Introduction to gauge field theory
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
"This is a revised edition of the popular text for postgraduate students on Feynman's path integral treatment of gauge theories. There is a new section on instantons and axions, and calculations have been updated to make use of the more precise values of gauge coupling constants…
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics
by Bailin, David, Love, Alexander
fromGraduate Student Series in Physics