Semesterübersicht

Semesterübersicht Wintersemester 2019/2020

Sommersemester 2019 - Wintersemester 2019/2020 - Sommersemester 2020

Dienstag, 08.10 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

Sonderseminar: 14 Uhr c.t., HS Kernphysik, Becherweg 45

Garth Huber, University of Regina, Regina, Saskatchewan, Canada
see attached pdf

Sonderseminar

Donnerstag, 10.10 2019

Seminar über Theorie der kondensierten Materie / TRR146 Seminar

K. Binder/ S. Jabbari / A. Nikoubashman / F. Schmid / G. Settanni / T. Speck / M. Sulpizi / P. Virnau

10:30 Uhr s.t., Newtonraum, 01-122, Staudingerweg 9

Christoph Ortner, University of Warwick
Accurate molecular simulation requires computationally expensive quantum chemistry models that makes simulating complex material phenomena or large molecules intractable. The past decade has seen a revival of interatomic potentials (IPs), fast but traditionally inaccurate surrogate models, re-casting their construction as an approximation and data-fitting problem. I will give an introduction to this problem, from a mixed modelling / data / mathematics perspective. In particular I want to show how it can be formalised as a high-dimensional approximation problem, with many structures that can be exploited to make it tractable. I will introduce two approximation schemes, both using different symmetric polynomials, targeting in particular efficiency and transferability, some preliminary simulation results, and the beginnings of a rigorous numerical analysis. Joint work with Geneviève Dusson (CNRS Besançon), Markus Bachmayr (Mainz), Gabor Csanyi and Cas van der Oord (Cambridge), Simon Etter (NU Singapur).

Seminar über Theorie der kondensierten Materie / TRR146 Seminar

K. Binder/ S. Jabbari / A. Nikoubashman / F. Schmid / G. Settanni / T. Speck / M. Sulpizi / P. Virnau

11:15 Uhr s.t., Newtonraum, 01-122, Staudingerweg 9

Genevive Dusson, University of Warwick
I will present the practical construction of interatomic potentials for materials and molecules based on a body-order expansion (ANOVA, HDRM), each body order being represented by polynomials satisfying the rotation and permutation symmetry of the "exact" potential energy surface. These polynomials are determined in a data-driven fashion from linear fits trained with ab initio data. I will report convergence tests on training sets for materials and molecules, illustrating the accuracy, the low computational cost, and the systematic improvability of the potential. I will then outline a range of the regularisation procedures that we incorporate into the polynomial fits to achieve transferability of the potentials. Finally, I will outline a testing framework to stress-test the generalisation capabilities of new potentials far from the training set. Joint work with Alice Allen (Cambridge), Gbor Csnyi (Cambridge), Christoph Ortner (Warwick), and Cas van der Oord (Cambridge).
Dienstag, 15.10 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., Socialroom

Fatemeh Elahi, IPM, Tehran
A few hundred cold gas clouds were recently discovered, each situated a few hundred parsecs from the center of the Milky Way Galaxy. These gas clouds can provide unprecedented sensitivity to dark matter-standard model interactions. The main physical basis is simple: dark matter tends to have a higher temperature than the coldest interstellar and intergalactic gas. Therefore, dark matter can heat the gas to higher-than-observed temperatures, if dark matter interacts enough with baryons or electrons in the gas cloud. In this talk, I will discuss the bounds cold gas clouds give on ultra-light dark photon, vector portal, and millicharged dark matter.

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Wick Haxton, Department of Physics, Berkeley
There is a great deal of experimental effort being invested in laboratory searches for heavy dark matter particles, where the signal is a recoiling nucleus produce by dark matter elastic scattering. An interesting question is the number of experiments that will need to be done to ensure that the available discovery space has been adequately covered. Post discovery, a related question will be the number of independent experiment that will need to be completed, to fully characterize the interaction. I will describe an approach based on effective theory that allows one to address these and other questions.
zukünftige Termine
Montag, 21.10 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

J. Diefenbach, Mainz
Strahlenschutzunterweisung Kernphysik

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. John M. Schwantes, Pacific Northwest National Laboratory , Richland, WA, USA
The young science of nuclear forensics was born out of a response to discoveries of weapons-usable nuclear Materials Out of Regulatory Control (MORC) in northern Europe in the early 1990s. This science not only supports law enforcement response to MORC events but represents a key component of nuclear security for any nation with nuclear or radiological materials holdings. Since the birth of nuclear forensic science, efforts like the Nuclear Security Summit, the Global Initiative to Combat Nuclear Terrorism, as well as those by the International Atomic Energy Agency and the Nuclear Forensics International Technical Working Group have strengthened nuclear forensics capabilities worldwide. Here, the capabilities and limitations of nuclear forensic science are described and several examples of applications of nuclear forensics in support of emergency response, law enforcement, and national security are provided.
Dienstag, 22.10 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Andreas Helset, Bohr Institute
We formulate an effective field theory describing large mass scalars and fermions minimally coupled to gravity. The operators of this effective field theory are organized in powers of the transfer momentum divided by the mass of the matter field, an expansion which lends itself to the efficient extraction of classical contributions from loop amplitudes in both the post-Newtonian and post-Minkowskian regimes. We use this effective field theory to calculate the classical and leading quantum gravitational scattering amplitude of two heavy spin-1/2 particles at the second post-Minkowskian order.

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Andreas Burkert, Faculty of Physics, LMU Munich
Disk Galaxies: Our Fascinating Cosmic Habitats
Donnerstag, 24.10 2019

Seminar über Theorie der kondensierten Materie / TRR146 Seminar

K. Binder/ S. Jabbari / A. Nikoubashman / F. Schmid / G. Settanni / T. Speck / M. Sulpizi / P. Virnau

10:15 Uhr s.t., Newtonraum, 01-122, Staudingerweg 9

Joerg Steinkamp, ZDV, Uni Mainz
tba
Montag, 28.10 2019

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

Michael Goedel, Institut fuer Physik
Track reconstruction in Project 8

Masterkolloqium

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

O. Javier Hernandez, Mainz
Nuclear structure corrections in muonic deuterium
Dienstag, 29.10 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Alexey Vladimirov, Regensburg University
TBA

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Rupert Huber, Institut fr Physik, Universitt Regensburg
Nanoelectronics faster than a cycle of light
Mittwoch, 30.10 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Verena Spatz, TU Darmstadt
Physics Education It is a widely held view that in the field of physics education the implementation of scientific findings into instruction practice should be a critical issue, however the record of research results on genuine classroom activities is generally poor. In the seminar, a project will be presented, that aims at closing this research-practice gap. In the project, novel teaching units on the introduction to Newtonian mechanics were developed and evaluated, based on empirical studies concerning common pre-instruction ideas, which students bring along into school. Some of these ideas are appropriate, whereas many are inappropriate to build upon in physics lessons. A very popular erroneous idea about motion is that a force is needed to keep an object moving at constant velocity. This novices concept has to be changed into an experts concept, that a force is needed only to change the velocity of an object. As illustrated in this example, teaching and learning physics often requires conceptual change. Considering this, the content area itself had to be restructured and teaching materials had to be prepared to meet students learning needs. An accompanying quasi-experimental field study with grade seven classes showed a significant improvement of students conceptual understanding.
Donnerstag, 31.10 2019

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Prof. Dr. Stephen D. Hogan, Department of Physics and Astronomy, University College London, UK
tba
Montag, 04.11 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Laura Moschini, Brüssel
tba

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Sascha Rau, Max-Planck-Institut für Kernphysik, Heidelberg
High-precision measurement of the deuterons atomic mass
Dienstag, 05.11 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Enrico Morgante, Johannes Gutenberg-Universitat
TBA

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Special Colloquium in Memory of Professor Ernst Otten, Mainz
Professor Michle Leduc (Laboratoire Kastler-Brossel, Ecole Normale Suprieure, Paris) spricht ber "Optical pumping of Helium3 and MRI lung imaging" Professor Wilfried Nrtershuser (Technische Universitt Darmstadt) spricht ber "Atomic spectroscopy and nuclear structure" Professor Christian Weinheimer (Universitt Mnster) spricht ber "The search for the neutrino mass" Professor Werner Heil (Universitt Mainz) spricht ber "Ernst Ottens Persnlichkeit Prgung und Wirken der WA EXAKT unter seiner Leitung"

Tea from 3.30pm

Mittwoch, 06.11 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Karin Schoenning, Upsala University
Hyperons - a strange key to the strong interaction
Donnerstag, 07.11 2019

Seminar über Theorie der kondensierten Materie / TRR146 Seminar

K. Binder/ S. Jabbari / A. Nikoubashman / F. Schmid / G. Settanni / T. Speck / M. Sulpizi / P. Virnau

10:30 Uhr s.t., Newtonraum, 01-122, Staudingerweg 9

Fabian Berressem, Institut fr Physik
TBA
Freitag, 08.11 2019

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Stephan Schlamminger, National Institute of Standards and Technology, Gaithersburg, USA
tba

Sondertermin - Bitte um Beachtung!

Montag, 11.11 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Hans Christian Lange, Mainz
We construct a chiral effective Lagrangian for e.-m. transitions between vector and pseudoscalar mesons (PVgamma). Based on an organization scheme in 1/Nc and the quark masses, we fit up to 12 decays and compare the results of our model with the experimental values given in PDG2018. We will extend our framework to the Dalitz decays PVl+l- and compare the calculated decay rates and transition form factors with recent experimental results.
Dienstag, 12.11 2019

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Warren S. Warren, Department of Physics, Duke University
Applying new Physics Insights to improve Tissue Imaging
Mittwoch, 13.11 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Alejandro Kievsky, INFN Pisa
Cold atoms and effimov physics
Donnerstag, 14.11 2019

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Johannes W. Deiglmayr, ETH Zürich, Schweiz
tba
Montag, 18.11 2019

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

Peter Berta, Institut fuer Physik
Pile-up mitigation

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Asia Sobczyk, Valencia
Nuclear effects for neutrino oscillation studies

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Simon Sels, CERN
Recent developments for laser spectroscopy of short-lived isotopes at radioactive ion beam facilities
Dienstag, 19.11 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Leonardo Vernazza, Nikhef
TBA

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Werner Krauth, Laboratoire de Physique, cole normale suprieure, CNRS Paris
Fast irreversible Markov chains in statistical physics
Mittwoch, 20.11 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Christian Weinheimer, Universitt Mnster
KATRIN result
Montag, 25.11 2019

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

Florian Thomas, Institut fuer Physik
Ultra-fast ray-tracing for the Wavelength-Shifting Optical Module

Masterkolloqium

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Farah Afzal, Bonn
tba

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Sebastian Raeder, GSI Helmholtzzentrum für Schwerionenforschung, Darmstadt
Shedding light on heavy actinides - laser spectroscopic investigations of Es and Fm isotopes in Mainz
Dienstag, 26.11 2019

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Torsten Enlin, Max Planck Institute for Astrophysics, Garching
Information Field Theory: Turning Data into Images
Mittwoch, 27.11 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Javier Menéndez, Universitad de Barcelona
The decay of atomic nuclei
Donnerstag, 28.11 2019

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Juan Manuel Cornejo-Garcia, Institut für Quantenoptik, Universität Hannover
tba
Montag, 02.12 2019

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

John Rack-Helleis, Institut fuer Physik
Efficiency determination of the wavelength-shifting module

Masterkolloqium

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Vadim Lensky, Mainz
tba

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Daniel Glckman, Karlsruher Institut fr Technologie, Institut fr Nukleare Entsorgung
Ultra-trace determination of actinides in clay systems with accelerator mass spectrometry and development of a diffusion setup for reducing conditions
Dienstag, 03.12 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Matthias Heller, Johannes Gutenber-Universitat
TBA

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Hendrik Hildebrandt, Faculty of Physics and Astronomy, RU Bochum
Observational cosmology with redshift galaxy
Samstag, 07.12 2019

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

Kai Loo, Institut fuer Physik
test
Montag, 09.12 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Ethan Cline, MIT
tba

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Katerina Chrysalidis, Universität Mainz / CERN
Improving the spectral coverage and selectivity of the ISOLDE RILIS
Dienstag, 10.12 2019

Theorie-Palaver

Institut für Physik

14:30 Uhr s.t., MITP seminar room

Guoxing Wang, Peking University
TBA

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Laura Fabbietti, Physics Department, TU Munich
A new Laboratory to study Hadron-Hadron Interactions
Donnerstag, 12.12 2019

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Torben Ferber, DESY Hamburg
Belle-II results

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Guillaume Salomon, Max-Planck-Institut für Quantenoptik, Garching
tba
Montag, 16.12 2019

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Varvara Batozskaya, National Centre for Nuclear Research, Warsaw
tba

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Christoph Solbach, Universitätsklinikum Ulm
Zur Produktion von Zr-89 an einem PETtrace-Zyklotron
Dienstag, 17.12 2019

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Jos Lelieveld, Max Planck Institute for Chemistry, Mainz
Impacts of anthropogenic emissions on public health, rainfall and climate
Montag, 06.01 2020

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Nadine Chiera, PSI, Schweiz
Chemical investigation of exotic radionuclides
Dienstag, 07.01 2020

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

To be announced, t.b.a.
t.b.a.
Mittwoch, 08.01 2020

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Cristina Lazzeroni, University Birmingham, UK
NA62 on the k+ --> pi+ nu nu-bardecay
Montag, 13.01 2020

Seminar about Experimental Particle and Astroparticle Physics (ETAP)

Institut für Physik

12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum

Julian Fischer, Institut fuer Physik
Development of an EM trigger algorithm in the ATLAS forward region

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Marine Vandebrouck, CEA Saclay
243Es, 249Md: from production cross-sections measurement to spectroscopy - Perspectives at GANIL-SPIRAL2/S3

Theoriekolloquium

Die Dozierenden der Theoretischen Physik

Sonderseminar: 14 Uhr c.t., Medienraum, Staudinger Weg 7, 03-431

Prof. James Freericks, Georgetown University, USA
Quantum mechanics was created with the matrix mechanics of Heisenberg, Born, and Jordan. Schroedinger's wave mechanics shortly followed and allowed for simpler and more powerful calculations. Both Pauli and Dirac introduced a formulation of quantum mechanics based on operators and commutation relations, but it was never fully developed in the 1920's. Instead, Schroedinger formulated the operator approach with his factorization method, which later was adopted by the high-energy community as supersymmetric quantum mechanics. In this talk, I will explain how one can formulate all of quantum mechanics algebraically by a proper use of the translation operator on top of Schroedinger's factorization method. I will give examples of how one can compute spherical harmonics algebraically, how one can find harmonic oscillator wavefunctions, and will even describe an operator-based derivation of the wavefunctions of Hydrogen. I will end with a proposal for a novel way to teach quantum mechanics, focusing first on conceptual ideas related to superposition, projective measurements, and entanglement. Then developing more conventional topics like spin, harmonic oscillator, angular momentum, interacting spin models, central potentials, particles in a box and so on. This is the subject of a book in progress entitled Quantum Mechanics without Calculus.

Sonderseminar

Dienstag, 14.01 2020

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Jan Meijer, Felix Bloch Institute for Solid State Physics, University of Leipzig
t.b.a.
Mittwoch, 15.01 2020

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Christian Fischer, Universitt Gieen
Baryon spectra from QCD
Donnerstag, 16.01 2020

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Tobias Jenke, Institut Laue Langevin, Grenoble, Frankreich
tba
Montag, 20.01 2020

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Zsolt Baranyi, Universität BRACCO
Thema folgt
Dienstag, 21.01 2020

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Professor Victorino Franco, Condensed Matter Physics, Universidad de Sevilla
Phase Transitions and Critical Phenomena

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

To be announced, t.b.a.
t.b.a.
Mittwoch, 22.01 2020

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Assumpta Parreno, Universitad de Barcelona
Lattice QCD calculations of/on light (hyper) nuclear systems
Donnerstag, 23.01 2020

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Dr. Maria Chekhova, Institut für Optik, Information und Photonik, Universität Erlangen
tba
Montag, 27.01 2020

Institutsseminar Kern- und Hadronenphysik

Institut für Kernphysik

14 Uhr c.t., HS Kernphysik, Becherweg 45

Alexey Tyukin, Mainz
Momentum transfer reconstruction for the P2 Experiment

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Dr. Christian Smorra, Institut für Physik, JGU Mainz
Precision measurements with antiprotons and transportable traps
Mittwoch, 29.01 2020

PRISMA Colloquium

Institut für Physik

13:00 Uhr s.t., Lorentz-Raum 05-127, Staudingerweg 7

Jonathan Butterworth, UCL London
New physics and model independent measurements at the LHC
Donnerstag, 30.01 2020

Seminar über Quanten-, Atom- und Neutronenphysik (QUANTUM)

Institut für Physik

14 Uhr c.t., Lorentz-Raum (05-127), Staudingerweg 7

Prof. Dr. Philipp Haslinger, Atominstitut, TU Wien, Österreich
tba
Montag, 03.02 2020

Seminar für Kern- und Radiochemie

Institut für Kernchemie

16 Uhr c.t., Seminarraum Kernchemie

Prof. Dr. Bernd Krause, Universität Rostock
Thema folgt
Dienstag, 04.02 2020

Physikalisches Kolloquium

Institut für Kernphysik, Johann Joachim Becher Weg 45

16 Uhr c.t., HS KPH

Dr. Friederike Otto, ECI, University of Oxford
Angry Weather How Climate Change is affecting extreme Weather around the World