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Universität Hamburg - der Forschung, der Lehre, der Bildung, zur Homepage
Institute of Laser Physics

Institute
of Laserphysics

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Photo: AG Schnabel

Institute of Laser Physics

This page:UHH > MIN > Department of Physics > Institute of Laser Physics

Gebäudeansicht

Photo: Tönies + Schroeter + Jansen Freie Architekten GmbH

Welcome to the Institute of Laserphysics

The Institute of Laser Physics (ILP) comprises four experimental and two theoretical groups. Their joint aim is to research quantum physics of light and matter and explore new technological applications. Main research interests are ultra-cold quantum gases, strongly correlated quantum matter, gravitational-wave detection, the development of lasers that produce squeezed and entangled light, and the fundamental questions of quantum physics in general. For all topics we provide lectures for physics students at the University of Hamburg.

The ILP is part of the physics department. It hosts the DFG-funded collaborative research centre SFB925 „Light induced dynamics and control of correlated quantum systems“, and is strongly involved in the Cluster of Excellence „Quantum Universe“ (QU), in „The Hamburg Centre for Ultrafast Imaging”, which includes the Cluster of Excellence „Advanced Imaging of Matter“ (AIM), and in “The Centre for Optical Quantum Technologies” (ZOQ).

Symbolische Darstellung einer Welle

Photo: AG Hemmerich

Group Hemmerich

We use ultracold atoms to study minimal laboratory models of quantum many-body physics. Our research covers ultracold atoms in optical cavities, topological optical lattices, and new concepts for quantum metrology.

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Symbolische Darstellung einer Zellenstruktur

Photo: AG Mathey

Group Mathey

We investigate ultracold atom and solid-state systems, with emphasis on many-body phenomena such as superfluidity and superconductivity. Our primary research interest is many-body dynamics using novel theoretical concepts for quantum dynamics.

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Darstellung von Laserstrahlen, die sich kreuzen

Photo: AG Moritz

Group Moritz

We experimentally cool dilute gases to near absolute zero temperature. Here, quantum mechanical behaviour dominates, enabling us to study fundamental phenomena such as superfluidity, matter wave interference and correlated dynamics in highly tuneable model systems.

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Oben: Zeitabhängige Schrödingergleichung; unten: physikalische Darstellung

Photo: AG Schmelcher

Group Schmelcher

The theory group of 'Fundamental processes in quantum physics' focuses on the structure and dynamics in ultracold trapped systems but also on the development of novel fundamental concepts in quantum physics in general.

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Darstellung von Laserstrahlen in einem optischen Aufbau

Photo: AG Schnabel

Group Schnabel

We develop lasers for squeezed and entangled light and research new technologies for gravitational-wave detectors and quantum communication, and address fundamental questions of quantum physics.

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Darstellung zweier Wellenebenen

Photo: AG Sengstock

Group Sengstock

In our group we use ultracold quantum gases to study various kinds of interacting many-body systems, phenomena related to topology and hybrid quantum systems.

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Current events

Current events as atom-feed
Post new eventMore Events
28.01.216:30 PM
Understanding Review Processes for Natural- and Life-Scientists Lecture
28.01.216:30 PM
Understanding Review Processes for Natural- and Life-Scientists Lecture
02.02.212:00 PM
HRA spotlight – Promovieren und Familie. Herausforderungen und Lösungen
02.02.212:00 PM
HRA spotlight – Promovieren und Familie. Herausforderungen und Lösungen
05.02.212:30 PM
Quantum Universe Lectures: J. Ruderman – New Physics at the Soft Photon Frontier (1/2)
10.02.219:00 AM
Videoseminar – Hands On
12.02.212:30 PM
Quantum Universe Lectures: J. Ruderman – New Physics at the Soft Photon Frontier (2/2)
25.02.219:00 AM
Conference Presentation: Engaging the Listener in Your Talk
18.03.219:00 AM
Supervision und Betreuung von Promovierenden
19.03.219:00 AM
Communication Skills for International Academic Practice
23.03.219:00 AM
Getting It Done. How to Complete Your Dissertation - Methods and Motivation

Current news

Current events as atom-feed
Das Hauptgebäude der Universtität Hamburg.

Photo: UHH/Schell

15 January 2021|Campus

FAQ on the coronavirus and its impact on Universität Hamburg

In 2021, the coronavirus pandemic continues to affect processes at Universität Hamburg, whether digital studies, travel abroad, or working from home. You will find answers to the most important questions in the FAQ, which is regularly updated. [Last update: 15 January 2021, 1:57 PM]

Contribution from the university's newsroom
In der sechsten Folge von „Warum Astrophysik?“ nimmt uns der Astrophysiker Dr. Pranjal Trivedi von der Hamburger Sternwarte mit in das Reich der Dunklen Materie und zeigt verschiedene Methoden, mit denen die Rätsel um diese geheimnisvolle Materie gel

Photo: UHH/MIN/Fuchs

13 January 2021|Research

Why astrophysics?

Studierende und Nachwuchsforschende erzählen jeden zweiten Mittwoch während der Vorlesungszeit, warum sie sich für die Astrophysik entschieden haben.

Contribution from the news channel MIN
Portrait showing scientist Rafael Porto

Photo: DESY

12 January 2021|EXC Quantum Universe

Rafael Porto awarded Buchalter Cosmology Prize 2020

For groundbreaking work on the origin of structure in the universe, Rafael Porto, Lead Scientist at DESY and Principal Investigator at the Cluster of Excellence Quantum Universe, has been awarded the Buchalter Cosmology Prize 2020 together with his colleague and co-author Daniel Green from the University of California at...

Contribution from the news channel EXC Quantum Universe
Portrait of Henriette Herz

Photo: gemeinfrei

17 December 2020|Advanced Imaging of Matter

Two scientists from the MIN faculty appointed Humboldt Scouts

Prof. Dr. Christoph Schweigert from the Department of Mathematics and Prof. Dr. Roland Wiesendanger from the Department of Physics and the Cluster of Excellence "CUI: Advanced Imaging of Matter" were selected by an interdisciplinary committee for the Henriette Herz Scouting Programme. This means that no less than two...

Contribution from the news channel Advanced Imaging of Matter
Henriette Herz, porträtiert von Anton Graff (Bild gemeinfrei)

Photo: gemeinfrei

17 December 2020|EXC Quantum Universe

Zwei Wissenschaftler der MIN-Fakultät zu Humboldt-Scouts ernannt

Prof. Dr. Christoph Schweigert aus dem Fachbereich Mathematik und Prof. Dr. Roland Wiesendanger aus dem Fachbereich Physik wurden durch einen interdisziplinären Ausschuss für das Henriette Herz-Scouting-Programm ausgewählt. Damit werden gleich zwei Wissenschaftler der MIN-Fakultät als sogenannte Humboldt-Scouts...

Contribution from the news channel MIN
An open-source, end-to-end workflow for multidimensional photoemission spectroscopy

Photo: Xian et al

17 December 2020|SFB925

An open-source, end-to-end workflow for multidimensional photoemission spectroscopy

Characterization of the electronic band structure of solid state materials is routinely performed using photoemission spectroscopy. Recent advancements in short-wavelength light sources and electron detectors give rise to multidimensional photoemission spectroscopy, allowing parallel measurements of the electron spectral...

Archive of current news

Last update: 22 April 2020

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