book introduces quantum field theory models from a classical point of view. Practical
applications are discussed, along with recent progress for quantum computations
and quantum simulations experiments. New developments concerning
discrete aspects of continuous symmetries and topological solutions in
tensorial formulations of gauge theories are also reported.
Quantum Field Theory: A quantum computation approachrequires no prior knowledge beyond undergraduate quantum mechanics and
classical electrodynamics. With exercises involving Mathematica and Python with
solutions provided, the book is an ideal guide for graduate students and
researchers in high-energy, condensed matter and atomic physics.
Key Features
Introduces models from a symmetry point of view at the classicallevel
Includes the path-integral formulation used as the mainquantization method
The quantum models are defined on space-time lattices withemphasis on the time continuum limit
Discrete tensor formulations are introduced from scratchProvides quantum computations that require practical setups andapproximations