Infravidostollisia

Infravidostollisia is a hypothetical class of microscopic organisms that are theorized to possess unique biological characteristics. The name itself suggests a combination of "infra" (below or under), "vid" (seeing or light), and "stollisia" (a made-up suffix implying a functional entity). Researchers in speculative biology have proposed that infravidostollisia might exist in environments with extremely low light levels, possibly deep within caves or on planets far from their star.

Their defining hypothetical trait is the ability to perceive or interact with infrared radiation, not for thermoreception as commonly understood, but perhaps as a primary mode of sensory input or even energy acquisition. This could involve specialized organelles that convert infrared photons into chemical energy, a process distinct from photosynthesis. Alternatively, they might utilize infrared wavelengths to detect subtle temperature gradients or chemical signatures in their surroundings, effectively "seeing" in a spectrum invisible to most life forms.

The biological structure of infravidostollisia is also a subject of speculation. They are likely single-celled or simple multicellular entities, potentially with cell walls or membranes adapted to withstand extreme conditions. Their metabolism would need to be highly efficient to thrive in nutrient-poor, low-energy environments. The existence of such organisms remains purely theoretical, with no direct evidence found to date. However, the concept of infravidostollisia serves as a thought experiment for exploring the outer limits of biological possibility and adaptation.