Chemnitz UT: Fakultät für Naturwissenschaften: Institut für Physik: Young Researcher

Frederik Schleife

frederik.schleife@uni-leipzig.de

• preparation of polynuclear complexes and investigation of their magnetic properties
• maintenance and operation of a SQUID-magnetometer

Sina Gruschinski

sina.gruschinski@hotmail.de

• synthesis of polynuclear transition metal complexes of amine-thiophenolate ligands
• characterization by SQUID magnetometry and EPR

Dr. Jochen Lach

lach@chemie.uni-leipzig.de

• preparation of polynuclear complexes and investigation of their magnetic properties
• maintenance and operation of a SQUID-magnetometer

Matthias Golecki

golecki@chemie.uni-leipzig.de

• synthesis and characterization of encapsulated phosphine transition metal complexes

Carola Mende

• synthesis and modification of  phthalocyanines
• studies of mono-layers

Mohammad A. Abdulmalic

mohammad-a..abdulmalic@s2008.tu-chemnitz.de

Ph.D. thesis to be submitted in April 2013

• developing of BIS (oxamato and oxamidato) spacers as precursors for mono, later trimetalic complexes, attempts to increase J coupling between metal centres
• synthesis of some optically active trimetalic complexes and study the optical activity effect by the mean of moke

Astride Kammoe

astride-lorette.kammoe@s2009.tu-chemnitz.de

Ph.D. thesis to be submitted in April 2013

• synthesis and caracterisation of (inorganic)/ hybrid materials
• exhibiting tune able magnetic and conductive properties

Karoline Rühlig

• Synthesis and characterization of PAMAM-based magnetodendrimers

Ulrike Pfaff

• investigation of metal-metal interactions in bimetallic organometallic complexes

Marcus Korb

• synthesis of Ferrocenyl-Porphyrines

Dr. Torsten Hahn

• first-principle DFT calculations to study charge and spin transport
• investigation of molecular properties like magnetic exchange and anisotropy, electronic level scheme etc. using different models
• support of experimental characterization of molecular structures and films
  (STM, ESR, EELS, ...)

Rico Friedrich

• DFT based electronic structure calculations of metal phthalocyanines
• investigation of electronic transitions and absorption behavior

Simon Liebing

• ab-initio DFT and transport calculations of magnetic molecules
• analysis and interpretation of spectroscopic data using several DFT-based methods

Tim Ludwig

• calculation of  the non-equilibrium electron transport through magnetic molecules, which is controlled by the magnetic moment and the electronic level scheme of the molecules
• modeling of STM/STS for molecules on surfaces

Dr. Yulia Krupskaya

• high field / high frequency electron spin resonance (HF-ESR) spectroscopy
• static magnetization measurements

Azar Aliabadi

a.aliabadi@ifw-dresden.de

• X-band electron spin resonance measurements
• high field / high frequency electron spin resonance (HF-ESR) spectroscopy
• static magnetization measurements

Marco Günther

guenth42@googlemail.com

• NMR / MAS-NMR measurement in Dresden
• muSR / slow muons at TRIUMF and Paul Scherrer Institut

Nicolas Yeche

n.yeche@physik.tu-dresden.de

• 57Fe Mössbauer Spectroscopy measurements in the range of 2
• 300K: Determination of oxidation states of iron atoms in molecules as well as their role in the global magnetism

Lucas Maede

• Mössbauer Spectroscopy on a mixed valence Ferrocenium system to figure out the properties of the dynamical behavior of delocalized electrons on one of the two iron sides
• Measurements with sample material in solvent to extract properties independent of the counter ion

Liang Gong

gongliang0914@hotmail.com

• Bachelor internship about NMR measurement of single molecule magnet

Ronny Schlegel

R.Schlegel@ifw-dresden.de

• scanning tunnelling microscopy and spectroscopy at low temperatures (300mK) and high magnetic fields

Dr. Marius Toader

marius.toader@physik.tu-chemnitz.de

• investigation of promising magnetic molecules adsorbed on well defined crystalline substrates under ultra high vacuum conditions with the scanning tunnelling microscope and spectroscope
• study of the adsorption geometry as well as the electronic transport for isolated single molecular magnets, molecular close-packed self-assembled monolayers and multilayer systems

Pavel Shukrynau

pavel.shukrynau@physik.tu-chemnitz.de

• scanning tunneling microscopy and spectroscopy, phase transitions, electromigration and kinetic phenomena at solid surfaces.
• adsorption of magnetic molecules on the different metal/metal oxide substrates, with the aim to prepare stable surface structures for the possible application in nanotechnology.
• application of synchrotron radiation in photoelectron spectroscopy and photoelectron diffraction; adsorption of magnetic molecules onto metals plated-semiconductor surfaces.

Lars Smykalla

• scanning tunneling microscopy and spectroscopy at low temperature (30K) under ultra high vacuum conditions
• investigation of the adsorption geometry and electronic properties of magnetic molecules in self-assembled monolayer and multilayer systems
• DFT calculations of molecular orbitals

Ha Nguyen-Thi-Ngoc

• Scanning Tunneling Microscopy at the liquid-solid interface to study organic molecules samples

Jiang Peng

• scanning tunneling microscopy and spectroscopy under ultra high vacuum conditions
• investigation of magnetic molecules adsorbed on the well defined crystalline substrate substrates and in self-assembled monolayer and multilayer system

Christian Salazar

• scanning tunneling microscopy and spectroscopy of magnetic molecules

Dr. Danny Baumann

• high-resolution as well as spin-polarized scanning tunneling microscopy and spectroscopy studies on self-assembled monolayer or multilayer systems at ultra-low temperatures (300 mK) and high magnetic fields

Benjamin Mahns

b.mahns@ifw-dresden.de

• characterisation of materials using EELS and PES
• measurements at BESSY

Susi Lindner

s.wintz@ifw-dresden.de

• photoemission spectroscopy studies of magnetic molecules and their interfaces

Francisc Haidu

francisc.haidu@s2009.tu-chemnitz.de

• UPS, XPS and IPES measurements in Chemnitz.
• XPS and NEXAFS measurements at BESSY

Dr. Iulia Genoveva Toader

iulia-genoveva.korodi@s2007.tu-chemnitz.de

• characterization and preparation of organic field-effect transistors (OFETs)

Michael Ludemann

michael.ludemann@physik.tu-chemnitz.de

• Raman spectroscopy ex situ, in ultra-high vacuum conditions and Raman monitoring during growth
• special interest in enhancement mechanisms of Raman scattering for investigation of ultra-thin layers of organic molecules

Evelyn Breyer

evelyn-tina.breyer@physik.tu-chemnitz.de

• preparation and electrical characterization of organic/inorganic hybrid junctions

Dr. Michael Fronk

michael.fronk@physik.tu-chemnitz.de

• magneto-optical Kerr effect spectroscopy and magnetometry at variable wavelength
• optical model calculations

Peter Robaschik

peter.robaschik@s2009.tu-chemnitz.de

• organic molecular beam deposition
• MOKE and ellipsometry measurements

Peter Richter

peter.richter@s2007.tu-chemnitz.de

• in-situ MOKE spectroscopy
• installation of a MOKE-setup for spatially-resolved spectroscopic measurements

Franziska Lüttich

franziska.luettich@physik.tu-chemnitz.de

• electrical characterization of OFETs: magnetic field effects

Frank Lungwitz

frank.lungwitz@s2007.tu-chemnitz.de

• spin-coating of metal-organic structures and (magneto-) optical characterization
• characterization of self-assembled-monolayers (SAM)

Dr. Danny Reuter

danny.reuter@zfm.tu-chemnitz.de

• design, fabrication and packaging issues in micro-/nanoelectromechanical systems
• process development for material and smart system integration, in particular high aspect ratio micro- and nanostructures for high performance sensor applications

Sreetama Banerjee

sreetama.banerjee@s2011.tu-chemnitz.de

• fabrication and electrical characterization of laterally stacked devices

Pablo Roberto Fernández Siles

p.r.siles@ifw-dresden.de

• evaluation and characterization of interface properties in semiconductor/phthalocyanines, metal/phthalocyanines and oxide/phthalocyanines systems by means of Scanning Probe Microscopy electrical modes as Current Sensing Atomic Force Microscopy as well as Electric and Kelvin Force Microscopy

Abdur Rehman Jalil

abd-ur-rehman.jalil@s2010.tu-chemnitz.de

• investigation of electrical properties of semiconductor/phthalocyanines, metal/phthalocyanines and oxide/phthalocyanines structures by Current Sensing Atomic Force Microscopy

María Esperanza Navarro Fuentes

m.e.navarro.fuentes@ifw-dresden.de

• fabrication and characterization of hybrid nanomembrane-based devices (fabrication of hybrid organic-inorganic spin-valves)

Céline Vervacke

c.vervacke@ifw-dresden.de

• investigation of the transport properties of Metal / metal-phthalocyanines/ metal vertical hybrid junctions as a function of film thickness, magnetic-field and temperature