to Mars contest and organization of a Mars colonization negotiation game (Columbia Memorial Negotiations). In 2007 MSP organized the first Mars Festival, a two-day event which drew 600 visitors, with Discovery Channel as the main sponsor. Mars Festival 2008 was smaller due to the efforts being made in other projects, particularly the Polish URC rover, named Skarabeusz.

The flagship MSP project is the Polish Martian habitat, based on a design by Janek Kozicki. It has three inflatable modules attached and a usable surface of 900 m². The habitat is to be located close to a large town, meaning that beyond its role as a test site, largely for materials and design, it will be accessible to the wider public and media.

MSP has established a constant presence in the mainstream Polish media and is working on a documentary about itself. It is also developing software projects, IT systems for the future martian habitat, with a Virtual Mars Base and remote access. Jan Kotlarz of MSP has created RODM software for the modeling of the Martian surface based on high resolution photographs from Mars Reconnaissance Orbiter. RODM is currently being tested by NASA and ESA.

United Kingdom : Mars Society UK http://www.marssociety.org.uk

The Mars Society UK is the oldest Mars Society outside of the United States. It held its first public meeting on July 4, in London. Professor Colin Pillinger, head of the Beagle 2 project, was the Guest Speaker, and the event marked the first time Beagle 2 had been presented to the general public in the UK. From 1998 through to 2003, the Mars society UK (MSUK) continued to support Beagle 2, providing numerous public events at which members of the Beagle 2 project team could speak, and the Beagle 2 model be displayed.

Highlights of the MSUK's history include:

• It hosted the first Mars Society European Leaders Meeting, with representatives from France, Germany, Poland, Spain and the Netherlands.
• The first UK Mars Day, attended by some 200 members of the public took place in 2002. It was covered by all the UK's leading television media (BBC, ITN, Sky News).
• In 2003, it had white papers accepted and published by the UK government as a part of a review of UK Space Policy. It also actively lobbied for UK involvement in human space flight endeavours.
• Since 2006 it helped establish the Sir Arthur Clarke Award,the most prodigious award given in the United Kingdom for contribution in all field of space research and exploration. it also continued to provided consultation and white papers on the UK's changing space policy and helped determine the UK government's decision to actively engage in human space flight activities from 2010.
• It is currently engaged in a further UK space policy review aimed at determining whether the UK requires a dedicated space agency.

More recently, the MSUK had been allied with attempts to initiate a formally-recognized and fully founded UK Space Conference (UKSC) with the first such event being held in April 2009.

Spain : Mars Society España http://www.marssociety.org.es (Please add information about the Spanish Chapter!)

Switzerland: Mars Society Switzerland http://www.planete-mars-suisse.com

The Mars Society Switzerland ("MSS") was founded in February 2010. It covers the French and German speaking parts of Switzerland. It keeps close links with the French branch ("association planète Mars", see above). Its aim is to convince the Swiss public of the interest and feasibility of the Martian exploration with inhabited flights through the Mars direct concept such as described by Robert Zubrin. It wants to gather around the scientists working on Mars in Switzerland, all people who share their interest on the matter.

In November 2010 MSS participated to the 8th Swiss Geoscience Meeting which was the opportunity to discuss the main topics related to Mars geology, the making of the planet, the role of water and the atmosphere.

In 2011 (September 30 till October 2) it held the 11th European Mars Convention ("EMC11") in the frame of the University of Neuchâtel. Throughout 24 presentations and two debates with major Swiss media, this convention covered all subjects related to Mars exploration, from astronautics to architecture, not forgetting geology, the study of which remains its key objective.

Another Mars Society Chapter is also in creation in Luxembourg.

See also[link]

• Flashline Mars Arctic Research Station
• Mars Desert Research Station
• Colonization of Mars
• Flag of Mars
• Geoengineering
• Mars to Stay
• MARS-500
• Terraforming of Mars

References[link]

External links[link]

Wikimedia Commons has media related to: Mars Society

Region-specific Mars Society websites

Other related links

• Flashline Mars Arctic Research Station
• Governance on Mars
• Mars Desert Research Station
• ARCHIMEDES balloon project
• BYU Mars Rover Project
• MarsDrive Consortium
• Destination: Earth An article about Mars enthusiasts from Travel + Leisure Magazine
• Tengri on Mars

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A society, or a human society, is a group of people related to each other through persistent relations, or a large social grouping sharing the same geographical or virtual territory, subject to the same political authority and dominant cultural expectations. Human societies are characterized by patterns of relationships (social relations) between individuals who share a distinctive culture and institutions; a given society may be described as the sum total of such relationships among its constituent members. In the social sciences, a larger society often evinces stratification and/or dominance patterns in subgroups.

Insofar as it is collaborative, a society can enable its members to benefit in ways that would not otherwise be possible on an individual basis; both individual and social (common) benefits can thus be distinguished, or in many cases found to overlap.

A society can also consist of like-minded people governed by their own norms and values within a dominant, larger society. This is sometimes referred to as a subculture, a term used extensively within criminology.

More broadly, a society may be described as an economic, social, or industrial infrastructure, made up of a varied collection of individuals. Members of a society may be from different ethnic groups. A society can be a particular ethnic group, such as the Saxons; a nation state, such as Bhutan; or a broader cultural group, such as a Western society. The word society may also refer to an organized voluntary association of people for religious, benevolent, cultural, scientific, political, patriotic, or other purposes. A "society" may even, though more by means of metaphor, refer to a social organism such as an ant colony or any cooperative aggregate such as, for example, in some formulations of artificial intelligence.

Etymology and usage[link]

A half-section of the 12th-century Song Dynasty version of Night Revels of Han Xizai, original by Gu Hongzhong. The painting portrays servants, musicians, monks, children, guests, and hosts all in a single social environment. It serves as an in-depth look into the Chinese social structure of the time.

The term "society" came from the Latin word societas, which in turn was derived from the noun socius ("comrade, friend, ally"; adjectival form socialis) used to describe a bond or interaction among parties that are friendly, or at least civil. Without an article, the term can refer to the entirety of humanity (also: "society in general", "society at large", etc.), although those who are unfriendly or uncivil to the remainder of society in this sense may be deemed to be "antisocial". Adam Smith wrote that a society "may subsist among different men, as among different merchants, from a sense of its utility without any mutual love or affection, if only they refrain from doing injury to each other."^[1]

Used in the sense of an association, a society is a body of individuals outlined by the bounds of functional interdependence, possibly comprising characteristics such as national or cultural identity, social solidarity, language, or hierarchical organization.

Conceptions of society[link]

Society, in general, addresses the fact that an individual has rather limited means as an autonomous unit. The Great apes have always been more (Bonobo, Homo, Pan) or less (Gorilla, Pongo) social animals, so Robinson Crusoe-like situations are either fictions or unusual corner cases to the ubiquity of social context for humans, who fall between presocial and eusocial in the spectrum of animal ethology.

In anthropology[link]

Human societies are most often organized according to their primary means of subsistence. Social scientists have identified hunter-gatherer societies, nomadic pastoral societies, horticulturalist or simple farming societies, and intensive agricultural societies, also called civilizations. Some consider industrial and post-industrial societies to be qualitatively different from traditional agricultural societies.

Today, anthropologists and many social scientists vigorously oppose the notion of cultural evolution and rigid "stages" such as these. In fact, much anthropological data has suggested that complexity (civilization, population growth and density, specialization, etc.) does not always take the form of hierarchical social organization or stratification.^{[citation needed]}

Cultural relativism as a widespread approach or ethic has largely replaced notions of "primitive", better/worse, or "progress" in relation to cultures (including their material culture/technology and social organization).

According to anthropologist Maurice Godelier, one critical novelty in human society, in contrast to humanity's closest biological relatives (chimpanzees and bonobo), is the parental role assumed by the males, which supposedly would be absent in our nearest relatives for whom paternity is not generally determinable.^[2][3]

In political science[link]

Societies may also be organized according to their political structure. In order of increasing size and complexity, there are bands, tribes, chiefdoms, and state societies. These structures may have varying degrees of political power, depending on the cultural, geographical, and historical environments that these societies must contend with. Thus, a more isolated society with the same level of technology and culture as other societies is more likely to survive than one in closer proximity to others that may encroach on their resources. A society that is unable to offer an effective response to other societies it competes with will usually be subsumed into the culture of the competing society.

In sociology[link]

The social group enables its members to benefit in ways that would not otherwise be possible on an individual basis. Both individual and social (common) goals can thus be distinguished and considered. Ant (formicidae) social ethology.

Canis lupus social ethology

Sociologist Gerhard Lenski differentiates societies based on their level of technology, communication, and economy: (1) hunters and gatherers, (2) simple agricultural, (3) advanced agricultural, (4) industrial, and (5) special (e.g. fishing societies or maritime societies).^[4] This is similar to the system earlier developed by anthropologists Morton H. Fried, a conflict theorist, and Elman Service, an integration theorist, who have produced a system of classification for societies in all human cultures based on the evolution of social inequality and the role of the state. This system of classification contains four categories:

• Hunter-gatherer bands (categorization of duties and responsibilities).
• Tribal societies in which there are some limited instances of social rank and prestige.
• Stratified structures led by chieftains.
• Civilizations, with complex social hierarchies and organized, institutional governments.

In addition to this there are:

• Humanity, mankind, upon which rest all the elements of society, including society's beliefs.
• Virtual society, a society based on online identity, which is evolving in the information age.

Over time, some cultures have progressed toward more complex forms of organization and control. This cultural evolution has a profound effect on patterns of community. Hunter-gatherer tribes settled around seasonal food stocks to become agrarian villages. Villages grew to become towns and cities. Cities turned into city-states and nation-states.^[5]

Many societies distribute largess at the behest of some individual or some larger group of people. This type of generosity can be seen in all known cultures; typically, prestige accrues to the generous individual or group. Conversely, members of a society may also shun or scapegoat members of the society who violate its norms. Mechanisms such as gift-giving, joking relationships and scapegoating, which may be seen in various types of human groupings, tend to be institutionalized within a society. Social evolution as a phenomenon carries with it certain elements that could be detrimental to the population it serves.

Some societies bestow status on an individual or group of people when that individual or group performs an admired or desired action. This type of recognition is bestowed in the form of a name, title, manner of dress, or monetary reward. In many societies, adult male or female status is subject to a ritual or process of this type. Altruistic action in the interests of the larger group is seen in virtually all societies. The phenomena of community action, shunning, scapegoating, generosity, shared risk, and reward are common to many forms of society.

Types of societies[link]

Societies are social groups that differ according to subsistence strategies, the ways that humans use technology to provide needs for themselves. Although humans have established many types of societies throughout history, anthropologists tend to classify different societies according to the degree to which different groups within a society have unequal access to advantages such as resources, prestige, or power. Virtually all societies have developed some degree of inequality among their people through the process of social stratification, the division of members of a society into levels with unequal wealth, prestige, or power. Sociologists place societies in three broad categories: pre-industrial, industrial, and postindustrial.

Pre-industrial societies[link]

In a pre-industrial society, food production, which is carried out through the use of human and animal labor, is the main economic activity. These societies can be subdivided according to their level of technology and their method of producing food. These subdivisions are hunting and gathering, pastoral, horticultural, agricultural, and feudal.

Starting fire by hand. Bushmen in Botswana.

Hunting and gathering societies[link]

The main form of food production in such societies is the daily collection of wild plants and the hunting of wild animals. Hunter-gatherers move around constantly in search of food. As a result, they do not build permanent villages or create a wide variety of artifacts, and usually only form small groups such as bands and tribes. However, some hunting and gathering societies in areas with abundant resources (such as the Tlingit) lived in larger groups and formed complex hierarchical social structures such as chiefdoms. The need for mobility also limits the size of these societies. They generally consist of fewer than 60 people and rarely exceed 100. Statuses within the tribe are relatively equal, and decisions are reached through general agreement. The ties that bind the tribe are more complex than those of the bands. Leadership is personal—charismatic—and used for special purposes only in tribal society. There are no political offices containing real power, and a chief is merely a person of influence, a sort of adviser; therefore, tribal consolidations for collective action are not governmental. The family forms the main social unit, with most societal members being related by birth or marriage. This type of organization requires the family to carry out most social functions, including production and education.

Pastoral societies[link]

Pastoralism is a slightly more efficient form of subsistence. Rather than searching for food on a daily basis, members of a pastoral society rely on domesticated herd animals to meet their food needs. Pastoralists live a nomadic life, moving their herds from one pasture to another. Because their food supply is far more reliable, pastoral societies can support larger populations. Since there are food surpluses, fewer people are needed to produce food. As a result, the division of labor (the specialization by individuals or groups in the performance of specific economic activities) becomes more complex. For example, some people become craftworkers, producing tools, weapons, and jewelry. The production of goods encourages trade. This trade helps to create inequality, as some families acquire more goods than others do. These families often gain power through their increased wealth. The passing on of property from one generation to another helps to centralize wealth and power. Over time emerge hereditary chieftainships, the typical form of government in pastoral societies.

Horticultural societies[link]

Fruits and vegetables grown in garden plots that have been cleared from the jungle or forest provide the main source of food in a horticultural society. These societies have a level of technology and complexity similar to pastoral societies. Some horticultural groups use the slash-and-burn method to raise crops. The wild vegetation is cut and burned, and ashes are used as fertilizers. Horticulturists use human labor and simple tools to cultivate the land for one or more seasons. When the land becomes barren, horticulturists clear a new plot and leave the old plot to revert to its natural state. They may return to the original land several years later and begin the process again. By rotating their garden plots, horticulturists can stay in one area for a fairly long period of time. This allows them to build semipermanent or permanent villages. The size of a village's population depends on the amount of land available for farming; thus villages can range from as few as 30 people to as many as 2000.

As with pastoral societies, surplus food leads to a more complex division of labor. Specialized roles in horticultural societies include craftspeople, shamans (religious leaders), and traders. This role specialization allows people to create a wide variety of artifacts. As in pastoral societies, surplus food can lead to inequalities in wealth and power within horticultural political systems are developed because of the settled nature of horticultural life.

Ploughing with oxen in the 15th century.

Agrarian societies[link]

Agrarian societies use agricultural technological advances to cultivate crops over a large area. Sociologists use the phrase Agricultural Revolution to refer to the technological changes that occurred as long as 8,500 years ago that led to cultivating crops and raising farm animals. Increases in food supplies then led to larger populations than in earlier communities. This meant a greater surplus, which resulted in towns that became centers of trade supporting various rulers, educators, craftspeople, merchants, and religious leaders who did not have to worry about locating nourishment.

Greater degrees of social stratification appeared in agrarian societies. For example, women previously had higher social status because they shared labor more equally with men. In hunting and gathering societies, women even gathered more food than men. However, as food stores improved and women took on lesser roles in providing food for the family, they increasingly became subordinate to men. As villages and towns expanded into neighboring areas, conflicts with other communities inevitably occurred. Farmers provided warriors with food in exchange for protection against invasion by enemies. A system of rulers with high social status also appeared. This nobility organized warriors to protect the society from invasion. In this way, the nobility managed to extract goods from “lesser” members of society.

Cleric, knight and Peasant; an example of feudal societies

Feudal societies[link]

Feudalism was a form of society based on ownership of land. Unlike today's farmers, vassals under feudalism were bound to cultivating their lord's land. In exchange for military protection, the lords exploited the peasants into providing food, crops, crafts, homage, and other services to the landowner. The caste system of feudalism was often multigenerational; the families of peasants may have cultivated their lord's land for generations.

Industrial societies[link]

Between the 15th and 16th centuries, a new economic system emerged that began to replace feudalism. Capitalism is marked by open competition in a free market, in which the means of production are privately owned. Europe's exploration of the Americas served as one impetus for the development of capitalism. The introduction of foreign metals, silks, and spices stimulated great commercial activity in European societies.

Industrial societies rely heavily on machines powered by fuels for the production of goods. This produced further dramatic increases in efficiency. The increased efficiency of production of the industrial revolution produced an even greater surplus than before. Now the surplus was not just agricultural goods, but also manufactured goods. This larger surplus caused all of the changes discussed earlier in the domestication revolution to become even more pronounced.

Once again, the population boomed. Increased productivity made more goods available to everyone. However, inequality became even greater than before. The breakup of agricultural-based feudal societies caused many people to leave the land and seek employment in cities. This created a great surplus of labor and gave capitalists plenty of laborers who could be hired for extremely low wages.

Post-industrial societies[link]

Postindustrial societies are societies dominated by information, services, and high technology more than the production of goods. Advanced industrial societies are now seeing a shift toward an increase in service sectors over manufacturing and production. The U.S. is the first country to have over half of its work force employed in service industries. Service industries include government, research, education, health, sales, law, banking, and so on. It is still too early to identify and understand all the ramifications this new kind of society will have for social life. In fact, even the phrase "postindustrial" belies the fact that we don't yet quite know what will follow industrial societies or the forms they will take.

Contemporary usage[link]

The term "society" is currently used to cover both a number of political and scientific connotations as well as a variety of associations.

Western society[link]

The development of the Western world has brought with it the emerging concepts of Western culture, politics, and ideas, often referred to simply as "Western society. Geographically, it covers at the very least the countries of Western Europe, North America, Australia, and New Zealand. It sometimes also includes Eastern Europe, South America, and Israel.

The cultures and lifestyles of all of these stem from Western Europe. They all enjoy relatively strong economies and stable governments, allow freedom of religion, have chosen democracy as a form of governance, favor capitalism and international trade, are heavily influenced by Judeo-Christian values, and have some form of political and military alliance or cooperation.^[6]

Information society[link]

World Summit on the Information Society, Geneva

Although the concept of information society has been under discussion since the 1930s, in the modern world it is almost always applied to the manner in which information technologies have impacted society and culture. It therefore covers the effects of computers and telecommunications on the home, the workplace, schools, government, and various communities and organizations, as well as the emergence of new social forms in cyberspace.^[7]

One of the European Union's areas of interest is the information society. Here policies are directed towards promoting an open and competitive digital economy, research into information and communication technologies, as well as their application to improve social inclusion, public services, and quality of life.^[8]

The International Telecommunications Union's World Summit on the Information Society in Geneva and Tunis (2003 and 2005) has led to a number of policy and application areas where action is required.^[9] These include:

• promotion of ICTs for development;
• information and communication infrastructure;
• access to information and knowledge;
• capacity building;
• building confidence and security in the use of ICTs;
• enabling environment;
• ICT applications in the areas of government, business, learning, health, employment, environment, agriculture and science;
• cultural and linguistic diversity and local content;
• media;
• ethical dimensions of the information society; and
• international and regional cooperation.

Knowledge society[link]

The Seoul Cyworld control room

As access to electronic information resources increased at the beginning of the 21st century, special attention was extended from the information society to the knowledge society. An analysis by the Irish government stated, "The capacity to manipulate, store and transmit large quantities of information cheaply has increased at a staggering rate over recent years. The digitisation of information and the associated pervasiveness of the Internet are facilitating a new intensity in the application of knowledge to economic activity, to the extent that it has become the predominant factor in the creation of wealth. As much as 70 to 80 percent of economic growth is now said to be due to new and better knowledge."^[10]

The Second World Summit on the Knowledge Society, held in Chania, Crete, in September 2009, gave special attention to the following topics:^[11]

• business and enterprise computing;
• technology-enhanced learning;
• social and humanistic computing;
• culture, tourism and technology;
• e-government and e-democracy;
• innovation, sustainable development, and strategic management;
• service science, management, and engineering;
• intellectual and human capital development;
• ICTs for ecology and the green economy;
• future prospects for the knowledge society; and
• technologies and business models for the creative industries.

Other uses[link]

People of many nations united by common political and cultural traditions, beliefs, or values are sometimes also said to form a society (such as Judeo-Christian, Eastern, and Western). When used in this context, the term is employed as a means of contrasting two or more "societies" whose members represent alternative conflicting and competing worldviews.

Some academic, professional, and scientific associations describe themselves as societies (for example, the American Mathematical Society, the American Society of Civil Engineers, or the Royal Society).

In some countries, e.g. the United States, France, and Latin America, the term "society' is used in commerce to denote a partnership between investors or the start of a business. In the United Kingdom, partnerships are not called societies, but co-operatives or mutuals are often known as societies (such as friendly societies and building societies).

See also[link]

Society portal

	Book: Society
Wikipedia books are collections of articles that can be downloaded or ordered in print.

Notes[link]

Further reading[link]

• Effland, R. 1998. The Cultural Evolution of Civilizations Mesa Community College.
• Jenkins, R. 2002. Foundations of Sociology. London: Palgrave MacMillan. ISBN 0-333-96050-5.
• Lenski, G. 1974. Human Societies: An Introduction to Macrosociology. New York: McGraw- Hill, Inc.
• Raymond Williams, "www.flpmihai.blogspot.com", in: Williams, Key Words: A Vocabulary of Culture and Society. Fontana, 1976.

External links[link]

Look up Society in Wiktionary, the free dictionary.

Wikimedia Commons has media related to: Society

• Society at the Open Directory Project
• Definition of Society from the OED.
• Lecture notes on "Defining Society" from East Carolina University.
• Internet Modern History Sourcebook: Industrial Revolution
• "The Day the World Took Off" Six part video series from the University of Cambridge tracing the question "Why did the Industrial Revolution begin when and where it did."
• BBC History Home Page: Industrial Revolution
• National Museum of Science and Industry website: machines and personalities
• Industrial Revolution and the Standard of Living by Clark Nardinelli - the debate over whether standards of living rose or fell.
• Cliff Notes on Types of Societies
• Perceptions of Knowledge, Knowledge Society, and Knowledge Management

Elon Musk
Musk in 2008.
Born	(1971-06-28) June 28, 1971 (age 40) Pretoria, South Africa[1]
Residence	Bel Air, Los Angeles, California
Citizenship	United States[2]
Education	B.S. in Physics and B.A. Economics from University of Pennsylvania
Occupation	Engineer, inventor, entrepreneur
Known for	Co-founder of Zip2, PayPal, SpaceX, Tesla Motors
Salary	$1[3]
Net worth	$2 billion (2012)[2]
Title	CEO and CTO of SpaceX, Chairman of SolarCity, CEO of Tesla Motors
Political party	Independent[4]
Spouse	Justine Musk 2000–2008 Talulah Riley 2010–2012
Children	Five sons

Elon Musk (born June 28, 1971) is a South African-born American business magnate, engineer and inventor. He is best known for co-founding SpaceX, Tesla Motors and X.com, which later became Paypal after acquiring the service. He is currently the CEO and Chief Designer of SpaceX, CEO and Product Architect of Tesla Motors and Chairman of SolarCity. While at those companies, Musk co-designed the first viable electric car of the modern era^[5], the Tesla Roadster, a private successor to the Space Shuttle, Falcon 9/Dragon, and the world's largest Internet payment system, PayPal.

Early life[link]

Elon Musk was born in Pretoria, South Africa, the son of a Canadian-American mother and a South African father. His maternal grandfather was from Minnesota, and had moved to Saskatchewan, where Musk's mother was born. His father is an engineer and his mother is an author, nutritionist and model, appearing on the cover of New York Magazine in 2011 and a Time Magazine supplement in 2010^[6].

Musk bought his first computer at age 10 and taught himself how to program;^[7] by the age of 12 he sold his first commercial software for about $500, a space game called Blastar.^[7]

After matriculating at Pretoria Boys High School he left home in 1988 at the age of 17, without his parents' support and in part because of the prospect of compulsory service in the South African military: "I don't have an issue with serving in the military per se, but serving in the South African army suppressing black people just didn't seem like a really good way to spend time".^[7] He wanted to move to the US, saying: "It is where great things are possible".^[8]

In 1992, after spending two years at Queen's University, Elon left Canada, pursuing business and physics at the University of Pennsylvania on a full scholarship. From the University of Pennsylvania's Wharton School, he received an undergraduate degree, and stayed on another year to finish a second bachelor's degree in physics.^[9] His undergraduate degrees behind him, and drawing inspiration from innovators such as Thomas Edison and Nikola Tesla,^[10] Musk then considered three areas he wanted to get into that were "important problems that would most affect the future of humanity", as he said later, "One was the Internet, one was clean energy, and one was space".^[7]

Career[link]

In 1995, Musk went on to a graduate program in applied physics and materials science at Stanford. He stayed two days before dropping out to start Zip2, which provided online content publishing software for news organizations, with his brother Kimbal Musk. In 1999, Compaq's AltaVista division acquired Zip2 for US$307 million in cash and US$34 million in stock options.^[11]

PayPal[link]

In March 1999, Musk co-founded X.com, an online financial services and e-mail payment company. One year later, in a 50/50 merger^[12], X.com acquired Confinity^[13], operator of the then largest auction payments service PayPal. Musk was a principal architect behind the purchase, which hinged on his belief in the emerging online-transfer, or “P2P” technology.^[13] Musk believed that the Confinity sub-brand would become the necessary vehicle to incorporate and develop a person-to-person payment platform within X.com.^[13] The combined company at first adopted X.com as the corporate name, but in February 2001, X.com changed its legal name to PayPal Inc. Musk was instrumental in the new PayPal’s focus on a global payment system and departure from the core financial offerings of X.com.^[14]

PayPal’s early growth was due in large part to a successful viral growth campaign created by Musk.^[15] In October 2002, PayPal was acquired by eBay for US$1.5 billion in stock.^[16] Before its sale, Musk, the company's largest shareholder, owned 11.7% of PayPal's shares.^[17]

SpaceX[link]

Musk with President Obama at the Falcon 9 launch site in 2010

In June 2002, Musk founded his third company, Space Exploration Technologies (SpaceX),^[18] of which he is currently the CEO and CTO. SpaceX develops and manufactures space launch vehicles with a focus on advancing the state of rocket technology. The company's first two launch vehicles are the Falcon 1 and Falcon 9 rockets and its first spacecraft is Dragon^[19].

On 23 December 2008, SpaceX was awarded a $1.6 billion NASA contract for 12 flights of their Falcon 9 rocket and Dragon spacecraft to the International Space Station, replacing the Space Shuttle after it retired in 2011. Initially, Falcon 9/Dragon will replace the cargo transport function of the Shuttle and astronaut transport will be handled by the Soyuz. However, SpaceX has designed Falcon 9/Dragon with astronaut transport in mind and the Augustine commission has recommended that astronaut transport be handled by commercial companies like SpaceX.^[20]

Musk views space exploration as an important step in expanding—if not preserving—the consciousness of human life.^[21] Musk has said that multiplanetary life may serve as a hedge against threats to the survival of the human species. "An asteroid or a super volcano could destroy us, and we face risks the dinosaurs never saw: An engineered virus, inadvertent creation of a micro black hole, catastrophic global warming or some as-yet-unknown technology could spell the end of us. Humankind evolved over millions of years, but in the last sixty years atomic weaponry created the potential to extinguish ourselves. Sooner or later, we must expand life beyond this green and blue ball—or go extinct." Musk's goal is to reduce the cost of human spaceflight by a factor of 100. He founded SpaceX with $100 million of his early fortune. He remains chief executive officer and chief technology officer of the Hawthorne, Calif.-based company.

In seven years, SpaceX has designed the family of Falcon launch vehicles and the Dragon multi-purpose spacecraft from the ground-up. In September 2009, SpaceX's Falcon 1 rocket became the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit. NASA selected SpaceX to be part of the first program that entrusts private companies to deliver cargo to the International Space Station. This contract, which has a minimum value of $1.6 billion and a maximum value of $3.1 billion, has become a cornerstone of the Space Station's continued access to cargo delivery and return. In addition to these services, SpaceX's goals include simultaneously lowering the price of orbital spaceflight and improving reliability, both by an order of magnitude, while creating the first fully reusable orbital launch vehicle. In the coming years, Musk will focus on delivering astronauts to the International Space Station, but has stated his personal goal of eventually enabling human exploration and settlement of Mars. In a 2011 interview, he said he hopes to send humans to Mars' surface within 10–20 years.^[22]. On May 25, 2012, the SpaceX Dragon vehicle docked with the ISS, making history as the first commercial company to launch and dock a vehicle to the International Space Station.

Tesla Motors[link]

Musk is also co-founder and head of product design at Tesla Motors, where he led development of the Tesla Roadster, the first production electric sports car. Musk's interest in electric vehicles extends long before the creation of Tesla. He originally went to Silicon Valley to do a PhD in Applied Physics and Materials Science at Stanford, where his goal was to create ultracapacitors with enough energy to power electric cars.

Musk provided almost all of the capital for Tesla's first two funding rounds and continued to invest in every subsequent financing round. As a result of the financial crisis in 2008 and a forced layoff at Tesla,^[23] Musk agreed to assume the additional responsibility of CEO.

Tesla Motors previously built an electric sports car, the Tesla Roadster, and has shipped over 2,200 vehicles to 31 countries. Tesla expects to be in production with its four-door Model S sedan by July 2012 and unveiled its third product the Model X, aimed at the SUV/minivan market, on February 9, 2012. Model X is scheduled to begin production in late 2013.

In addition to its own cars, Tesla sells electric powertrain systems to Daimler for the Smart EV and Mercedes A Class, and to Toyota for the upcoming electric RAV4. Musk was also able to bring in both companies as long term investors in Tesla.

Musk is principally responsible for an overarching business strategy that aims to deliver affordable electric vehicles to mass-market consumers. His vision was to create the Tesla Roadster as a means to that end—a car aimed specifically at affluent early adopters, whose purchase of the sports car would subsidize the research and development costs of lower priced models of electric vehicles. From the start of Tesla, Musk has been a champion of the Model S, a four-door family sedan with an anticipated base price of half that of the Roadster. Musk has also favored building a sub-$30,000 subcompact and building and selling electric vehicle powertrain components so that other automakers can produce electric vehicles at affordable prices without having to develop the products in house.^[24] Several mainstream publications have compared him with Henry Ford for his revolutionary work on advanced vehicle powertrains.^[25]

He is reported to have a 29% stake in Tesla, which is currently valued above $1 billion, as of March 2012.^[26][27]

SolarCity[link]

Musk provided the initial concept for SolarCity, where he remains the largest shareholder and chairman of the board. SolarCity is the largest provider of solar power systems in the United States. His cousin Lyndon Rive is the CEO and co-founder.^[28][29] The underlying motivation for funding both SolarCity and Tesla is to help combat global warming.^[30]

Philanthropy[link]

Musk is Chairman of the Musk Foundation, which focuses its philanthropic efforts on science education, pediatric health and clean energy. He is a trustee of the X Prize Foundation, promoting renewable energy technologies. He sits on the boards of The Space Foundation, The National Academies Aeronautics and Space Engineering Board, The Planetary Society, and Stanford Engineering Advisory Board. Musk is also a member of the board of trustees of the California Institute of Technology (Caltech).

In 2010, Musk began a multi-million dollar program through his foundation to donate solar power systems for critical needs in disaster areas. The first such solar power installation occurred on a hurricane response center in Alabama that had been neglected by state and federal aid. To make it clear that this was not serving Musk's commercial interests, SolarCity noted that it had no present or planned business activity in Alabama.^[31]

In 2001, Musk had plans for a "Mars Oasis" project, which would land a miniature experimental greenhouse on Mars, containing food crops growing on Martian regolith.^[32][33] He put this project on hold when he came to the conclusion that the fundamental problem preventing humanity from becoming a true spacefaring civilization was the lack of advancement in rocket technology. He has sought to address this by founding SpaceX to create revolutionary new interplanetary rockets.

His long term goal is to help humanity through SpaceX by creating a true spacefaring civilization.^[34] Musk's philosophy and description of what is needed to solve the problem are provided in the IEEE podcast "Elon Musk: a founder of Paypal, Tesla Motors, and SpaceX"^[35] and article "Risky Business."^[33]

In April 2012 Musk joined The Giving Pledge, offering a moral commitment to donate the majority of his fortune to philanthropy.^[36] Musk became a member of the campaign first popularized by Warren Buffett and Bill Gates with a class of 12 of America’s wealthiest families and individuals, which included Arthur Blank and Michael Moritz.^[36]

Awards and recognition[link]

Listed as one of Time Magazine's 100 people who most affect the world in 2010. Jon Favreau, director of the Iron Man movies, describes in his article how Musk was the inspiration for Favreau's film depiction of genius billionaire Tony Stark.^[37]

The world governing body for aerospace records, Fédération Aéronautique Internationale, presented Musk in 2010 with the highest award in air & space, the FAI Gold Space Medal, for designing the first privately developed rocket to reach orbit. Prior awardees include Neil Armstrong, Burt Rutan of Scaled Composites and John Glenn.

Named as one of the 75 most influential people of the 21st century by Esquire magazine.^[21]

In June 2011, Musk was awarded the $500,000 Heinlein Prize for Advances in Space Commercialization^[38]

In February 2011, Forbes listed Musk as one of "America's 20 Most Powerful CEOs 40 And Under".^[39]

Recognized as a Living Legend in Aviation in 2010 by the Kitty Hawk Foundation for creating the successor to the Space Shuttle (Falcon 9 rocket and Dragon spacecraft). Other awardees include Buzz Aldrin and Richard Branson.^[40]

American Institute of Aeronautics and Astronautics George Low award for the most outstanding contribution in the field of space transportation in 2007/2008. Musk was recognized for his design of the Falcon 1, the first privately developed liquid fuel rocket to reach orbit.^[41]

National Space Society's Von Braun Trophy in 2008/2009, given for leadership of the most significant achievement in space. Prior recipients include Burt Rutan and Steve Squyres.^[42]

National Wildlife Federation 2008 National Conservation Achievement award for Tesla Motors and SolarCity. Other 2008 awardees include journalist Thomas Friedman, U.S. Senator Patrick Leahy and Florida Governor Charlie Crist.^[43]

The Aviation Week 2008 Laureate for the most significant achievement worldwide in the space industry.^[44]

R&D Magazine Innovator of the Year for 2007 for SpaceX, Tesla and SolarCity.^[45]

Automotive Executive of the Year (worldwide) in 2010 for demonstrating technology leadership and innovation via Tesla Motors. Prior awardees include Bill Ford Jr, Bob Lutz, Dieter Zetsche and Lee Iacocca. Musk is the youngest ever recipient of this award.^[46]

Inc Magazine Entrepreneur of the Year award for 2007 for his work on Tesla and SpaceX.^[47]

2007 Index Design award for his design of the Tesla Roadster.^[48]

Global Green 2006 product design award for his design of the Tesla Roadster, presented by Mikhail Gorbachev.^[49]

Honorary doctorate in design from the Art Center College of Design ^[50]

Musk is a Director of the Planetary Society, a Trustee of The X-Prize Foundation and a member of the Stanford University Engineering Advisory Board. He has previously served as a member of the United States National Academy of Sciences Aeronautics and Space Engineering Board.^[51]

In a 2010 Space Foundation survey, Musk was ranked as the #10 (tied with rocketry pioneer and scientist Wernher von Braun) most popular space hero.^[52]

In 2010, Musk was elected to the board of trustees of the California Institute of Technology.^[53]

In 2011, Musk was honored as a Legendary Leader at the Churchill Club Awards.^[54]

Interests[link]

Musk has described himself as a workaholic who routinely invests 100 hours per week in running Tesla Motors and SpaceX, often flying in a fuel-efficient corporate jet.^[55]

The SpaceX factory was used as a shooting location for Iron Man 2 and Musk has a cameo in the movie.^[56] In addition, Jon Favreau, director of the Iron Man movies, describes in his article how Musk was the inspiration for Favreau's film depiction of genius billionaire Tony Stark.^[37]

Musk previously owned and later sold a McLaren F1 sports car and a Czech made jet trainer aircraft Aero L-39.^[57] The 1994 model Dassault Falcon 900 aircraft used in the film Thank You for Smoking is registered to Musk (N900SX). Musk executive-produced the film and had a small cameo role as the pilot.^[58]

Family[link]

Musk lives in Bel-Air, California. He recently ended a four year relationship with his second wife, British actress Talulah Riley.^[59] Musk has five sons with his first wife, the Canadian-born author Justine Musk, whom he met while both were students at Queen's University and whom he married in 2000.^[60]

Musk's sister Tosca is the founder of Musk Entertainment and producer of various movies.^[61][62] Musk himself was the executive producer of her first movie, called Puzzled.^[63] His brother Kimbal is the CEO of a social search company OneRiot and owner of The Kitchen restaurant in Boulder, Colorado.^[64]

Controversies[link]

In October 2008, after Musk had confirmed an earlier report^[65] that Tesla Motors had only $9 million in cash,^[66] he was reported to have hired an outside IT contractor to go through all of the company's email and instant messages, then had a forensic investigator lift fingerprints from a printout discarded near a copier used to leak the email. The email implicated employee Peng Zhou as the source of the company's reported financial status. Zhou had sought to frame other employees at Tesla by claiming in his leaked emails that he was a four-year employee. Musk offered Zhou the option of apologizing to the company and resigning, which he did, rather than face prosecution.^[67]

On May 26, 2009, former Tesla Motors CEO Martin Eberhard filed suit in San Mateo County, California, against Tesla Motors and Musk for slander, libel, and breach of contract. The case hinged on the question of who could rightly be called a "founder" of Tesla.^[68] On July 29, 2009, a San Mateo County Superior Court judge struck down a claim by Eberhard, who asked to be declared one of only two founders of the company.^[68] Tesla said in a statement that the ruling is "consistent with Tesla's belief in a team of founders, including the company's current CEO and Product Architect Elon Musk, and Chief Technology Officer JB Straubel, who were both fundamental to the creation of Tesla from inception."^[69] In early August, Eberhard withdrew the case.^[70] The parties reached a final settlement on September 21. The terms of the settlement are confidential, but the agreement includes a provision that the parties will consider Eberhard, Musk, JB Straubel, Marc Tarpenning, and Ian Wright to be the five co-founders.^[71]

References[link]

External links[link]

Wikimedia Commons has media related to: Elon Musk

• Elon Musk Twitter
• The Musk Foundation web site
• Viral Marketing, MBAs and pesky governments, Elon talks at Stanford (October 8, 2003)
• Statement of Elon Musk at House Space and Aeronautics Subcommittee Hearings on the Future Market for Commercial Space (April 20, 2005)
• Gimien, Mark (August 17, 1999). "Fast Track". Salon.com. http://www.salon.com/tech/feature/1999/08/17/elon_musk/index.html. 
• Hoffman, Carl (June 2007). "Elon Musk Is Betting His Fortune on a Mission Beyond Earth's Orbit". Wired Magazine. http://www.wired.com/science/space/magazine/15-06/ff_space_musk. 
• Carlson, Nicholas (February 19, 2008). "Elon Musk's Tesla caught on video smoking Scoble and Calacanis". Valleywag. http://valleywag.com/358015/elon-musks-tesla-caught-on-video-smoking-scoble-and-calacanis. 
• Kanellos, Michael (February 15, 2008). "Elon Musk on rockets, sports cars, and solar power". CNET News.com. http://news.cnet.com/Elon-Musk-on-rockets%2C-sports-cars%2C-and-solar-power/2008-11389_3-6230661.html. 
• Chafkin, Max (December 2007). "Entrepreneur of the Year: Elon Musk". Inc. Magazine. http://www.inc.com/magazine/20071201/entrepreneur-of-the-year-elon-musk.html. 
• Bailey, Brandon (May 2010). "Elon Musk: Will his Silicon Valley story have a Hollywood ending?". San Jose Mercury News. http://www.mercurynews.com/business/ci_15138666. 
• History of PayPal

Interviews[link]

• "An interview with Elon Musk". HobbySpace. August 5, 2003. http://www.hobbyspace.com/AAdmin/archive/Interviews/Systems/ElonMusk.html. 
• "Lift off with Elon Musk". Carte Blanche. September 4, 2005. http://www.carteblanche.co.za/Display/Display.asp?Id=2879. 
• Bergin, Chris (January 20, 2006). "SpaceX's Musk and Thompson Q and A". nasaspaceflight.com. http://www.nasaspaceflight.com/2006/01/spacexs-musk-and-thompson-q-and-a/. 
• Video interview of Elon Musk by Zadi Diaz of EPIC FU, weekly web show that covers online pop culture (June 17, 2008)
• Gray, Sadie (January 4, 2009). "Forget the bungalow, retire to Mars". Sunday Times (London). http://www.timesonline.co.uk/tol/life_and_style/men/article5433496.ece. 
• "Uber Entrepreneur: An Evening with Elon Musk" video at the Churchill Club via FORA.TV (January 4, 2009)
• onInnovation
• An interview at the Founders Showcase. (August 5, 2010)
• An interview on the Kevin Pollak Chat Show. (September 17, 2009)
• Elon Musk: 'I'm planning to retire to Mars' a video interview for the Guardian. (August 1, 2010)
• An interview about commercial space flights on 60 minutes. (March 18, 2012)
• A 20 minute interview about sending humans to Mars with BBC's Jonathan Amos. (March 20, 2012)
• Elon Musk on The Daily Show with Jon Stewart on April 10, 2012