Independent Sources of Information-Theoretic Descriptors of Electronic States
Journal: Academic Journal of Chemistry (Vol.5, No. 8)Publication Date: 2020-10-23
Authors : Roman F. Nalewajski;
Page : 106-115
Keywords : Continuity relations; Entropic descriptors; Information sources; Probability acceleration; Resultant concepts; Wavefunction components.;
- Quantification of the Content of Ten (10) Brands of Metronidazole Infusion Marketed in Abuja Metropolis by UV Spectroscopic Method
- Pharmaceutical Evaluation of Some Commercial Brands of Metronidazole 500mg Tablets Marketed in Tripoli Libya
- Selenium Content in some Brands of Bottled Beer Marketed in Makurdi Town Benue State, Nigeria
- Quantification of a Neuroprotective Agent Edaravone by Stability Indicating TLC Method and UV–Visible Spectroscopic Method in Bulk and Pharmaceutical Dosage Form
- Quantification of A β Adrenergic Receptor Drug Mirabegron by Stability Indicating LC Method and Uv–visible Spectroscopic Method in Bulk and Pharmaceutical Dosage Form
Abstract
The need for resultant measures of the Information-Theoretic (IT) content of molecular electronic wavefunctions, combining the information contributions due to the probability and phase/current distributions, is reemphasized. Complementary measures of the state entropy (disorder) and information (order) contents are reexamined, the continuities of wavefunction components are summarized, and the probability acceleration concept is used to determine the current and information sources. The experimental elimination of the state uncertainties is discussed and limitations in this information-acquirement process imposed by the Heisenberg indeterminacy principle are commented upon.
Other Latest Articles
Last modified: 2020-12-28 16:38:54