ABSTRACT
Numerical Studies Of Ultracold Atomic Gases
by
Hong Lu
The experimental success in ultra-cold atomic gases, both bosonic and fermionic have
boosted the theoretical studies, and especially the a lot of numerical techniques have been
developed and used to describe them. In this thesis, we introduce two numerical experi-
ments in our group on ultra-cold atomic gases. The first concerns the scalar dipolar con-
densate. We have developed and implemented a Split-Step Fourier scheme in imaginary
time, which enable us to seek the ground state of the dipolar condensate.The second part
is focused on our ongoing efforts to investigate the trapped spin polarized Fermi gas using
self-consistent Bogoliubov-de Gennes (BdG) calculation.
More intriguing information
1. The name is absent2. Ruptures in the probability scale. Calculation of ruptures’ values
3. Skill and work experience in the European knowledge economy
4. Innovation and business performance - a provisional multi-regional analysis
5. The name is absent
6. Recognizability of Individual Creative Style Within and Across Domains: Preliminary Studies
7. Smith and Rawls Share a Room
8. XML PUBLISHING SOLUTIONS FOR A COMPANY
9. An alternative way to model merit good arguments
10. Bidding for Envy-Freeness: A Procedural Approach to n-Player Fair Division Problems