RSC_QTECR_ch005 105..131
... applications since it offers an efficient and general approach for treating nuclear quantum effects in condensed-phase simulations.25–31 In principle, centroid path integral simulations can be directly used to determine KIEs by carrying out two separate calculations for the heavy and light isotope, resp ...
... applications since it offers an efficient and general approach for treating nuclear quantum effects in condensed-phase simulations.25–31 In principle, centroid path integral simulations can be directly used to determine KIEs by carrying out two separate calculations for the heavy and light isotope, resp ...
Theory of Superconductivity
... to call “conventional superconductors.” There are at least two inequivalent but often coinciding definitions: Conventional superconductors • show a superconducting state of trivial symmetry (we will discuss later what this means), • result from an attractive interaction between electrons for which p ...
... to call “conventional superconductors.” There are at least two inequivalent but often coinciding definitions: Conventional superconductors • show a superconducting state of trivial symmetry (we will discuss later what this means), • result from an attractive interaction between electrons for which p ...
Spacetime Physics with Geometric Algebra
... barriers. The standard tensor algebra of relativity theory so differs from ordinary vector algebra that it amounts to a new language for students to learn. Moreover, it is not adequate for relativistic quantum theory, which introduces a whole new language to deal with spin and quantization. The learn ...
... barriers. The standard tensor algebra of relativity theory so differs from ordinary vector algebra that it amounts to a new language for students to learn. Moreover, it is not adequate for relativistic quantum theory, which introduces a whole new language to deal with spin and quantization. The learn ...