Semináře

• Conductivity and reactivity of liquid metals, alloys and liquid metal solutions
• Controlling selectivity in C-H activation by asynchronous coupled electron-proton transfer
• CYTOTOXICITY EVALUATIONAND SAFE-BY-DESIGN APPROACH IN NANOMATERIALS APPLICABLE IN SANDSTONE CONSOLIDATION
• Deborah Perco: Oxidation and model chemical reaction on size-selected supported nanoclusters
• Doc. Dominik Heger: Water Ices and Frozen Aqueous Solutions Characterized by Spectroscopies and Microscopy
• doc. Václav Čuba: On radiolysis of water: inducing free radicals and excited states by low energy radiation
• Dr. Alessandro Fortunelli: Machine-Learning-Accelerated Conformal First-Principles Sampling of Dynamical Processes in Catalysis and Materials Science
• Dr. Dmitry Momotenko: Manipulating matter at the nanoscale - from trapped particles to complex 3D nanostructures
• Dr. Libor Veis: Pushing the limits of computations of strongly correlated molecules
• Dr. Michael Haas: Recent Advances in the Field of Type I Photoinitiators Based on Group 14 Elements
• Electrochemical Reduction of Various Acylgermanes
• "Electron induced reactions on plasmonic nanoparticles"
• Epigenetics and DNA repair
• Food flavour analysis using SIFT-MS
• "Gas-Phase Synthesis of Metallic Nanoparticles and Their Application in Functional Nanocomposite Coatings"
• GREY WATER RECYCLING AND REUSE: LOW COST TREATMENT PROCESSES DESIGNED FOR DEVELOPING COUNTRIES
• Highlights of the Cassini-Huygens mission
• Introduction to the researches at Photon Factory, a synchrotron light source in Japan
• Investigation of supported metal-based catalysts for the hydrogenation and cracking reactions
• "Ionic Liquid Structure: from Ultrathin films to Bulk Liquid"
• Iron oxide nanoparticles as an effective catalyst for CO2 hydrogenation
• Javier Prieto Serrano: Cu-based nanoparticles films to enhance photocathode performance
• "Measuring forces at the nanoscale for cardiovascular risk assessment"
• " Microfluidics-based directed evolution & investigation of fluorescent protein photophysics"
• Mo-Al-Fe Oxides for Chemical Looping Oxidative Dehydrogenation of Ethane: Supported and Planar Model Catalysts
• "Molecular properties from multiconfigurational/multireference ab initio calculations"
• Nanobiomaterials: From nanopatterned biointerfaces to DNA-based nanoantibiotics
• Nové elektrochemické senzory a biosenzory pro vsádková a průtoková stanovení
• Nové elektrodové materály pro voltametrickou analýzu po mikroextrakci dutým vláknem
• Oxidation of size-selected clusters on graphene
• Petr Šulc: Molecular simulations to guide experimentally-realizable bionanotechnology devices
• "Plasma Processing of Surfaces and Nanostructured Coatings for Flexible and Printed Electronics"
• Politika Akademie věd a Heyrovského ústavu ve vztahu k aplikační sféře
• Přeshraniční seminář s Helmholtz-Zentrum Dresden-Rossendorf
• Prof. Aleksandra Radenovic: Scanning Ion Conductance Spectroscopy
• Prof. Anna Krylov: Into the Continuum
• Prof. David Birch: Exciting times built a Fluorescence Company!
• Prof. Dr. Bernd Abel: Chemistry and Technologies in the Exploration of Water and Ice Worlds in Space: Enceladus and Europa
• Prof. Dr. Günther Rupprechter: From averaging over an entire catalyst to single particle catalysis
• Prof. Dr. Rolf Schäfer: Structure and Dynamics of Clusters
• Prof. Dr. Wolfgang E. Ernst: Mixed Metal Nanoparticles Created in Superfluid Helium Droplets
• Prof. Félix G. Requejo: Cu5 and Ag5 subnanometer clusters in catalysis: XANES spectroscopy studies
• Prof. Frank Postberg: Exploring the habitability of ocean moons by mass spectrometry
• Prof. Junji Kido: 35 Years of OLED Research
• Prof. Leticia González: Light-induced Dynamics of Transition Metal Complexes
• Prof. Martin Vácha: Nanoscale properties of organic and hybrid materials studied on the level of single molecules
• Prof. Petr Chlanda: Visualizing Viral Infection by In Situ Cryo-Electron Tomography
• Prof. Renske: Electrons and X-rays for Unraveling Atomic-Scale Dynamics in Light Energy Conversion
• Prof. Ryan G. Hadt: Connecting Molecular Electronic Structure and Electron Spin Relaxation for Quantum Information Science
• Prof. Sebastian Wolf: Computing Gait Biomechanics in Cerebral Palsy