Most of the archive is written by Steve Baer or the Zomeworks staff. But a recurring pattern emerges when the wiki pages are read together: people outside Zomeworks keep arriving at the same conclusions independently, from different directions and for different reasons.
| Source | Year | Validator | Method | Conclusion |
|---|---|---|---|---|
| Daniels §13.3 / Bliss experiment | 1961/1964 | Farrington Daniels (Yale) / R. Bliss (Arizona) | Scientific literature synthesis; field experiment in Arizona | Nocturnal radiation cooling documented at 10–35 BTU/ft²/hr; Bliss demonstrates 2 tons cooling from 280 ft² radiator + 10-ton rock storage — same physics Baer applies in Cool Cell, 40 years later |
| LBL AET Bibliography | 1979 | Lawrence Berkeley Laboratory / DOE | Federal AET library curation for DOE grants program | Sunspots and Zome Primer placed in DOE-funded library as core appropriate energy references |
| NSRC potentials in New Mexico | 2006 | Mark Chalom Architect, state-funded | Two summers of field-tested radiator data across 11 NM climate zones | NSRC can cool homes statewide; 25–89% power savings vs. conventional cooling |
| Bruce W. Davis | 2017 | Practicing architect, Solar Fools member | 40+ years of built passive solar projects | Passive systems outlast active ones; European Passivhaus complexity is misguided |
| Steve Baer and the double-play thermosiphon | 2025 | Cem S. Kayatekin, academic historian | History-of-technology analysis in ICON journal | Double-play thermosiphon was Baer's central contribution, broadly overlooked |
Three validators, three disciplines (engineering, architecture, history), three decades — all confirming the same core claim: the archive's passive thermal systems work, they matter, and they have been underappreciated.
The NSRC report is the strongest evidence in the archive because it does what Baer's own documents rarely do: it measures outcomes under controlled conditions with government oversight. Ten radiator panels, two summers, 5-minute data intervals, correlated to weather data, projected across the whole state. The system it tests — unglazed pool collectors on a flat roof, water loop to a radiant slab — is precisely the architecture Baer described in his pool-heater and di-thermal roof documents. The report cites Baer and Zomeworks explicitly, but the data stands on its own.
The report also reframes the argument from energy to water. In arid New Mexico, evaporative coolers consume water directly. NSRC uses a closed loop. This water-savings angle never appears in Baer's own writing, but it strengthens the economic case considerably.
Davis has built passive solar projects in Albuquerque since 1975, often using Zomeworks systems (DrumWall, Double Play Skymats). His Cap'A interview makes the durability argument explicit:
"I have enormous doubts about the virtues of a building designed with technological systems destined to become obsolete within a few years."
Where Baer argues from physics and Chalom from data, Davis argues from career experience: buildings with passive systems still work decades later. Buildings with active systems need replacement cycles. This is the same conclusion the radiant cooling design brief reaches from the adoption side — passive systems win on maintenance, not just performance.
Kayatekin provides something neither Baer, Chalom, nor Davis can: an outsider's intellectual genealogy. He traces the double-play thermosiphon from its New Communalist roots through Fuller's influence to Baer's lifelong refinement. His key finding — that the thermosiphon was "broadly overlooked" in the existing discourse on Baer — explains why the archive exists in the first place. It was compiled because the work was not adequately documented elsewhere.
The pattern is striking: independent validators confirm the physics, the economics, and the historical importance — yet the building industry has not adopted passive thermal systems at scale. The archive contains several explanations for this gap:
The validation gap suggests that the archive's thermal vision fails not on physics or economics but on institutional inertia. The systems work. The data proves it. The buildings last. But no one with market power is motivated to sell them.
government data + practitioner experience + academic history = validated but unadopted
The archive's thermal vision has been independently confirmed by every external party that has examined it — engineers with radiometers, architects with 40-year track records, and historians with peer review. The absence of mainstream adoption is not a technical failure. It is a market failure: passive thermal systems eliminate the need for ongoing energy purchases, which removes the economic incentive for the entities that could deploy them at scale.
This synthesis adds a new layer to the evolution of the thermal vision: the arc is not just intuition → engineering → retrospective. It is intuition → engineering → independent validation → persistent non-adoption. The archive documents all four stages.