concept
active
concept:technical-sustainabilityTechnical Sustainability
Narrow, one-sided sustainability paradigm focused on renewable resources, energy, and technical solutions; criticized as incomplete and spiritually hollow.
Neighborhood — ranked by edge-count
Claims (2)
claim
- Direct critique that purely technological sustainability fails to create livable, beautiful environments.
- Alexander argues that focusing only on technical fixes ignores the deeper dimensions of wholeness and beauty.
Concepts (3)
concept
- technical sustainability issuesrelated_tosame_asResource recycling, energy consumption reduction, etc., as listed in the preamble.
- sustainabilityrelated_toThe broad goal of enduring ecological and human well‑being; Alexander distinguishes a deeper, wholeness‑based meaning.
- Sustainability as WholenesscontradictsAlexander's proposed alternative: sustainability rooted in beauty, adaptation, spiritual connection to land, and iterative morphogenesis rather than technical optimization alone.
Artifacts (3)
artifact
- The written transcript of Christopher Alexander's 2004 Schumacher lecture.
- Most sophisticated sustainable housing to date, yet still critiqued as technical product lacking deeper properties of living, morphogenetically-generated form.
- Criticized example of greenwashing: roof-grass treated as technical sustainability fix without genuine morphogenetic respect for land.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Leroi-Gourhan's notion of externalized, tool-based intelligence that can overcome biological limits.
- A systematic framework for analyzing and comparing programming systems along multiple independent axes, proposed as a common language for programming systems research.
- Artificial or bioengineered systems that may be candidates for unconventional minds.
- Engineering discipline constructing novel biological parts and systems.
- Birth control, species protection, spiritual health, etc., as listed in the preamble.
- The physical or conceptual space where loose parts are situated.
- Application domain where VS is evaluated; diversity of synthetic data is shown to improve downstream model performance