Quantum information

Marzena Szymanska

Prof Szymanska's research interests include far from equilibrium quantum collective phenomena; Dissipative and driven quantum systems; Light-matter systems; Quantum condensation and superfluidity; Semiconductor microcavities, excitons, polaritons; circuit and cavity QED systems; ultra-cold atomic gases and Feshbach resonances.

 

The behaviour of a few particles can have important ramifications for how a system of many particles behaves.
A method to dramatically enhance the amount of time a quantum system can remain in two states has been applied in the context of s
A research team, including members from the London Centre for Nanotechnology (LCN), has created the first working quantum bit base
By introducing individual silicon atom ‘defects’ using a scanning tunnelling microscope, scientists at the London Centre...
Reporting in the Proceedings of the National Academy of Sciences this week, researchers from the Netherlands, Oxford and the Londo
Traditionally, phosphorus and arsenic atoms have been used as donors in silicon, donating electrons that make up the current that
New research has demonstrated a way to make bismuth electrons and nuclei work together as qubits in a quantum computer.

Mark Buitelaar

Dr Buitelaar's research involves understanding and engineering quantum coherence and correlations in carbon-based nanodevices - a novel research direction which is highly relevant to fields as diverse as quantum metrology, spintronics, and quantum information processing.

 

A new perspective often brings unexpected insights.
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