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'''<big><big>Leitung:</big></big>'''
'''<big><big>Leitung:</big></big>'''<br>
<div class="center">'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=189 Dr. Bernd Windelband]</big>'''</div>
<div class="center">'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=189 Dr. Bernd Windelband]</big>'''</div><br>
'''<big><big>Mitarbeiter:</big></big>'''
'''<big><big>Mitarbeiter:</big></big>'''<br>
<div>'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=72 Stefan Hetzel]</big>'''</div>
<div>'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=72 Stefan Hetzel]</big>'''</div>
<div>'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=169 Kevin Stumpf]</big>'''</div>
<div>'''<big>[http://www.physi.uni-heidelberg.de/Mitarbeiter/madetails.php?id=169 Kevin Stumpf]</big>'''</div>
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===[http://www.physi.uni-heidelberg.de/Forschung/QD/index.php?show=projects&project=mixtures Mixtures of ultracold atoms and cold molecules]===
===[http://www.physi.uni-heidelberg.de/Forschung/QD/index.php?show=projects&project=mixtures Mixtures of ultracold atoms and cold molecules]===
<div> In this experiment we use a mixture of two different alkali metals: cesium and lithium. This gives us the possbility to form ultracold LiCs dimers. These molecules have an extremely large electric dipole moment which promises many new experiments. For example, the molecules can be orientated in an external electric field.</div>
<div> In this experiment we use a mixture of two different alkali metals: cesium and lithium. This gives us the possbility to form ultracold LiCs dimers. These molecules have an extremely large electric dipole moment which promises many new experiments. For example, the molecules can be orientated in an external electric field.</div>
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===[http://www.physi.uni-heidelberg.de/Forschung/QD/old_hp/research/Rydberg/ A dense gas of cold Rydberg atoms ]===
<div> Rydberg atoms are atoms in highly excited electronic states. These atoms are very sensitive to external fields and show strong interaction with the environment and with other Rydberg atoms. This gives us a model system that is highly controllable and which is completely governed by interatomic interactions.</div>
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Aktuelle Version vom 4. Oktober 2011, 11:39 Uhr



Leitung:


Mitarbeiter:

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Aufgaben

In der Abteilung Entwicklung und Konstruktion werden die unterschiedlichsten Bauteile, hauptsächlich Detektoren und Detektorkomponenten, wie sie in Großexperimenten an Teilchenbeschleunigern zum Einsatz kommen, bis zur Produktionsreife entwickelt und durchkonstruiert. Von hier aus gehen die technischen Unterlagen zur Fertigung des Bauteils in die institutseigenen Werkstätten oder an externe Firmen.
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Technische Unterstützung

Catia V5 / Siemens CELSIUS Workstations / SpacePilot Pro / OCE CS2236 Farbplotter / OCE 9300 SW-Plotter / OKI C9650 Laserdrucker / OCE 940 Faltmaschine / HP Scanjet G4050
Aktuelle Projekte
PI-Logo.jpg

Mixtures of ultracold atoms and cold molecules

In this experiment we use a mixture of two different alkali metals: cesium and lithium. This gives us the possbility to form ultracold LiCs dimers. These molecules have an extremely large electric dipole moment which promises many new experiments. For example, the molecules can be orientated in an external electric field.
PI-Logo.jpg

A dense gas of cold Rydberg atoms

Rydberg atoms are atoms in highly excited electronic states. These atoms are very sensitive to external fields and show strong interaction with the environment and with other Rydberg atoms. This gives us a model system that is highly controllable and which is completely governed by interatomic interactions.