[...]ment seem inevitable, but things could always have turned out some other way* --> Cowan > Calvert

competition is not a guarantor of innovation, our cultural belief in it can obscure other explanations for innovation --> for example (Wylie showing:) (archaeology's enshrined belief that) male-centered hunting activities dominated prehistoric caloric intakes ==✕==> other hypotheses for the transition to agriculture --✕--> women's leading role in the development of agriculture--arguably the most significant innovation in human history--could finally be detected


[bids for status by denying the feminized and second class aspects of library work] --> ***the labor of care is at the core of library work*** --> *teaching, like technology, is always a relationship, and that relationship is undergrided by the labor of care* (--> affective labor is literally vital to the successful delivery of other kinds of services)***
the ways women are called on to manage their and other's feelings <--✕--> technology is positioned in out culture as rational and precise and therefore (masculine and) unemotional [--> look at the film Lucy]

successful education and mentorship depend on this skill, which, like household labor, is difficult to account for in “competitive” economic analysis


**articulation work**
the labor necessary to make technologies fit together seamlessly --> Leigh Star
(my work begins in) information systems may leave gaps in work processes that require real-time adjustments, or ‘articulation work,’ to complete the processes
(my research: through ajayeb i have been busy with learning to “make friends” with both technologies and theories)

every system is an assemblage --> Calvert applying Haraway's insight and think of technologies as significant prostheses ==> [*]librarianship: a work that (primarily) hooks up people with their technologies

librarians articulate technologies --> they help people adapt technologies

librarian's articulation work is both technological and affective =/= competitive


(in techno-capital) supressing labor costs ==> deskilling

deskilling and de-professionalization under the intertwined guises of competitiveness and innovation

an example of deskilling:
-Haraway: “to be feminized means to be made extremely vulnerable; able to be disassembled, reassembled, exploited as a reserve labor force, seen less as workers than as servers; subjected to time arrangements on and off the paid job that make a mockery of a limited work day; leading to an existence that always borders on being obscene, out of place, and reducible to sex. deskilling is an old strategy newly applicable to formerly privileged workers.”

education has been difficult to comodify, and remains labor intensive =/= innovations in online education ==> creating inroads in the deskilling and commodification of teaching labor:
•course curriculum --> course content
•teaching --> delivery
*video technologies + internet ==> face-to-face interpersonal relating to be captured and reused --> new depths of commodification
*internet technologies can be used to provide rigorous, asynchronous learning and mentorship, or they can be used to decrease labor costs, but they cannot do much of both simultaneously(? --> question @apass)


Calvert: [...however,] for competition--[or any good/bad object we are working on] to be a useful strategy, it has to happen in a larger context of cooperation and collaboration
(for example the notion of “future” has to happen in a larger context in which different futurities for diverse communities is thinkable)


method <=={
+ sensitivity to the historical moment (multiculturalism, extreme changes in the meaning of ‘global,’ etc.)
+ an assemblage of tools that are ready to hand (theoretically driven, are pleasant and effective to use, etc.)
+ embody an ethical commitment to -->
◦emic: the values and meanings of those who are being studied
◦etic: within a way to explore the conventions, standards and infrastructures that both constrain and enable their experiences


Leigh Star
•qualitative methods
•lateral thinking
•poetics of infrastructure
•[*]boundary objects: examines assemblages of humans and things, and how things that exist in more than one community of practice are used in performing cooperative work


the role of practical knowledge in organizational life

sensitivity of an ethnomethodological orientation

(apass's) intellectual capital (is not centered in their official document repositories and databases, rather is in the largely undocumented ideas, insights, and know-how of its members: Lilia, Pierre, Nicolas, Joke, Steven, Michele,)

exigencies of work

****much of knowledge often remains embodied in the practice
commonly shared through conversations and stories among small circles of colleagues and work groups --> local vernacular --convert--> other forms ==> other members of the organization can understand & *act upon* together

Sina --> richer comprehension of socially organised work practice into the process of engineering technological systems

Calvert --> her work is about the enduring qualities of the book and how its resistance to commodification enables this thing we call a public library.
she is interested in developing library-appropriate research methods for thinking critically about old and new technologies
-we naturalize the way technological infrastructures make ethical decisions for us =/= producing methods/ethic that allows librarians to mandate characteristics in developing technologies which both preserve librarians’ prerogatives to make (necessary visible) ethical judgment calls <-- Calvert
جعبه--"containers” continue to dictate the name of the game (for the immensely diverse patronage of the public library)

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bilingualism
different languages (farsi and arabic in ajayeb) refers to different value systems and to different lived experience

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[Ahmed]

(complaint ~=) diversity-work = data-collection

we learn about the damage we cause, of how causes are understood as damage

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my old background (in computer sciences):
•www.joelonsoftware.com (Joel Spolsky runs a company which sells bug databases, “FogBugz”)
•wiki.c2.com
•“Structure and Interpretation of Computer Programs”


computational process

abstract beings (processes*) manipulate other abstract things (data*)
--> a pattern of rules (program*)

programming: *metalinguistic abstraction* [--> engineering design] : building a mini-language to express a problem, using a fixed computer programming language (on a given hardware) to construct a new language that enables describing (and hence to think) the problem --> using:
•primitives means of combination
•primitives means of abstraction
--> representation of data and control (<~~ individual bits of storage and primitive machine instructions)
+ using the given hardware to erect systems/utilities for the efficient implementation of resource-limited computations


distinction between “passive” data and “active” processes =/= Lisp
(procedures and data are just abstractions, they are not really distinct) --> programming language should have methods for combining and abstracting procedures and data

means of abstraction: by which compound elements can be named and manipulated as units


modularity --> localized part of the system
<== perception of the system
•objective: viewing a large system as a collection of distinct objects --> concerned with how a computational object can change and yet maintain its identity
•streamous: information that flow in the system --> delayed evaluation

(for example) a bank account: has state in that the answer to the question “Can I withdraw $100?” depends upon the history of deposit and withdrawal transactions

object decomposed into computational objects (each with their own time-varying local state variables) --> model

object programming: model real-world objects with local state by computational objects with local variables --> identify time variation in the real world with time variation in the computer -[...]