Time appears in quantum mechanics as a continuous parameter which represents an abstraction of the dynamical role of the measurement apparatus.


Nobel Lectures, Physics 1963-1970, Relativistic Quantum Field Theory (p. 142), Elsevier Publishing Co. Amsterdam, The Netherlands. 1972

Julian Schwinger Quotes

Time appears in quantum mechanics as a continuous parameter which represents an abstraction of the dynamical role of the measurement apparatus.

Time appears in quantum mechanics as a continuous parameter which represents an abstraction of the dynamical role of the measurement apparatus.

Time appears in quantum mechanics as a continuous parameter which represents an abstraction of the dynamical role of the measurement apparatus.

Time appears in quantum mechanics as a continuous parameter which represents an abstraction of the dynamical role of the measurement apparatus.