616th WE-Heraeus Seminar
 

[HeraeusLogo]

Bad Honnef
May 9 - 13, 2016

     
     

 

Ultracold Quantum Gases -

Current Trends and Future Perspectives
 

Scope

 

Since the first experimental realization of Bose-Einstein condensation in ultracold atomic gases in 1995, there have several substantial breakthroughs. Today, systems of bosonic or fermionic quantum gases allow for a very high level of experimental control concerning all ingredients of the underlying many-body Hamiltonian. The underlying trapping geometry can be designed to be harmonic, anharmonic or, recently, even box-like which mimics a quasi-uniform potential. Furthermore, the shape of the two-particle interaction can be modified from the short-ranged and isotropic contact interaction to the long-ranged and anisotropic dipolar interaction. In particular the possibility to tune the strength of the contact interaction to basically any attractive or repulsive value with the aid of the Feshbach resonance allows nowadays to probe quantum fluids in regimes and under conditions hitherto unavailable. Since 2011 it has even been experimentally achieved to also tune the kinetic energy of the many-body Hamiltonian by producing synthetic spin-orbit coupling. This nourishes the prospect to generate for neutral atoms abelian gauge fields, as they appear in electromagnism for charged particles, but also non-abelian gauge fields, as they occur in the standard model of elementary particle physics. Therefore, quantum gases are considered to be ideal quantum simulators, i.e. they are best capable to simulate difficult quantum problems in condensed matter physics and other fields of physics in the sense of Richard Feynman from 1982.
 
This seminar, which will bring together about 80 participants in May 2016, will provide a comprehensive survey of the different facets of this rapidly evolving subject. Leading international experts will review the present status of the most promising developments concerning ultracold quantum gases from both the experimental and the theoretical point of view, and will discuss future trends and perspectives. Participants are invited to present their current research in two poster sessions. In addition, 8 outstanding contributions will be selected for shorter talks.
 
Thus, the seminar will foster the exchange of information in this fast-developing field at the frontier of contemporary physics, and provide ample opportunity for scientific discussions. Similar to the previous workshops

it is also intended to initiate future collaborations amongst the participants.

 

 
Location

 

Travel Information Bad Honnef

   

 
 
   

Research Topics

Strong Correlations
Dipolar Quantum Gases
Quantum Information
Hybrid Systems
Disorder Effects
Spinor BEC
Degenerate Fermions
BEC/BCS crossover
Tunneling
Dynamics
Spin-Orbit Coupling
Gauge Fields
Magnetism
Anyons
Vortices and Transport
Turbulence


 ,    

Invited Speakers

 

Eugene Demler

Boston, USA  
 

Rembert Duine

Utrecht, Netherthelands   Slides
 

Tilman Esslinger

Zurich, Switzerland  
 

Leonardo Fallani

Florence, Italy  
 

Igor Ferrier-Barbut

Stuttgart, Germany   Slides
 

Michael Fleischhauer

Kaiserslautern, Germany   Slides
 

Thierry Giamarchi

Geneva, Switzerland  
 

Rudolf Grimm

Innsbruck, Austria  
 

Johannes Hecker-Denschlag

Ulm, Germany  
 

Andreas Hemmerich

Hamburg, Germany   Slides
 

Jason Ho

Columbus, USA  
 

Walter Hofstetter

Frankfurt, Germany  
 

Randy Hulet

Houston, USA  
 

Corinna Kollath

Bonn, Germany  
 

Stefan Kuhr

Glasgow, UK  
 

Kazimierz Rzazewski

Warsaw, Poland  
 

Anna Sanpera

Barcelona, Spain  
 

Luis Santos

Hannover, Germany  
 

Jörg Schmiedmayer

Vienna, Austria  
 

Dan Stamper-Kurn

Berkeley, USA  
 

Sandro Stringari

Trento, Italy  
 

Jacques Tempere

Antwerp, Belgium   Slides
 

Päivi Törmä

Aalto, Finland   Slides
 

Matthias Weidemüller

Heidelberg, Germany  
 

Eugene Zaremba

Kingston, Canada   Slides
 

Peter Zoller

Innsbruck, Austria  

 
 
   

Contributed Talks

Georg Bruun

Aarhus, Denmark   Slides
 

Lauriane Chomaz

Innsbruck, Austria  
 

Daniel Greif

Harvard, USA  
 

Fabrizio Larcher

Newcastle, UK   Slides
 

Nadine Meyer

Birmingham, UK  
 

Milan Radonjic

Vienna, Austria  
 

Frank Vewinger

Bonn, Germany   Slides
 

Patricia Vignolo

Valbonne, France  

 
 
   

Latest news:

- The 616th Wilhelm and Else Heraeus Seminar Ultracold Quantum Gases Current Trends and Future Perspectives will be funded by the Wilhelm and Else Heraeus Foundation.
- There will be no registration fee for participants. Lodging and meals will be fully covered at the Physikzentrum, Bad Honnef (Germany).
- Studens and reseachers, who would like to attend the 616th Wilhelm and Else Heraeus Ultracold Quantum Gases Current Trends and Future Perspectives, should send an informal email to
axel.pelster ad physik.uni-kl.de
until March 6, 2016
.
In case that you would like to present a poster, please send both title and abstract.
- The accepted participants will be informed by the Wilhelm and Else Heraeus Foundation after the deadline March 6, 2016.
We have received so many applications that the 616th Wilhelm and Else Heraeus Seminar is booked out. In case of cancellations, applicants on the waiting list will be invited to participate on short notice.
- Note that the arrival for the 616th Wilhelm and Else Heraeus Seminar is scheduled on the late afternoon of Sunday, May 8, 2016 as the conference will start on Monday, May 9, 2016 at 9.00 and will end on Friday, May 13, 2016 after lunch time.

- The preliminary program is available here:
program draft from 21.04.2016


Poster:

The poster for the 616th Wilhelm and Else Heraeus Seminar Ultracold Quantum Gases Current Trends and Future Perspectives can be downloaded from the homepage.

 
       

Scientific Organizers:

Axel Pelster
Fachbereich Physik
Technische Universität Kaiserslautern
Erwin-Schrödinger-Strasse
67663 Kaiserslautern, Germany
axel.pelster[ad]physik.uni-kl.de   
phone: 0049-631-205-2270
fax: 0049-631-205-3907
Carlos Sa de Melo
School of Physics
Georgia Institute of Technology
837 State Street
Atlanta, Georgia 30332-0430, USA
carlos.sademelo[ad]physics.gatech.edu phone: 001-404-894-5088
fax: 001-404-894-9958