We further observe coherent photon tunnelling oscillations, demonstrating that the dot is zero-dimensional.
Ohba, T. Consecutive Water Transport through Zero-Dimensional Graphene Gates of Single-Walled Carbon Nanohorns.
Examples include two-dimensional, one-dimensional (quantum wire), and zero-dimensional (quantum dot) systems.
Photon antibunching in second-order photon correlations unequivocally demonstrates the zero-dimensional anharmonic nature of these quantum emitters.
Ohba, T., Kanoh, H. & Kaneko, K. Facilitation of Water Penetration through Zero-Dimensional Gates on Rolled-up Graphene by Cluster Chain Cluster Transformations.
In particular, near-infrared emitters (fluorophores, zero-dimensional, and one-dimensional nanomaterials) provide emission wavelengths that are maximally permeable to biological materials.
This is an overview of interpolation problems: when, and how, do zero-dimensional schemes in projective space fail to impose independent conditions on hypersurfaces?
At a fundamental level, there is no requirement that the components of our Universe be zero-dimensional, point-like particles.
Zero-dimensional quantum dots (QDs) are desired to enhance electrochemical response in energy storage.
Zero-dimensional numerical simulation is an attractive alternative to engine experiments for the evaluation of various engine configurations.
Zero-dimensional, 1-, 2-, and 3-dimensional descriptors are briefly mentioned.
