We have regular joint seminars, held at both Durham and Newcastle Universities.

Title: Ulrich Schneider Seminar
Seminar (Durham University)
This event will take place in PH8 @ 12:00-13:00 Abstract TBC
Speakers: Ulrich Schneider
Title: Sir Peter Knight Seminar
Seminar (Durham University)
This seminar will be held in PH8 @ 12:00 - 13:00 Abstract TBC
Speakers: Sir Peter Knight
Title: Prof Ernst Rasel Seminar
Seminar (Durham University)
This event will be held at 12:00 - 13:00 in PH8 Abstract TBC
Speakers: Prof Ernst Rasel
Title: Dipolar Quantum Matter near Absolute Zero Temperature
Seminar (Durham University)
This seminar will be held in PH8 @ 12:00 - 13:00 With the tremendous advances in cooling and manipulation techniques, ultracold atomic gases have consolidated themselves as an ideal system to address fundamental questions in quantum few- and many-body physics. Recently, we have reached Bose-Einstein condensation and Fermi degeneracy with ultracold Erbium atoms. This “exotic” atomic species combines unusually rich atomic spectra and a large magnetic moment. In the quantum regime, bosonic Er atoms feature interactions of genuinely different nature. The more ordinary and magnetically-tunable contact interaction combines with the long-range and anisotropic magnetic dipolar interaction. The mere existence and competition between these two sources of interactions dictate the physics at play, disclosing a variety of intriguing quantum phases. This talk will provide an overview of some fascinating dipolar phenomena from the Innsbruck prospective.
Speakers: Francesca Ferlaino
Title: Out of equilibrium dynamics in AMO quantum simulators: addressing new fundamental questions
Seminar (Durham University)
This seminar will be held in PH8 @ 12:00 - 13:00 Over the last two decades, experiments with atomic, molecular and optical systems such as ultracold atoms and molecules or trapped ions have developed to a level where we have strongly interacting quantum gases that are controllable and measurable on a single-particle level. This now allows us to engineer a range of fundamental models - especially those that were previously used to describe electrons in solid state physics - and explore their properties cleanly on a microscopic level. Beyond textbook demonstrations of equilibrium and single-particle properties (e.g., insulating phases, magnetic superexchange, and Bloch oscillations), this now enables us to explore fundamental aspects of non-equilibrium dynamics in quantum many-particle systems. These range from from the approach of systems to equilibrium and thermalisation in statistical mechanics, to fundamentally new features that arise from unique aspects of the AMO systems - such as long-range interactions in ions or polar molecules. I will discuss some of the recent developments in this area, illustrated with our theoretical work on dynamics in systems with long-range interactions. I will also discuss the recent measurement of many-body entanglement in itinerant particles with ultracold atoms in optical lattices.
Speakers: Andrew Daley
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Quantum science and technology underpins the understanding of matter, radiation, and their interaction, and devices such as atomic clocks and SQUIDs. Our core mission is to conduct fundamental and applied research in this area, interfacing physics, chemistry and applied mathematics.

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