The phrase "absolute speed" is correct and usable in written English.
It can be used in contexts discussing physics, motion, or performance metrics where a definitive measure of speed is being referenced.
Example: "The absolute speed of the vehicle was measured at 120 miles per hour on the straightaway."
Alternatives: "constant speed" or "fixed speed".
He also introduced and helped develop a technique of measuring the absolute speed of light with extreme accuracy.
Ever since 1905, when Albert Einstein presented his first paper on the special theory of relativity, physicists have been telling us that the velocity of light is the absolute speed limit in the universe.
Rather than being an exception to the theory of relativity, which establishes the velocity of light as the universal and absolute speed limit, the theoretical tachyonic field has been used for esoteric mathematical gymnastics in certain quantum field theory.
Its average position in the scheme of things is still very small, although its absolute speed of growth and its opening economy are a harbinger of growth to come.
Humans and other animals famed for their absolute speed are sorry laggards in this race.
However, the data reported by Saunders et al. [31] is for VO2 at a given absolute speed across all subjects.
Absolute speeding following a single twin pulse appears to be a distinct feature of mechanoinsensitive, efferent nerve fibers.
This presence of absolute speeding provides a criterion by which sympathetic efferents can be differentiated from primary afferents.
The presence of absolute speeding provides a criterion by which sympathetic efferents can be differentiated from primary afferents.
Similarly, in centripetal recordings, absolute speeding of conduction to a single twin pulse was observed in nerve fibers that were unresponsive to mechanical, thermal or chemical stimuli.
This possibility, however, seems unlikely, since none of the fibers identified as afferents in the centrifugal recordings showed absolute speeding to twin pulses stimulation.
