LiamStone & Stepnoy
I was looking at how the stone terraces at Machu Picchu keep cool in the high Andes, and I started wondering if we could learn a trick from them for modern buildings.
Stone terraces are like a long‑term experiment in passive cooling – the walls absorb heat slowly and the stone’s high thermal mass keeps the interior cool. If we copy that, we’d need thick stone or concrete walls, maybe with a reflective surface, and a system that lets the walls “breathe.” But modern buildings also need windows, insulation, and sometimes heating, so just copying the terraces isn’t enough. It’s a good idea to study the pattern, not the stone itself.
That’s exactly the angle I was going for – using the stone’s thermal inertia to smooth out temperature swings, but then layering on a high‑performance glazing system and smart ventilation. I’m still crunching numbers on wall thickness versus weight, but the idea of “breathing” concrete, maybe with a thin bio‑reflective coating, could give us a passive cooling advantage without sacrificing daylight. I’ll need to run a few simulations before we commit to the design.