38 Infos zu Martin Glässl

7 Aktuelle Nachrichten

Universität Stuttgart - Immer schön paarweise und ununterscheidbar

Jan 27, · ... rate of 86 percent achieved in this way was able to be determined in cooperation with the theoretic physicist Dr. Martin Glässl from the University of ...

Sieben Jahre lang - von bis war Soraya die Kaiserin von Persien, die

Always nicely in pairs and indistinguishable: ... way was able to be determined in cooperation with the theoretic physicist Dr. Martin Glässl from the University of ...

1 Profile in Sozialen Netzwerken

3 Bücher zum Namen

Convection in nanofluids with a particle-concentration-dependent thermal conductivity | Glässl, Martin; Hilt, Markus; Zimmermann, Walter | download | BookSC....

380 results — Markus Müller 1, Samir Bounouar 1, Klaus D. Jöns 1, Martin Glässl 2 +1 more•Institutions (2). 28 Feb Nature Photonics. › authors

Krzysztof Gawarecki, Sebastian Lüker, Doris E. Reiter, Tilmann Kuhn, Martin Glässl, Vollrath Martin Axt, Anna Grodecka?Grad and Pawe? Machnikowski.

7 Dokumente

Submission history. From: Martin Glässl [view email] [v1] Tue, 8 Oct :44:51 GMT (229kb). Which authors of this paper are endorsers? | Disable MathJax ...

Real-Time Path Integrals for. Laser Driven Carrier-Phonon Dynamics in Quantum Dots. Martin Glässl, Vollrath Martin Axt. Universität Bayreuth.

Title: Effects of a temperature dependent viscosity on thermal convection in binary mixtures. Authors: Markus Hilt, Martin Glässl, Walter Zimmermann. Subjects: ...

Read Laser cooling using adiabatic rapid passage

5 Wissenschaftliche Publikationen

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Optical Properties of Nanostructures University of Bayreuth | Department of Physics | February Martin Glässl (University of Bayreuth, Germany)

Martin Glässl (Bayreuth, Germany) Ana Gómez-Ramírez (Granada, Spain) Igor Goychuk (Augsburg, Germany) Johannes Greber (Bayreuth, Germany)

Immer schön paarweise und ununterscheidbar:

13 Webfunde aus dem Netz

Markus Hilt,; Martin Glässl,; Walter Zimmermann. We investigate the effect of a temperature dependent viscosity on the onset of thermal convection in a horizontal layer of a binary fluid mixture that is heated from below. For an exponential temperature dependence of the viscosity, we find in binary mixtures ...

von M Hilt · · Zitiert von: 2 — Authors. Markus Hilt , Martin Glässl , Walter Zimmermann. Affiliation. 1 Theoretische Physik I, Universität Bayreuth, Bayreuth, Germany. › ...

We present a numerically complete study of the combined dynamics of a quantum dot exciton coupled to a single quantized cavity mode and a continuum of acoustic...

Look up the English to German translation of starting point in the PONS online dictionary. Includes free vocabulary trainer, verb tables and pronunciation...

Die im Experiment genaue erzielte Photonenpaarerzeugungsrate von 86 Prozent konnte in Zusammenarbeit mit dem theoretischen Physiker Dr. Martin Glässl von der ... › translate › qu...

... Maximillian Strauß, Andreas M. Barth, Martin Glässl, Alexei Vagov, Micha Strauß, Christian Schneider, Sven Höfling, Martin Kamp, Vollrath M.

MARTIN glässl Bayreuth (95445). Werbung von Google. Werbung von Google. MARTIN › name

von M Glässl · · Zitiert von: 33 — Martin Glässl, L. Sörgel, A. Vagov, Mihail D. Croitoru, T. Kuhn, et al.. Interaction of a quantum-dot cavity system with acoustic phonons: Stronger ... › hal

FFB.3 08:30 Phonon-Assisted Population Inversion of a Single Quantum Dot, Alistair Brash, John H. Quilter, Feng Liu, Martin Glässl, Andreas Barth, ... › There-is-still-time-to-re...

— Brash, Alistair, John H. Quilter, Feng Liu, Martin Glässl, Andreas Barth, Vollrath M. Axt, Andrew Ramsay, Maurice S. Skolnick, ... › populati...

Authors: Martin Glaessl, Markus Hilt, Walter Zimmermann. (Submitted on 22 Mar (this version), latest version 17 Sep (v2)). Abstract: ...

Martin Glässl, Markus Hilt, Walter Zimmermann. Sep cond-mat.soft nlin.PS physics.flu-dyn arXiv: v4. Scited Scite! 0. @misc{ , author ...

Convection in nanofluids with a particle-concentration-dependent thermal conductivity. Martin Glässl, Markus Hilt and Walter Zimmermann Physical Review E