This scientist was awarded the Nobel Prize for a paper published in 1905 that explained why the energy of emitted electrons was correlated to the frequency of incident light, rationalizing the photoelectric effect.
This scientist modeled solids as lattices of quantum harmonic oscillators each with the same spring constant in his namesake specific heat model. He is better known for an advance that sparked his equivalence principle and that resulted in his ten namesake field equations. This scientist was awarded the Nobel Prize for a paper published in 1905 that explained why the energy of emitted electrons was correlated to the frequency of incident light, rationalizing the photoelectric effect. For 10 points, name this physicist who developed special and general relativity.
This scientist modeled solids as lattices of quantum harmonic oscillators each with the same spring constant in his namesake specific heat model.
Albert Einstein