Many chemical concepts can be well defined in the context of quantum chemical theories. Examples are the electronegativity scale of Mulliken and Jaffé and the hard and soft acids and bases concept of Pearson. The sound theoretical basis allows for a systematic definition of such concepts. However, while they are often used to describe and compare chemical processes in terms of reactivity, their predictive power remains unclear. In this work, we elaborate on the predictive potential of chemical reactivity concepts, which can be crucial for autonomous reaction exploration protocols to guide them by first-principles heuristics that exploit these concepts.ISSN:0009-429
As machine learning/artificial intelligence algorithms are defeating chess masters and, most recentl...
Abstract: Constraints on the representational capability of the language by which, in a simplistic y...
Over recent decades, the increase in computational resources, coupled with the popularity of competi...
Many chemical concepts can be well defined in the context of quantum chemical theories. Examples are...
PresentationTo simulate the behavior of a chemical reaction or unit operation, thermodynamic, kineti...
During the practice of chemoinformatics, it has been realized that molecular diversity is an essenti...
Several applications of quantum mechanics and information theory to chemical reactivity problems are...
© 2019 American Chemical Society.Until recently, computational tools were mainly used to explain che...
Studying organic reaction mechanisms using quantum chemical methods requires from the researcher an ...
The fundaments of the modern Density Functional Theory (DFT), its basic theorems, principles and met...
International audienceThe reactivity descriptors like electronegativity, hardness, and electrophilic...
International audienceIn the first paper of this series, the authors derived an expression for the i...
Substantial recent progress has been made in developing theory to account for quantum effects on che...
The concept of ldquochemical reactivityrdquo assumes that atoms and molecules contain the necessary ...
The science of Physical Chemistry centers about the goal of understanding within a theoretical frame...
As machine learning/artificial intelligence algorithms are defeating chess masters and, most recentl...
Abstract: Constraints on the representational capability of the language by which, in a simplistic y...
Over recent decades, the increase in computational resources, coupled with the popularity of competi...
Many chemical concepts can be well defined in the context of quantum chemical theories. Examples are...
PresentationTo simulate the behavior of a chemical reaction or unit operation, thermodynamic, kineti...
During the practice of chemoinformatics, it has been realized that molecular diversity is an essenti...
Several applications of quantum mechanics and information theory to chemical reactivity problems are...
© 2019 American Chemical Society.Until recently, computational tools were mainly used to explain che...
Studying organic reaction mechanisms using quantum chemical methods requires from the researcher an ...
The fundaments of the modern Density Functional Theory (DFT), its basic theorems, principles and met...
International audienceThe reactivity descriptors like electronegativity, hardness, and electrophilic...
International audienceIn the first paper of this series, the authors derived an expression for the i...
Substantial recent progress has been made in developing theory to account for quantum effects on che...
The concept of ldquochemical reactivityrdquo assumes that atoms and molecules contain the necessary ...
The science of Physical Chemistry centers about the goal of understanding within a theoretical frame...
As machine learning/artificial intelligence algorithms are defeating chess masters and, most recentl...
Abstract: Constraints on the representational capability of the language by which, in a simplistic y...
Over recent decades, the increase in computational resources, coupled with the popularity of competi...