Kaleidocycle - Nour Diab Yunes

defining: Ubiquitous Computing

In 1991, Mark Weiser defined ubiquitous computing (which he also calls "embodied virtuality", as opposed to virtual reality) as invisible and indistinguishable from the "fabric of everyday life"; that is, from human behavior. Which is to say that ubiquitous computing aims at providing humane tools with which beings can continue dealing with their world in very much the same behavioral ways.

The Backtalk of Self-Generated Sketches – Gabriela Goldschmidt

"The inventive process" is an iterative process of jotting down ideas in the form of language or graphic drawings and of modifying them, reevaluating them, editing them, and so on, to transform or perfect an initial concept or solution.

‘Reckoning with Torture’

On October 13, 2009, at the Great Hall at Cooper Union, was hosted a conference entitled: ‘Reckoning with Torture: Memos and Testimonies from the "War on Terror." ’ Guest speakers included Matthew Alexander, Jonathan Ames, K. Anthony Appiah, Paul Auster, Ishmael Beah, David Cole, Don DeLillo, Eve Ensler, Nell Freudenberger, Jenny Holzer, A.M. Homes, Jameel Jaffer, Susanna Moore, Jack Rice, George Saunders, Amrit Singh, and Art Spiegelman.

“Recruiting Participants” – Dumas & Redish

Dumas & Redish lay-out the steps and tactics for recruiting participants; those include: Finding Appropriate Participants, Reaching and Screening Potential Participants, Deciding Who Should Recruit Participants, Knowing What to Say When You are Recruiting, Arranging for Payment or Other Incentives, and Having a Back-up -- But Not Double Booking

Sci/Art: Sachiko Kodama

On March 12, 2010, Sachiko Kodama, a Japanese media artist and professor in electro-communications in Tokyo, presented her work, and what led to her most recent and on-going exploration of Ferrofluid, which she names Protrude Flow.

Introducing ‘Systems Thinking’

Systems Thinking teaches us how the design of a complex information system often needs to include mechanisms to account for “short term” and “long term” (or chronic) disturbances of flow caused by environmental changes, by dealing with the “whole” system rather than its parts. By creating systems able to adapt to environmental changes and thus to learn to sustain themselves in the face of unforeseen shifts, design can plan for more effective and efficient complex information systems. This is depicted primarily in the study of Cybernetics.