The discussion revolves around the maximum speed attainable by particles and objects in space, particularly focusing on electrons and atoms. It explores concepts from special relativity, velocity addition, and the implications of motion in relation to different frames of reference.
Participants express differing views on the nature of velocity in special relativity, with some emphasizing the asymptotic nature of speed relative to light, while others question the implications of using carriers to increase particle speeds. The discussion remains unresolved regarding the specific mechanics of speed addition in this context.
There are limitations in the assumptions made about the velocities of particles and the effects of carriers, as well as the definitions of rest and motion in different frames of reference. The discussion does not resolve these complexities.
bodhi said:please let me kno what is the max speed an electron can attain,and max speed an atom can be projected with.now if we consider max attainable speed of electron 0.8c,then if we have a carrier traveling 0.1c,then will electron achieve speed 0.9c. simply speaking can any particle attain speed more of its capability with the help of a carrier.