Kolloquien


Kolloquien

Das MPQ-Kolloquium findet dienstags statt und beginnt um 14.30 Uhr.
Das MCQST-Kolloquium findet dienstags statt und beginnt um 14:00 Uhr.

Der Veranstaltungsort ist der Herbert-Walther-Hörsaal.
Details zur Online-Teilnahme werden über die Mailing-Listen [wiss-mpq] und [Mpq-colloquium-stream] versandt. Bitte registrieren Sie sich hierzu über den nebenstehenden Link.

Ansprechpartner für die wissenschaftliche Organisation:  Dr. Stephan Dürr und Prof. Thomas Udem
 

“Implementing a quantum memory with a frequency and bandwidth-tuneable superconducting resonator” (MCQST Colloquium) (Prof. Audrey Bienfait)

tba [mehr]

“Prehistory of the quantum theory of radiation - from Planck to Dirac” (Prof. Alexander Blum)

tba [mehr]

“Bose-Einstein condensates, phase-coherent dynamics and entangled states: to what extent and for what purpose?” (Prof. Alice Sinatra)

The macroscopic population of a mode in a Bose-Einstein condensate, of bosons or paired fermions, generates spatial and temporal coherence properties at the macroscopic scale. The interactions and the intrinsic multimode nature of the atomic field enrich the phase dynamics of condensates, raising questions of fundamental and applied order. [mehr]

"tba" (Prof. Peter Hommelhoff)

tba [mehr]

"tba" (MCQST Colloquium) (Prof. Tilman Esslinger)

tba [mehr]

“Searching for new physics with a tabletop network of optical atomic clocks” (Prof. Shimon Kolkowitz)

I will introduce a “multiplexed” optical lattice clock designed to search for new physics. I will present recent experimental results in which we used this apparatus to perform a novel, blinded, precision test of the gravitational redshift with a vertical array of 5 ensembles of strontium atoms spanning a total height difference of 1 cm. I will discuss the outlook for future searches for new physics with our apparatus. [mehr]

“Precision laser spectroscopy of the Thorium-229 nuclear clock transition” (Prof. Thorsten Schumm)

We demonstrate the first laser excitation of an atomic nucleus and perform precision spectroscopy of the nuclear quadrupole structure emerging in a solid-state environment.This allows us to determine nuclear shape parameters with unprecedented accuracy and determine the sensitivity of the nuclear clock transition to a variation of the fine structure constant. [mehr]

"tba" (MCQST Colloquium) (Prof. Anushya Chandran)

[mehr]

“Creating and Exploring Bose-Einstein Condensates of Dipolar Molecules” (Prof. Sebastian Will)

tba [mehr]
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