Overcoming systematic DFT errors for hydrocarbon reaction energies

Identifying systematic DFT errors in catalytic reactions†

Detecting and overcoming systematic errors in genome-scale phylogenies.

Genome-scale data sets result in an enhanced resolution of the phylogenetic inference by reducing stochastic errors. However, there is also an increase of systematic errors due to model violations, which can lead to erroneous phylogenies. Here, we explore the impact of systematic errors on the resolution of the eukaryotic phylogeny using a data set of 143 nuclear-encoded proteins from 37 specie...

The role of exchange in systematic DFT errors for some organic reactionsw

The role of exchange in systematic DFT errors for some organic reactions.

Serious (up to 87 kJ mol(-1)) systematic DFT errors in a series of isodesmic reactions are found to be due to the DFT exchange component, and can be largely corrected by substitution of the DFT exchange energy with the Fock exchange energy.

Overcoming Representational Errors in Complex Environments

Errors in situation awareness (SA) can degrade the decision process. One particularly troublesome SA error is the representational error, which reflects problems with the misinterpretation of information based on a person's current mental model of a situation. This study investigates whether the schema-relatedness of information affects the likelihood that a person will fall prey to a represent...