**Department of Physics, Petrodvorets, St. Petersburg**

Ulyanovskaya 1, building "I-3", room 427

The Physics of atoms and molecules exposed to ultrashort intense laser pulses

May 29, 2019: 15:10h

**May 31, 2019: 13:20h**Quantum simulation of attosecond physics using ultracold atoms

**May 31, 2019: 15:10h **Numerical approaches for describing molecules in intense laser fields

Ordzhonikidze str. 3, room 398

May 21, 2019: 12:00 - 13:30h

Introduction to delay differential equations

**May 21, 2019: 13:40 - 15:10h**

Modelling transcription and translation in bioproteinsynthesis with state-dependent delays

**May 23, 2019: 16:30 - 18:00h**

Model behaviour

Universitetskaya pl. 1, room 439

**April 19, 2019: 13:25 - 15:00h **Principles of electrochemical biosensors; limitations and perspectives

**April 22, 2019: 15:00 – 16:45h**Mechanistic outlook on the surface activity of the nano-based sensing devices

**April 26, 2019: 13:25 - 15:00h **Analysis of small molecular weight compounds by means of nano-based biochips

**Department of Physics, Petrodvorets, St. Petersburg**

Ulyanovskaya 1, building "I", 4th floor, room 427

**March 29, 2019: 13:20h**

X-ray physics with atoms and ions: basic two-photon processes

**April 1, 2019: 15:10h**

Two-photon inner-shell ionization as a challenge for modern XFEL facilities**April 3, 2019: 15:10h**

Rayleigh scattering of X-rays from 3rd generation synchrotron radiation sources

Fabeckstr. 34/36, Room 601

**January 22, 2019, 9:15 am**Technetium pentacarbonyl halides: ambient pressure synthesis, chemical properties and possible medical application

**January 22, 2019, 4:00 pm**Hydrolysis of technetium hexacarbonyl cation in aqueous solutions

**January 23, 2019, 9:00 am**Reactivity of higher technetium carbonyls in CO replacement: A quantum chemical analysis

**More information on the Microsymposium you will find here:**

Ulyanovskaya 1, building "I", Petergof, St. Petersburg

**November 19, 2018: 15:10h (room 427)****Basic properties and structure of twisted light****November 20, 2018: 15:10h (room 437)****Interaction of twisted light with atomic targets****November 23, 2018: 16:50h (room 427)****Outlook: interaction of twisted light with coherent atomic ensembles**

Faculty of Physics, Mathematics, and Natural Sciences

115419, Moscow, Ordzhonikidze str. 3

October 9, 2018: 12h (room 398)

Lecture 01: Operator semigroups, evolution equations and Markov processes

October 9, 2018: 15h (room 261)

Lecture 02: Construction and approximation of operator semigroups

October 12, 2018: 12h (room 399)

Lecture 03: Continuous time random walks and anomalous diffusion

**Institute of Geology and Petroleum Technology, room 524**

**September 18, 2018: Introduction to the World Stress Map project (WSM)**

The course is aimed at students of the course ‘Geomechanical modelling’ in the Master’s programme.

September 19, 2018

Data and techniques to predict the present-day stress field in the Earth’s crust

The course is aimed at students of the course ‘Geomechanical modelling’ in the Master’s programme.

September 20, 2018:

3-D geomechanical-numerical models as a method to predict the complete stress tensor

The course is aimed at students of the course ‘Fundamentals of Geomodelling’ in the Bachelor’s programme.

**August 9, 2018, 2-4 pm**Computational methods for joint solution of the Stefan problem, conservation laws of continuum mechanics and the Maxwell equations for self-consistent electromagnetic fields.

August 13, 2018, 2-4 pm

August 14, 2018, 2-4 pm

**Bundesstraße 55, room 1438, 15:00 h **

**06.07.2018, Seismic anisotropy: **

Equations of motion in elastic anisotropic media; Hooke’s law; symmetries; vertical transverse isotropy (VTI); orthorhombic media; tilted transverse isotropy (TTI) and tilted orthorhombic media; 2D anisotropic elastic media; plane waves; Christoffel equation; slowness, phase and ray velocities; slowness and ray velocity surfaces; plane waves in VTI and orthorhombic media; weak anisotropy parameters for VTI and orthorhombic media

**11.07.2018, Kinematic ray tracing in anisotropic media: **

Ray series approximation for the wavefield in inhomogeneous anisotropic elastic media; ray tracing system; eikonal equation; transport equation; Rytov's law in isotropic media

**13.07.2018, Dynamic ray tracing in anisotropic media: **

System in variations in inhomogeneous anisotropic elastic media; natural orthogonal basis; dynamic ray tracing in inhomogeneous anisotropic elastic media; wavefront curvature matrix; dynamic ray tracing propagator

**April 9, 2018, 6-8 pm**: "Controlling partial synchronization patterns: Chimera states and beyond"

**April 11, 2018, 6-8 pm**: "Chimera states in complex networks: interplay of topology, noise, and delay"

**April 13, 2018, 6-8 pm**: "Coherence resonance chimeras in dynamical networks and their control by time-delayed feedback"

**Seminar series: 27 ^{th}, 28^{th} and 29^{th} March 2018, 10:00–11:30h**

CFEL – Building 99, seminar room I and II (ground floor)

Quantum mechanical calculations in angle-resolved

photoelectron-ion coincidence spectroscopy

IWR, Mathematikon, Heidelberg, Im Neuenheimer Feld 205

Seminar Analysis, 5th floor SR12

**Prof. Dr. Alexander L. SkubachevskiiChair Applied MathematicsRUDN University (Moscow)**

Abstract: The theory of elliptic differential-difference equations has many interesting

applications e.g. to

• the theory of sandwich shells and plates,

• the Kato problem concerning the analyticity of the square root of an analytic

function of dissipative operators,

• nonlocal boundary value problems arising in plasma theory,

• the theory of multidimensional diffusion processes,

• nonlinear optics, …

This theory is based on the properties of difference operators acting in Sobolev

spaces. Most important property of a regular difference operator:

It maps the Sobolev space of the first order with the homogeneous Dirichlet

boundary condition onto the subspace of the Sobolev space of the first order with

nonlocal boundary conditions continuously and bijectively. This result allows to

reduce boundary value problems for strongly elliptic differential-difference

equations to elliptic equations with nonlocal boundary conditions. Conversely, in

some cases nonlocal elliptic boundary value problems can be reduced to elliptic

differential-difference equations.

**Prof. Dr. Elena Grachova** from Saint-Petersburg State University gives a compact course of interdisciplinary lectures:** “Noble metal complexes as „antenna“ for origanically modified polyoxovanadates”**

**August 23-25, 2017 in Institute of Inorganic Chemistry at RWTH Aachen University**

A series of the scientific talks in the form of lectures or workshop will be given in Institute of Inorganic Chemistry at RWTH Aachen University, to introduce our German colleagues into the interdisciplinary aspects of coordination chemistry and luminescence of transition metal complexes. The lectures will be hosted by Kirill Monakhov, the head of the DFG's Emmy Noether research group. The lecture course will include the general description of luminescence in organometallic systems, principles of molecular emitters design and short communication about the main application field of luminescent compounds based on transition metal complexes. Workshop will be held from 23.08.2017 to 25.08.2017 (2 lectures per day).

**23.08.2017**Absorbance and emission. Chromophore centre. Sensitizer. Quenching. Fluorescence and phosphorescence. Dual luminescence. TADF phenomenon. Two-photon emission. Aggregation induced emission.

Photoluminescence.**24.08.2017**

**Luminescence of polynuclear d-complexes**. Cluster complexes of copper subgroup metals, some principles of design. Metallophilic interactions as a driving force for the manifestation of luminescent properties. Role of the ligand environment.**25.08.2017**. Principles of organization of chromophore centres based on lanthanide and d-complex as sensitizer of Ln(III) emission.

Some ways for utilization of d-complexes luminescence*Stimuli responsive*properties and sensing. Electroluminescence. Labels for luminescent microscopy. Obtaining nanoparticles by laser irradiation.

Lecture **"Preparation, characterization and applications of nanomaterials" **

for Master's level students

by** Prof. Dr. Julien Bachmann **from Friedrich-Alexander University of Erlangen-Nurnberg, Department of Chemistry and Pharmacy.

April 6, 2017 at 13:00 at Saint Petersburg State University, Chemical Faculty, Lecture Hall 1.