slower‑than‑light

slower-than-light travel remains the primary method for exploring our solar system despite advances in propulsion technology.

physicists have confirmed that slower-than-light particles cannot reach the speed of light under any circumstances.

slower-than-light communication imposes significant delays when coordinating missions between earth and mars.

the spacecraft will rely on slower-than-light propulsion systems for its decade-long journey to the outer planets.

slower-than-light exploration limits our ability to visit neighboring star systems within a single human lifetime.

scientists are developing new theoretical frameworks to understand slower-than-light phenomena in curved spacetime.

slower-than-light speed restrictions mean that interstellar messages take years to reach their destinations.

the novel describes a future where slower-than-light travel becomes obsolete thanks to wormhole technology.

slower-than-light spacecraft require massive fuel reserves to maintain continuous acceleration over long distances.

astronomers rely on slower-than-light observation methods to study distant galaxies and their evolution.

slower-than-light constraints force mission planners to design automated systems capable of independent decision-making.

the documentary explores how slower-than-light physics shapes our understanding of cosmic phenomena.