Mikrotaus

Mikrotaus is a term used in speculative physics and science fiction to denote a hypothetical micro-scale device or class of devices that manipulate energy and momentum in unconventional ways, potentially enabling compact propulsion, inertia manipulation, or energy storage. It is not part of established science, and no practical implementation has been demonstrated.

In most renderings, Mikrotaus relies on nanoscale resonators, quantum-coherent circuits, and engineered interactions with ambient fields to induce localized effects—such as brief spacetime perturbations or momentum exchange with the surrounding medium—without traditional thrust. The concept remains theoretical and faces major physics and engineering obstacles, including questions about energy requirements, stability, and compatibility with conservation laws.

Etymology and usage: The name blends 'micro' with a stylized ending chosen for impact. It has appeared mainly in science fiction and speculative essays rather than in mainstream engineering literature. In fiction, Mikrotaus devices are typically portrayed as compact, rapidly reconfigurable units suitable for small spacecraft or autonomous systems.

See also: micro propulsion, quantum coherence, speculative physics.