Add to ORKGPlease see DATA MAP.txt for documentation about the dataset. This dataset accompanies the publication: M. D. Peeks, T. D. W. Claridge and H. L. Anderson, “Aromatic and antiaromatic ring currents in a molecular nanoring”, Nature, 2017, http://dx.doi.org/10.1038/nature20798 . The associated publication describes the aromaticity and antiaromaticity of a [6]-porphyrin nanoring as a function of the oxidation state of the nanoring. At the time of publication, these were the largest (anti)aromatic systems reported. The diameter of the [6]-porphyrin nanoring is 2.4 nm. The contents of this supporting dataset are described in the “DATA MAP.txt” file
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
This dataset accompanies the publication: M. D. Peeks, T. D. W. Claridge and H. L. Anderson, âAromat...
Large conjugated rings with persistent currents are novel promising structures in molecular-scale el...
A recent Research Article in this journal by Matito and co-workers claimed that none of the oxidatio...
Aromatic and antiaromatic molecules exhibit ring currents around their perimeters. Similar persiste...
Aromaticity can be defined by the ability of a molecule to sustain a ring current when placed in a m...
The ring currents of aromatic and antiaromatic molecules are remarkable emergent phenomena. A ring c...
Doping, through oxidation or reduction, is often used to modify the properties of π‐conjugated oligo...
This thesis presents a combined experimental and computational evaluation of the physical-organic pr...
This thesis presents a combined experimental and computational evaluation of the physical-organic pr...
Aromaticity can be a useful concept for predicting the behavior of excited states. Here we show that...
Aromaticity can be a useful concept for predicting the behavior of excited states. Here we show that...
The topology of a conjugated molecule plays a significant role in controlling both the electronic pr...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
This dataset accompanies the publication: M. D. Peeks, T. D. W. Claridge and H. L. Anderson, âAromat...
Large conjugated rings with persistent currents are novel promising structures in molecular-scale el...
A recent Research Article in this journal by Matito and co-workers claimed that none of the oxidatio...
Aromatic and antiaromatic molecules exhibit ring currents around their perimeters. Similar persiste...
Aromaticity can be defined by the ability of a molecule to sustain a ring current when placed in a m...
The ring currents of aromatic and antiaromatic molecules are remarkable emergent phenomena. A ring c...
Doping, through oxidation or reduction, is often used to modify the properties of π‐conjugated oligo...
This thesis presents a combined experimental and computational evaluation of the physical-organic pr...
This thesis presents a combined experimental and computational evaluation of the physical-organic pr...
Aromaticity can be a useful concept for predicting the behavior of excited states. Here we show that...
Aromaticity can be a useful concept for predicting the behavior of excited states. Here we show that...
The topology of a conjugated molecule plays a significant role in controlling both the electronic pr...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...
The ascertainment of magnetic aromaticity is not necessarily straightforward, especially for large a...