The hypertorus electron model is applied to the chemical bond. As a consequence, the bond topology can be determined. A linear correlation is found between the normalized bond area and the bond energy. The normalization number is a whole number. This number is interpreted as the Lewis's electron pair. A new electron distribution in the molecule follows. This discovery prompts to review the chemical bond, as it is understood in chemistry and physics
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
One of the goals of modern quantum chemistry is to understand the nature of chemical bonds. By under...
Chemical bonding is described in terms of the properties of the one-electron density f2 (r) and the ...
Since the days of G.N. Lewis [1] chemists have been enamored with the concept of a localized electro...
The so-called “Lewis pair” is a ubiquitous phenomenon in chemistry and is often used as an intuitive...
Closed shell bonding can be described by a theory that relates the manner that atoms fill their oute...
We explore explicit electron pair behaviour within the chemical bond (and lone pairs) by calculating...
Tesis con mención internacionalThe chemical bond might be considered as the central pillar of chemis...
From the inception of Lewis’ theory of chemical bonding, hypervalency has remained a point of diffic...
We describe the development of Lewis’s ideas concerning the chemical bond and in particular the conc...
Probing the electron density transfers during a chemical reaction can provide important insights, ma...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
This paper first comments on the surprisingly poor status that Quantum Chemistry has offered to the ...
From the inception of Lewis’ theory of chemical bonding, hypervalency has remained a point of diffic...
This paper first comments on the surprisingly poor status that Quantum Chemistry has offered to the ...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
One of the goals of modern quantum chemistry is to understand the nature of chemical bonds. By under...
Chemical bonding is described in terms of the properties of the one-electron density f2 (r) and the ...
Since the days of G.N. Lewis [1] chemists have been enamored with the concept of a localized electro...
The so-called “Lewis pair” is a ubiquitous phenomenon in chemistry and is often used as an intuitive...
Closed shell bonding can be described by a theory that relates the manner that atoms fill their oute...
We explore explicit electron pair behaviour within the chemical bond (and lone pairs) by calculating...
Tesis con mención internacionalThe chemical bond might be considered as the central pillar of chemis...
From the inception of Lewis’ theory of chemical bonding, hypervalency has remained a point of diffic...
We describe the development of Lewis’s ideas concerning the chemical bond and in particular the conc...
Probing the electron density transfers during a chemical reaction can provide important insights, ma...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
This paper first comments on the surprisingly poor status that Quantum Chemistry has offered to the ...
From the inception of Lewis’ theory of chemical bonding, hypervalency has remained a point of diffic...
This paper first comments on the surprisingly poor status that Quantum Chemistry has offered to the ...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
One of the goals of modern quantum chemistry is to understand the nature of chemical bonds. By under...
Chemical bonding is described in terms of the properties of the one-electron density f2 (r) and the ...