The relationship of the special theory of relativity to the interaction of light and matter came through the proposal of Louis de Broglie, who in 1923 argued that the Planck equation and the Einstein equation together described all matter: hf = mc 2 The properties of matter and those of electromagnetic radiation are both properties of the same real phenomenon.
(The relationship of the special theory of relativity to the interaction of light and matter; came; through the proposal of Louis de Broglie) (The properties of matter and those of electromagnetic radiation; are; both properties of the same real phenomenon) (Louis de Broglie; argued; that the Planck equation and the Einstein equation together described all matter: hf = mc 2 The properties of matter and those of electromagnetic radiation are both properties of the same real phenomenon; T:in 1923) Context(Louis de Broglie argued,List([121, 157))):(the Planck equation and the Einstein equation; together described; all matter: hf = mc 2 The properties of matter and those of electromagnetic radiation are both properties of the same real phenomenon)
Louis de Broglie argued,List([121, 157))
The relationship of the special theory of relativity to the interaction of light and matter The properties of matter and those of electromagnetic radiation Louis de Broglie the Planck equation and the Einstein equation
came are argued together described
through the proposal of Louis de Broglie
both properties of the same real phenomenon
that the Planck equation and the Einstein equation together described all matter: hf = mc 2 The properties of matter and those of electromagnetic radiation are both properties of the same real phenomenon T:in 1923
all matter: hf = mc 2 The properties of matter and those of electromagnetic radiation are both properties of the same real phenomenon