Employer web page:
http://www.uib.no/en/ii
These positions are advertised across specialisations, and include, for working with Matthew G. Parker, the following possible research topics:
This position is advertised across specialisations, and includes the following possible research topics:
1. Quantum information theory.
2. Quantum neural networks and quantum learning algorithms.
3. Quantum computation.
4. Graph theoretic measures applied to quantum information processing, non-contextuality and generalised physical theories, and to quantum information capacities.
5. Quantum contextuality, quantum entanglement, Bell inequalities and related topics.
6. Quantum cryptography.
These positions are advertised across specialisations, and include the following possible research topics:
(This is a re-posting as the deadline is near ....)
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
This position is advertised across specialisations, and includes the following possible research topics:
1. Quantum information Theory.
2. Quantum neural networks and quantum learning algorithms.
3. Quantum computation in the context of classical message-passing on graphs and quantum graph states.
4. Graph theoretic measures applied to quantum information processing, non-contextuality and generalised physical theories, and to quantum information capacities.
5. Quantum contextuality, quantum entanglement, Bell inequalities and related topics.
These positions are advertised across specialisations, and include the following possible research topics:
1. Quantum information Theory.
2. Quantum neural networks and quantum learning algorithms.
3. Quantum computation in the context of classical message-passing on graphs and quantum graph states.
4. Graph theoretic measures applied to quantum information processing, non-contextuality and generalised physical theories, and to quantum information capacities.
5. Quantum contextuality, quantum entanglement, Bell inequalities and related topics.
