A scalar-valued vector function named for this physicist is best expressed as a Fourier transforminvolving integration of the Green's function of the Klein-Gordon equation. That term also gives theFeynman amplitude in the case where two fermions exchange a particle first theorized by thisphysicist. Quarks and leptons couple to the Higgs field in a phenomenon named for this man, which ismuch greate
A scalar-valued vector function named for this physicist is best expressed as a Fourier transforminvolving integration of the Green's function of the Klein-Gordon equation. That term also gives theFeynman amplitude in the case where two fermions exchange a particle first theorized by thisphysicist. Quarks and leptons couple to the Higgs field in a phenomenon named for this man, which ismuch greater for the top quark than any other particle. That phenomenon can be described by apotential containing an e to the negative k times m times r term, which is also called the (*) screenedColoumb potential. The first experimental evidence for his theorized class of particles was found by CarlDavid Anderson but turned out to be a lepton, the muon. For 10 points, name this physicist whopredicted the existence of mesons, a Japanese Nobel Laureate.
A scalar-valued vector function named for this physicist is best expressed as a Fourier transforminvolving integration of the Green's function of the Klein-Gordon equation.
Hideki Yukawa