Institut für Theoretische Physik
Start / Aktuell / Institut
April  2015
Fr
10.04.2015
HS1
Theoretische Physik
14:30
Sonderveranstaltung

Prof. Dr. Jens Eisert
FU Berlin

jDPG DOPPLERS Eröffnungssymposium - "Bell's Theorem, Absolute Randomness and Secure Communication"



Kontakt: Markus Schmitt
Fr
10.04.2015
HS1
Theoretische Physik
15:45
Sonderveranstaltung

Prof. Dr. Kurt Schönhammer
Uni Göttingen

jDPG DOPPLERS Eröffnungssymposium - „Göttingen and Quantum Mechanics“

In this talk the important role played by Göttingen in the formulation of non-relativistic quantum mechanics is discussed. In 1921 the Institute of Theoretical Physics at the University of Göttingen was founded and Max Born was offered the chair. His first two assistants were Friedrich Hund and Wolfgang Pauli. In June 1922 Nils Bohr presented the Wolfskehl lectures in Göttingen which clearly showed the limitations of Bohr-Sommerfeld "old quantum theory" to understand atoms beyond hydrogen like ones. Born's later assistants Werner Heisenberg and Pascual Jordan were also present. The paradigm shift started with Heisenberg's 1925 paper containing his "multiplication rule", which led to matrix mechanics formulated by Born and Jordan and extended by Born, Heisenberg and Jordan. In Cambridge Paul Dirac was stimulated by Heisenberg's paper to present his more abstract algebraic formulation. Early 1926 Schrödinger in Zurich presented wave mechanics and for a while there seemed to exist two different approaches to explain atoms, until Schrödinger showed the equivalence of the two approaches. By the end of 1926 "transformation theory" completed the formulation of non-relativistic quantum mechanics. Its interpretation, applications and the Nobel Prices for its development are shortly discussed.

Kontakt: Markus Schmitt
Fr
10.04.2015
HS1
Theoretische Physik
17:00
Sonderveranstaltung

Prof. Simon D. M. White, PhD
MPI für Astrophysik, Garching

jDPG DOPPLERS Eröffnungssymposium - „All from Nothing: the Structuring of our Universe“

Telescopes are time-machines. They allow us to see into the distant past. Our deepest images show the Universe not as it is today, but as it was just 400,000 years after the Big Bang. At that time there were no galaxies, no stars, no planets, no people, no familiar elements other than hydrogen and helium. The cosmos contained nothing but weak sound waves in a near-uniform fog. Supercomputers can compress thirteen billion years of cosmic evolution into a few months of calculation to show how these sound waves developed into the rich structure we see around us today. A study of their harmonic content gives clues to their origin. They appear to be an echo of quantum zero-point fluctuations occurring a tiny fraction of a second after the Big Bang. Thus our entire world may be a consequence of the nature of this early vacuum. In a very real sense, everything may have come from nothing.

Kontakt: Markus Schmitt
Mo
13.04.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15
Born-Hilbert-Seminar

Roberto Longo
Tor Vergata, Rome

The infinite-spin representation of the Poincaré group



Kontakt: K.-H. Rehren
Di
14.04.2015
SR 3, Institut für Theoretische Physik, A03.101
SFB 937
17:00
Seminar

Sebastian Kuss
University of Göttingen

Biophysics of neutrophil extracellular trap (NETs) formation



Kontakt: Glormann
Do
16.04.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Murad Alim
Harvard University MA

TBA



Kontakt: K.-H. Rehren
Mo
20.04.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

alle

Vorbesprechung



Kontakt: K.-H. Rehren
Do
23.04.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Gian Michele Graf
ETH Zürich

TBA



Kontakt: K.-H. Rehren
Mo
27.04.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15



Kontakt: K.-H. Rehren
Do
30.04.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Christian Becker
Uni Potsdam

TBA



Kontakt: K.-H. Rehren

Mai  2015
Mo
04.05.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

NN

TBA



Kontakt: K.-H. Rehren
Mo
11.05.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15
Born-Hilbert-Seminar

Jakob Yngvason
Wien

TBA



Kontakt: K.-H. Rehren
Mo
18.05.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

NN

TBA



Kontakt: K.-H. Rehren
Do
21.05.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Folkert Müller-Hoissen
Göttingen

TBA



Kontakt: K.-H. Rehren

Juni  2015
Mo
01.06.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15



Kontakt: K.-H. Rehren
Mo
08.06.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

NN

TBA



Kontakt: K.-H. Rehren
Do
11.06.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Nigel Higson
Penn State University

TBA



Kontakt: K.-H. Rehren
Do
11.06.2015
Sitzungssaal Mathematik
Theoretische Physik
15:15
Graduiertenkolleg 1493

Fathi Ben Aribi
Paris

Knoten und Torsion



Kontakt: K.-H. Rehren
Mo
15.06.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15
Born-Hilbert-Seminar

Jens Mund
Juiz de Fora / Göttingen

String-localized quantum fields



Kontakt: K.-H. Rehren
Mo
22.06.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

NN

TBA



Kontakt: K.-H. Rehren
Di
23.06.2015
SR 3, Institut für Theoretische Physik, A03.101
SFB 937
17:00
Seminar

Tilman Schäffer
Universität Tübingen

TBA



Kontakt: Glormann
Mo
29.06.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15



Kontakt: K.-H. Rehren

Juli  2015
Mo
06.07.2015
Seminarraum A.04.101
Theoretische Physik
14:15
Quantenfeldtheorie (Forschungsseminar M.Phy.412)

NN

TBA



Kontakt: K.-H. Rehren
Di
07.07.2015
Seminarraum A3.101
Theoretische Physik
14:15
Theoretisch-physikalisches Seminar

Matthias Kaminski
University of Alabama

TBA



Kontakt: S. Kehrein
Mo
13.07.2015
SR4 oder Sitzungszimmer Mathematik
Theoretische Physik
14:15



Kontakt: K.-H. Rehren

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