The single spin dynamics of a single electron was investigated theoretically by exciting the single electron magnetically. Different possibilities e.g quantum mechanical noise, inelastic collision emerged. To attain high performance of the quantum information technology, a low magnetization favoured the excitation process
It is well known that electron spin is quantized, and is measured to be either spin up or spin down ...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...
The single spin dynamics of a single electron was investigated theoretically by exciting the single ...
The single spin dynamics of a single electron was investigated theoretically by exciting the single ...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
The inherent properties of quantum systems, such as superposition and entanglement, offer a new para...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
The scheme for measurement of the state of a single spin (or a few spin system) based on the single-...
Quantum computing engineering integrates quantum electronic engineering and computer science require...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
An electron, in addition to its electric charge, possesses a small magnetic moment, called spin. The...
This study is the first experimental verification of Landauer's bound on a single spin, which is the...
Quantum bits (qubits) constitute the most elementary building-blocks of any quantum technology, wher...
This study is the first experimental verification of Landauer's bound on a single spin, which is the...
It is well known that electron spin is quantized, and is measured to be either spin up or spin down ...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...
The single spin dynamics of a single electron was investigated theoretically by exciting the single ...
The single spin dynamics of a single electron was investigated theoretically by exciting the single ...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
The inherent properties of quantum systems, such as superposition and entanglement, offer a new para...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
The scheme for measurement of the state of a single spin (or a few spin system) based on the single-...
Quantum computing engineering integrates quantum electronic engineering and computer science require...
We review the implementation of quantum information processing using quantum spins and pulsed spin r...
An electron, in addition to its electric charge, possesses a small magnetic moment, called spin. The...
This study is the first experimental verification of Landauer's bound on a single spin, which is the...
Quantum bits (qubits) constitute the most elementary building-blocks of any quantum technology, wher...
This study is the first experimental verification of Landauer's bound on a single spin, which is the...
It is well known that electron spin is quantized, and is measured to be either spin up or spin down ...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...
Nanostructures are promising building blocks for quantum technologies due to their reproducible natu...