S. Chandrasekhar, COMPLEMENTARITY AND THE TEMPORAL UNCERTAINTY PRINCIPLE - INSIGHT INTOTHE DICHOTOMOUS FORMULATIONS OF THE CURTIN-HAMMETT PRINCIPLE - A NEW FORMULATION, Research of chemical intermediates, 23(1), 1997, pp. 55-62
By the temporal Uncertainty principle, chemical systems may be describ
ed in terms of 'kinetic' or 'thermodynamic' complementary formulations
, based on rate or equilibrium constants, and free energy changes resp
ectively. Thereby, the paradox of the dichotomous formulations of the
Curtin-Hammett principle is resolved. A new formulation of the princip
le is suggested, and a fundamental conflict with transition state theo
ry is indicated.