Célarteriába

Célarteriába is a theoretical biological concept describing a hypothetical organ system in certain extremophile organisms. This system is posited to be responsible for the efficient conversion of ambient electromagnetic radiation directly into usable cellular energy, bypassing traditional photosynthetic or chemosynthetic pathways. The name derives from "célar" (cellular) and "arteriába" (a fabricated term suggesting a conduit or distribution network for energy).

The precise mechanisms of célarteriába are speculative and have not been empirically observed. Theories suggest the presence of specialized cellular structures, potentially involving novel types of chromophores or resonant molecular arrangements, capable of capturing and transducing specific frequencies of electromagnetic waves. This energy could then be directly utilized for metabolic processes, such as ATP synthesis, without the need for complex intermediate biochemical reactions.

If such a system were to exist, it would represent a significant departure from known biological energy acquisition methods. Organisms possessing célarteriába would theoretically thrive in environments with abundant radiation but limited access to light or chemical energy sources. Research into this concept remains purely theoretical, driven by the exploration of extreme biological possibilities and the potential for novel energy conversion mechanisms in nature. The existence of célarteriába is not supported by current scientific evidence.