Add to ORKGn important goal of nanoscience research is the creation of new func-tionality by controlling materials down to the atomic level. An emerging exam-ple can be found in recent studies of the elec-tronic structure at the interface between per-ovskite oxides. Modern atomic-scale growth and probe techniques enable the formation and study of new artificial interface states that are quite distinct from the bulk state. For example, the interface between two insulators
The subjects for this workshop were nanostructures and quasi-two-dimensional systems. Artificial na...
These factors play roles to various degrees (but not 100%) of importance. For example, the confinem...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
If we look around, everything we see is surfaces. What we cannot see, however, are the atomistic and...
This paper informally speculates on the challenges of determining the atomic-scale surface and inte...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest fo...
…describe the overall signifi cance of this paper? New possibilities in analytical transmission elec...
The current rise in the interest in physical phenomena at nano spatial scale is described hereby as ...
A focus of frontline interdisciplinary research today is the development of the conceptual framework...
In the past decade, the rich physics exhibited by solid interfaces combining octahedral framework st...
The study of material science has been long devoted to the disentanglement of bulk structures which ...
Interfaces in nanomaterials come in many shapes and forms. Although only occupying a small fraction ...
There is an increasing need to understand materials phenomena and processes at the nanoscale as engi...
Nanostructured materials are essential building blocks for the fabrication of new devices for energy...
Do you remember the first time you encountered the idea that while the universe could be infinitely ...
The subjects for this workshop were nanostructures and quasi-two-dimensional systems. Artificial na...
These factors play roles to various degrees (but not 100%) of importance. For example, the confinem...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
If we look around, everything we see is surfaces. What we cannot see, however, are the atomistic and...
This paper informally speculates on the challenges of determining the atomic-scale surface and inte...
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest fo...
…describe the overall signifi cance of this paper? New possibilities in analytical transmission elec...
The current rise in the interest in physical phenomena at nano spatial scale is described hereby as ...
A focus of frontline interdisciplinary research today is the development of the conceptual framework...
In the past decade, the rich physics exhibited by solid interfaces combining octahedral framework st...
The study of material science has been long devoted to the disentanglement of bulk structures which ...
Interfaces in nanomaterials come in many shapes and forms. Although only occupying a small fraction ...
There is an increasing need to understand materials phenomena and processes at the nanoscale as engi...
Nanostructured materials are essential building blocks for the fabrication of new devices for energy...
Do you remember the first time you encountered the idea that while the universe could be infinitely ...
The subjects for this workshop were nanostructures and quasi-two-dimensional systems. Artificial na...
These factors play roles to various degrees (but not 100%) of importance. For example, the confinem...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...