Kontakt

Quanten-Vielteilchensysteme
Sekretariat: Kristina Schuldt
Telefon:      +49 89 3 29 05 - 138

Theorie
Sekretariat: Andrea Kluth
Telefon:      +49 89 3 29 05 - 736

Laserspektroskopie
Sekretariat: Ingrid Hermann
Telefon:      +49 89 3 29 05 - 712

Attosekundenphysik
Sekretariat: Corin Abert
Telefon:      +49 89 3 29 05 - 612

Quantendynamik
Sekretariat: Iris Schwaiger
Telefon:      +49 89 3 29 05 - 711

Seminare


Seminare

In unregelmäßigen Abständen finden am MPQ Seminare statt. Diese werden von den Wissenschaftlern der einzelnen Abteilungen organisiert.

Der Veranstaltungsort wird mit dem jeweiligen Seminar bekannt gegeben.

Monat:

Quantum anomaly and transport in the 2D Fermi gas

Quantum anomaly and transport in the 2D Fermi gas

A scale invariant system looks similar on different length scales. Usually this is realized only after some fine tuning, for instance near a phase transition or a scattering resonance. Remarkably, a classical gas in two dimensions is scale invariant for an arbitrary strength of contact interaction. This has striking consequences for its nonequilibrium scaling dynamics, in particular the breathing motion in a harmonic trapping potential. [mehr]

IMPRS-APS Talk: Sub-Optical-Cycle Control of Light and Matter (Prof. Daniele Brida)

The new idea consists in exploiting the optical field itself to control the properties of crystals and nanostructures. With this approach, it becomes possible to access phenomena occurring within an oscillation of light as benchmarked by three experiments. [mehr]

Untangling Entanglement and Chaos (Meenu Kumari)

How does classical chaos affect the generation of quantum entanglement? What signatures of chaos exist at the quantum level and how can they be quantified? [mehr]

Stable p-wave resonant two-dimensional Fermi-Bose dimers (Prof. Dmitry Petrov)

We consider two-dimensional weakly-bound heterospecies molecules formed in a Fermi-Bose mixture with attractive Fermi-Bose and repulsive Bose-Bose interactions. [mehr]

Ultracold chromium-lithium Fermi mixtures with resonant few-body interactions (Prof. Matteo Zaccanti)

From quark and nuclear matter down to solid-state systems and ultracold gases, mass asymmetry is known to profoundly influence the behavior of strongly interacting mixtures of fermionic particles, both at the few- and many-body level. [mehr]

 
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