One model partially due to this physicist implements a modification threshold that varies as asuper-linear function of the previous activity of a cell; that threshold is said to be "sliding." That model is ofsynaptic plasticity and was developed with Bienenstock and Munro. This physicist theorized that vibrationsin a lattice could interact with electrons to create a positive charge density and create an attractive force. Hedeveloped a theory with two other physicists that describes the electron-phonon interaction; that theory is amicroscopic theory of superconductivity and was developed with Schrieffer and Bardeen. For 10 points,identify this
One model partially due to this physicist implements a modification threshold that varies as asuper-linear function of the previous activity of a cell; that threshold is said to be "sliding." That model is ofsynaptic plasticity and was developed with Bienenstock and Munro. This physicist theorized that vibrationsin a lattice could interact with electrons to create a positive charge density and create an attractive force. Hedeveloped a theory with two other physicists that describes the electron-phonon interaction; that theory is amicroscopic theory of superconductivity and was developed with Schrieffer and Bardeen. For 10 points,identify this physicist who names "pairs" of electrons coupled over a range of hundreds of nanometers.
One model partially due to this physicist implements a modification threshold that varies as asuper-linear function of the previous activity of a cell; that threshold is said to be "sliding."
Leon Cooper