zukünftige seminare

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 2016

Seminare 2015

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:

Nano-photonic quantum light-matter interfaces based on rare-earth-doped crystals (Dr. A. Faraon)

Quantum light-matter interfaces that reversibly map photonic quantum states onto atomic states, are essential components in the quantum engineering toolbox with applications in quantum communication, computing, and quantum-enabled sensing. [mehr]

Doped resonating valence bond states: a quantum information study (Dr. S. Singha)

Resonating valence bond states have played a crucial role in the description of exotic phases in strongly correlated systems, especially in the realm of Mott insulators and the associated highTc superconducting phase transition. [mehr]

Detection of Zak phases and topological invariants in a chiral quantum walk of twisted photons (Dr. A. Dauphin)

Initially discovered in condensed matter, topological phases have so far been simulated in a variety of synthetic systems (ultracold atoms in optical lattices, photonic bandgap materials, mechanical systems, ...). [mehr]

Representations in deep learning and quantum many-body physics (Dr. P. Wittek)

Representation is of central importance in both quantum many-body physics and machine learning. [mehr]

Non-linear response in extended systems: a real-time approach (Dr. C. Attaccalite)

I will present a new formalism to study linear and non-linear response in extended systems. Our approach is based on real-time solution of an effective Schrödinger equation. [mehr]

 
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