demanderion

Demanderion is a hypothetical elementary particle and associated field proposed in speculative physics and science fiction to mediate the transfer of demand signals within a networked system. The term is derived from the French demander, meaning to ask or request, reflecting its imagined role as a carrier of intention or economic demand rather than a traditional energy carrier.

In theoretical treatments, demanderion is modeled as a light boson with a single propagating degree of freedom, coupling to matter via a weak "demand interaction." Its properties are often described in terms of a small effective mass, a limited interaction range, and the potential for coherent information flow in networks where demand signals propagate.

Some models treat demanderion as a quasi-particle arising as a collective excitation in a hypothetical medium that encodes information flows. In this framing, networks of agents or devices can excite and absorb demanderion quanta, linking micro-level decisions to macro-level dynamics.

Detection and status: there is no empirical evidence for demanderion in the real world; it remains a speculative construct used to explore how information, consent, or demand could influence systems at fundamental or infrastructural scales. In fiction, demanderion fields are sometimes used to explain rapid price adjustments, resource allocation, or coordinated behavior in digital economies and autonomous networks.

Origin and scope: the concept appears in theoretical discussions of information-based physics and in science-fiction settings that depict market-like dynamics at quantum or computational scales. It is distinct from known particles or forces and is primarily a modeling tool for information transfer rather than a description of observed phenomena.