Name this quan- tity, the reciprocal of frequency, that is measured by atomic clocks.
One of the impacts on this quantity by general relativity theory is named after Irwin Shapiro. Two common forms of the Schrödinger equation are classified by whether or not they are dependent on this quantity, and reversing this quantity has no impact in electric fields but reverses magnetic fields. In classical mechanics, impulse is calculated by in- tegrating force with respect to this quantity, and acceleration is the derivative of velocity with respect to this quantity. In special relativity theory, this quantity is dilated and is sometimes treated as a "fourth dimension". Name this quan- tity, the reciprocal of frequency, that is measured by atomic clocks.
One of the impacts on this quantity by general relativity theory is named after Irwin Shapiro.
time