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70 T.Amiel et al.
5.1 Introduction
In1945, themagazineTheAtlanticpublishedanessaynamed“AsWeMayThink”
(Bush,1945).ItsauthorwasVannevarBush, thethenDirectoroftheOfficeofScien-
tificResearchandDevelopmentof theUSGovernment.Bushhadbeen responsible
for the bulk of the technoscientific effort led by theUS throughoutWorldWar II,
an effort that led to a deep restructuring of how the country’s research would be
developedandnetworked fromthenon (Turner, 2010).
AfterWorldWar II, with the Allied victory over the nazi–fascist threat, Bush
was facedwith a new and immediate challenge: to reconfigure, in peacetime, the
sociotechnical apparatusmobilized atwartime. In aworld struggling to be rebuilt
from scratch, how should one set inmotion a new architecturewhere information
and sciencewould foster individual freedomand the emancipation of knowledge?
The answer sketchedbyBush in his essay addresses this challenge through anew,
radicalrationaleforcataloging,storing,andaccessingofinformation.Asystem,that
inits idealform,wouldenvisionterminals tolargerepositoriesgrantingopenaccess,
at different levels of retrieval, to thewhole of human knowledge—in print, audio,
andfilmalike.Tothisnetworked,universal library,BushgavethenameMemex.The
notionarticulatedbyBushinhisMemex—ofhightechniqueassomethinginservice
ofknowledgemadeuniversal—underlies, to someextent,what the internet came to
beperceivedas in thepublic imagination.
In thesecondhalfof the twentiethcentury, access to informationandknowledge
hastakentheforefrontofcivicdiscourseandinthedevelopmentandemancipationof
individualsandcommunitiesalike.Theemergenceandfastdevelopmentofcomput-
ers, from the largemainframesof the1960s to individual networked terminals, has
openedauniverseofpossibilities intertwining thesocial and the technical.Through
ideals such as free software, open source, copyleft, and remix culture, access to
knowledgemoreoften thannotcomes tomeanalso themasteryofnewdigital tools.
With thewidespreadexpansionof thecommercial Internetand theemergenceof
theWorldWideWeb from the 1990s onward, the centrality of the internet for the
circulation of knowledge and in the transformation of educational practices fueled
highexpectations.Thiswastheorizedbyauthorswhowouldbecomecanonicalofan
optimisticoutlook, includingCastells (2011),Levy(2010), andNegroponte (1995).
ThisethoswouldbecomeinstitutionalizedininitiativessuchastheW3C,articulating
thecivil societyasaguardianof the internet in its technical andpolicyaspects.
In 2001, amidst thismovement to institutionalize newstandards, best practices,
and joint objectives, the Massachusetts Institute of Technology (MIT) made the
decisiontoopenupteachingcontent throughanonlineplatform(Taylor,2007).The
initiativewascopiedbymultipleother institutions, inwhat is sometimes referred to
as thebeginningof theOpenEducationalResources (OER)movement.The termi-
nologywas consolidated during a 2002UNESCO forumon educational resources
(UNESCO,2002),whichevolvedduringthenextdecadeintoOERbeingdefinedas:
Learning, teachingand researchmaterials in any format andmediumthat reside
in the public domainor are under copyright that havebeen releasedunder anopen
Radical Solutions and Open Science
An Open Approach to Boost Higher Education
- Title
- Radical Solutions and Open Science
- Subtitle
- An Open Approach to Boost Higher Education
- Editor
- Daniel Burgos
- Publisher
- Springer Open
- Date
- 2020
- Language
- English
- License
- CC BY 4.0
- ISBN
- 978-981-15-4276-3
- Size
- 16.0 x 24.1 cm
- Pages
- 200
- Category
- Informatik