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Many-body Quantum Dynamics

Cavendish Laboratory
 
Read more at: Towards quantum simulation of false vacuum decay
Transition from Mott Insulator to staggered Superfluid

Towards quantum simulation of false vacuum decay

20 January 2022

In our lastest work we have used a resonantly driven optical lattice to turn the Mott transition into a first-order (discontinuous) transition. We were able to directly observe the associated hysteresis and metastability, where the system remains stuck in its original phase (the false vacuum) even though the ground state...


Read more at: First AION collaboration workshop

First AION collaboration workshop

11 November 2021

Finally, we were able to hold teh first in-person collaboration of the new AION collaboration, where we want to develop large scale atom interferometers. aion_collaboration_nov21_2mp.jpg


Read more at: Postdoc positions Open

Postdoc positions Open

2 December 2020

Two new Postdoc positions available to work with us on experiments with ultracold atoms in and out of optical lattices. Application closes on 3/1/21.


Read more at: Localisation paper published in PRL

Localisation paper published in PRL

13 November 2020

Our latest work on Observing localisation in a 2D quasicrystalline optical lattice was published today in PRL. Quasicrystals are long-range ordered but not periodic, representing an interesting middle ground between order and disorder. We experimentally and numerically study the localization transition in the ground state...


Read more at: Quasicrystal Paper covered in Physics World

Quasicrystal Paper covered in Physics World

9 April 2019

Our recent PRL on the connection between our 2D Quasicrystal and a 4D periodic crystal has been covered in Physics World.


Read more at: Quasicrystal Paper published in PRL
Quasicrystal Paper published in PRL

Quasicrystal Paper published in PRL

20 March 2019

The first experimental result from the Quasicrystal lab, showing the fractal nature of the potential as well as the connection to a 4D crystal, has now been published as an Editor's suggestion in PRL.


Read more at: Postdoc positions open - optical lattices

Postdoc positions open - optical lattices

4 March 2019

Two Postdoc positions available to work on experimental many-body quantum dynamics using ultracold atomic gases and optical lattices. Application closes on 31/3/19.


Read more at: Quantum Walk on fractal
Quantum Walk on fractal

Quantum Walk on fractal

5 July 2018

The first result from our brand-new setup on optical Quasicrystals is on the Arxiv.


Read more at: K39 BEC

K39 BEC

16 May 2018

We achieved Bose-Eintein condensation of K39 atoms.


Read more at: Lecture course on Quantum Simulations
Lecture course on Quantum Simulations

Lecture course on Quantum Simulations

19 January 2018

Today our new lecture course on Quantum Simulations starts in Cambridge for the first time


Latest news

Towards quantum simulation of false vacuum decay

20 January 2022

In our lastest work we have used a resonantly driven optical lattice to turn the Mott transition into a first-order (discontinuous) transition. We were able to directly observe the associated hysteresis and metastability, where the system remains stuck in its original phase (the false vacuum) even though the ground state...

First AION collaboration workshop

11 November 2021

Finally, we were able to hold teh first in-person collaboration of the new AION collaboration, where we want to develop large scale atom interferometers. aion_collaboration_nov21_2mp.jpg

Postdoc positions Open

2 December 2020

Two new Postdoc positions available to work with us on experiments with ultracold atoms in and out of optical lattices. Application closes on 3/1/21.

Localisation paper published in PRL

13 November 2020

Our latest work on Observing localisation in a 2D quasicrystalline optical lattice was published today in PRL. Quasicrystals are long-range ordered but not periodic, representing an interesting middle ground between order and disorder. We experimentally and numerically study the localization transition in the ground state...