claim

active

claim:the-most-sophisticated-building-techniques-of-the-future-will-be-those-where-each-operation-modifies-without-backtracking-the-product-of-the-previous-operations-generating-well-adapted-variety-cheaply-and-easily-without-complex-drawings

The most sophisticated building techniques of the future will be those where each operation modifies without backtracking the product of the previous operations, generating well-adapted variety cheaply and easily without complex drawings

Alexander's predictive claim about the character of optimal future construction methods.

Neighborhood — ranked by edge-count

Findings (1)

finding

Mexicali interlocking block construction sequence generates unique adapted houses requiring no drawings
supports
Demonstration of a complete smooth-unfolding high-tech construction system that achieves adaptation without conventional drawings.

Quotes (1)

quote

"The most sophisticated building techniques of the future will be those where each operation modifies, without backtracking, the product of the previous operations. Such processes generate well-adapted variety, cheaply and easily."
supports
Alexander's predictive claim about optimal future construction methodology.

Related by similarity (8)

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

It is theoretically impossible to build a successful building from a set of drawings specifying every detail.claim0.816
Because feedback is needed to shape elements during construction.
In modern architecture, neither design nor construction typically works step by step; instead there is a fixed end-state produced without realistic feedback.claim0.803
Contrast between living process and current architectural practice.
If a building is made by a process that allows fine adaptation through feedback, it will have life; if built from fixed drawings, it will not.hypothesis0.795
Predictive conditional summarizing the chapter's argument.
We hypothesize that it is possible to invent high-technology versions of smooth unfolding processes so buildings can be specified cheaply while being uniquely adapted to each conditionhypothesis0.794
Alexander's programmatic hypothesis framing the 21st-century construction research agenda.
How then — realistically — in the modern world can we get the subtle fine detail of adaptation, variation, and harmony which makes every component slightly different, and yet do it at the break-neck speed of modern giant projects and in the colossal quantities required for the largest projects?question0.784
The central practical question the chapter sets out to answer.
Truly successful programs can only be generated; and the way forward in the next decades will be through programs which are generated through unfolding, in some fashion comparable to what I have described for buildings.hypothesis0.783
Predicts that the only path to highly adapted software is to apply the principles of generated structure.
Is the way that we view design, planning, and construction—in all the spheres mentioned, ecosystems, buildings, communities, objects, computers and computer software—the right way to produce sufficient complexity, and does what we are doing have a chance of success?question0.780
Opening rhetorical question that frames the problem of creating complexity.
It is inherently impossible to make a successful building by mass production or prefabrication without possibility of modification.claim0.780
Necessary minute adaptations cannot be achieved with standardized components.