Mattera

Mattera is a term used in speculative discussions and science fiction to refer to a hypothetical state of matter with programmable properties and high information control over its microstructure. It is not an established scientific term in mainstream physics; rather, it appears in imaginative contexts to explore future materials science and computation.

Conceptually, Mattera envisions dynamic transitions between configurations at the molecular or nano scale, allowing tunable conductivity, elasticity, and optical responses without changing chemical composition. The material’s behavior would be governed by informational states embedded in its structure. Proponents describe potential applications in adaptive sensors, reconfigurable electronics, energy storage, and resilient infrastructure; critics note that such a state would require breakthroughs in synthesis, error correction, and thermal management beyond current capabilities.

In literature and study, the term has appeared in short fiction, thought experiments, and speculative discussions about programmable matter and metamaterials. It is used to illustrate how information could influence physical properties at scale, rather than to report established empirical findings.

See also: programmable matter, metamaterials, phase-change materials, nanotechnology, quantum materials.