Search

10 May 2009

Coolest place in the Equator

When atoms are cooled down to a temperature very close to absolute zero, they tend to “bunch” together in a peculiar way predicted by Bose and Einstein in the 1920s.

When atoms are cooled down to a temperature very close to absolute zero, they tend to "bunch" together in a peculiar way predicted by Bose and Einstein in the 1920s. These "Bose-Einstein condensates" have been produced for the first time in 1995 and are now a tool to investigate the quantum properties of matter. Murray Barrett and Kyle Arnold, in the Microtraps Group of CQT, have recently observed this state of matter in their experiment.

Three absorption images of atom clouds after 20ms of ballistic expansion. On the left the atoms are mostly in the thermal phase, and on the right in condensate phase. The temperatures of the thermal parts from left to right are 200nK, 100nK, and 60nK. The number of atoms from left to right are (180, 100, 60) ×103

People

Links

Browser not supported

Modern websites need modern browsers

To enjoy the full experience, please upgrade your browser

Try this browser
A pie chart showing the count of papers with CQT co-authors in 2024 by journal impact factor

Publications by CQT researchers during 2024 by journal impact factor (IF)​

A pie chart showing the nationality of CQTians by region of the world.

Nationalities of CQT staff and students as of 31 Dec 2024​

A pie chart showing the count of CQTians by categories

Count of CQT staff and students as of 31 Dec 2024​

*Admin count includes only staff directly employed within the Centre. HR, IT and procurement is supported by additional staff working across University centres.