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The first achievement of a pure Bose-Einstein Condensate (BEC) in 1995 was the first time a pure quantum mechanical state of matter was realised. This new ability to control matter sparked the revolution in ultracold physics that we see today with applications ranging from time standards to quantum simulation to quantum information and sensing. But 25 years on, these states remain fleeting. The aim of Shayne Bennetts' research is to contribute to achieving a steady-state BEC, and with it, a steady-state matter-wave laser.

Event details of Towards a steady-state pure Bose-Einstein Condensate
Date 25 October 2019
Time 14:00 -15:00
Location Agnietenkapel

S.P. Bennetts: 1000 Times Closer To A Continuous Atom Laser: Steady-State Strontium With Unity Phase-Space Density.

Supervisor

Prof. F.E. Schreck

Co-supervisor

Dr B.B. Pasquiou

Entrance

This event is open to the public.

Agnietenkapel

Oudezijds Voorburgwal 229 - 231
1012 EZ Amsterdam