Fyzikální ústav Akademie věd ČR

Seminars

Tuesday, 09.12.2014 10:00 - 12:00

Johannes V. Barth (Physik Department, TU München, German)

Supramolecular engineering and control of molecular species at interfaces is key to advance molecular science, nanochemistry and the development of novel low-dim materials. The insights gained affect various fields of application, including catalysis, sensing, light-harvesting, nanomagnetism and organic electronics. Here we explore molecular modules, steer their organization and dynamics, and afford novel functions using well-defined surfaces or sp2-nanotemplates as construction platforms.

Tuesday, 09.12.2014 13:00 - 14:00

Prof. Sebastiaan van Dijken (Nanomagnetism and Spintronics Group, Department of Applied Physics, Aalto University, Finland)

Prof. Sebastiaan Van Dijken (born 1973) defended his doctorate at University of Twente in the Netherlands in 2000. After that he worked as a researcher at the IBM's Almaden Research Center in San Jose, U.S., at Trinity College in Ireland and at the VTT Technical Research Centre of Finland in its nanotechnologies and microsystems unit.

Monday, 15.12.2014 15:00 - 17:00

Prof. Cristian FOCSA (Laboratoire de Physique des Lasers, Atomes et Molécules, Université Lille 1 Sciences & Technologies, 59655 Villeneuve d’Ascq, France)

Tuesday, 16.12.2014 10:00 - 11:00

Peter Liljeroth (Department of Applied Physics, Aalto University, Finland)

In the first part of the talk, I will discuss our low-temperature STM experiments on molecules on hexagonal boron nitride (h-BN) on Ir(111). h-BN acts as ultrathin insulating layer for organic molecules, while simultaneously templating their self-assembly [1]. Tunneling spectroscopy experiments on cobalt phthalocyanine (CoPC) reveal narrow molecular resonances and indicate that the charge state of CoPC is periodically modulated by the h-BN moiré superstructure.

Tuesday, 16.12.2014 15:00 - 16:00

Peter Mohn (Department of Applied Physics, Vienna University of Technology)

Abstract: The exploration of magnetic states of matter is one of the key topics at the CMS Vienna. To present an overview on the diversity of our recent investigations I will report on 3 different approaches namely p-element substitutions and doping in TiO2, a quantum monte carlo (QMC) study of the low temperature NMR line broadening in doped SrCu2O3 and a cluster expansion simulation of the magnetic structure of fcc (fct) Fe.

Past seminars

Oleg Lunov Advanced Physical Methods in Cell Biology and Nanomedicine 19.03.2014 15:00
Neda Neykova ZnO nanocolumns arrays for thin film silicon solar cells 18.03.2014 13:00
Ing. Jozef Vincenc Oboňa, PhD. Lased-induced Periodic Surface Structures (LIPSSs) Initiation and “growth” 18.03.2014 13:00
Sergey Varlamov LASER CRYSTALLISED SILICON THIN FILMS AND SOLAR CELLS ON GLASS: SIGNIFICANC OF THE INTERFACE 18.03.2014 10:00
Aurélien Manchon / Dominique Givord Spin-Orbit Caloritronics / Electric Field Effects on Magnetism in Metals 14.03.2014 10:00
Maria Valentyuk Microscopic picture of magnetic frustration effects and related phenomena in novel materials 12.03.2014 15:00
Kristin Poduska The role of electrochemistry in semiconductor growth and degradation 06.03.2014 10:00
Karel Carva Calculating ultrafast magnetization dynamics 04.03.2014 15:00
Katharina J. Franke Magnetic properties of single molecules and metal-organic networks on surfaces 04.03.2014 13:00
Jiří Červenka Chemical sensing by graphene field effect transistors 04.03.2014 10:00
Marek Taševský FCC – Future Circular Collider Study - information from the Kick-off workshop 27.02.2014 14:00
František Máca The influence of adsorbates on the magnetic structure of the Fe/Ir(001) surface 25.02.2014 15:00
Prof. Shuji Sakabe Research activities of Laboratory for Laser-Matter Science, Institute for Chemical Research 21.02.2014 11:50
Prof. Lalit M. Kukreja Laser Surface Modifications and Additive Manufacturing: Recent Developments at RRCAT 21.02.2014 11:00
Dr. Al Erlandson Energetics Modeling and Slit Filters for Diode- Pumped Solid-State Lasers 21.02.2014 09:50
Dr. Hiromitsu Kiriyama Progress towards ultra-high intensity laser 21.02.2014 09:00
Gunther Eggeler On the use of advanced transmission electron microscopy for characterizing elementary transformation and deformation processes in shape memory alloys and high temperature materials 18.02.2014 14:00
Robert Král Study of crystal growth by directional crystallization methods 11.02.2014 13:00
Lukáš Ondič Silicon nanocrystals, photonic structures and optical gain 06.02.2014 15:00
Jiří Chudoba, Oldřich Kepka ATLAS experiment data processing at the Goliáš computer farm 06.02.2014 14:00
Balazs Ujfalussy Quasiparticle spectrum of superconductor-normal metal heterojunctions 06.02.2014 10:00
Jan Mašek and Jakub Železný Electronic Structure of MnTe: Restrospective and News 04.02.2014 15:00
Jindřich Kolorenč Kvantové Monte Carlo simulace elektronové struktury pevných látek 04.02.2014 10:00
Michal Malinský Baryon and lepton number violation in the Standard Model and beyond 29.01.2014 14:00
Egbert Zojer Using Quantum-Mechanical Modelling to Understand the Role of Interfaces in Organic Electronics 28.01.2014 10:00
Tomáš Laštovička News from the LCWS 2013 Conference - latest news about the ILC collider construction in Japan 16.01.2014 14:00
Victor M. García-Suárez Thermoelectric properties of molecular junctions 14.01.2014 10:00
J. Kulveit Beyond Classical Nucleation Theory 07.01.2014 13:00
Petr Vopěnka Full rehabilitation of the calculus infinitesimalis by Newton and Leibniz 17.12.2013 15:00
Nora Abdellaoui Design of plasmonic rare earth phosphor films by Pulsed Laser Deposition 17.12.2013 10:00

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