Phenomena occuring in low-energy electron-molecule collision have been the subject of intense study for the past several decades. Nonlocal resonance models proved to be a succesful tool for describing the nuclear dynamics ...

Title: U-based thin films: electronic structure and physical properties Author: Oleksandra Koloskova Department / Institute: Department of Condensed Matter Physics, Faculty of Mathematics and Physics, Charles University ...

Broadband earthquake ground motion simulations represent a promising approach to seismic hazard analysis. After validation of synthetics against recordings, it provides us the possibility to dense up the information needed ...

In this work the toolbox of modern amplitude methods is used to examine a theory that has been mostly neglected quantum electrodynamics. At first we focus on maximum helicity violating (MHV) amplitudes in massless ...

Ultra-relativistic heavy-ion collisions are performed to generate and examine QCD matter at high temperatures, known as the quark-gluon plasma. This extraordinary state of matter is theorized to have been present in the ...

In the introductory chapter, the diploma thesis introduces the reader to the most used tools for the human genome editing (ZFN, TALEN, CRISPR). The following chap- ters describe in detail the methodology of MD simulations ...

This thesis focuses on characterizing the spectroscopic properties of carotenoids, the most frequently occurring biomolecules in living organisms, using Raman and fluorescence microscopy techniques. The aim is to determine ...

This work deals with streaming algorithms for estimation of ranks and quantiles that perform a single pass through the input data stream using a small space. After reading a stream of N elements of a totally ordered universe, ...

It has been known for several tens of years that many microorganisms can form intracellular crystal inclusions. One of these crystal inclusions groups consists of microcrystals of barite (BaSO4) and celestine (SrSO4), which ...

The aim of this bachelor thesis was to produce a curling probe under labora- tory conditions and to verify its functionality in a technological plasma. Curling probe represents a relatively new high-frequency method of ...

C++ currently lacks a standard package manager. While two projects competing for dominance exist, the most popular dependency management method is still to manage the packages manually. Although some progress has been made ...

This work aimed to explore the transition to turbulence in quasi-two-dimensional oscillatory flows, realized in a 500 nm thick Helmholtz resonators etched into fused quartz, with three different shapes of the resonator ...

In this thesis we define the operadic category of simple graphs and study its constant operad. We then construct a discrete operadic fibration from this category to the category of graphs and use it to establish additional ...

Obsessive-compulsive disorder (OCD) is one of the most prevalent psychiatric disorders in the world. Its symptoms are highly heterogeneous, so that each person can experience it differently. However, the unpleasant feelings ...

This bachelor thesis studies nanocrystalline diamonds prepared by the detonation method using various advanced analytical techniques. It further discusses the purification of the samples by multiple methods and compares ...

This thesis is devoted to comparing new light sources MonaLIGHT from the com- pany CRYTUR, spol. s.r.o. in the application of Kerr microscopy with commercially available light sources LED lamp SOLIS-565D from Thorlabs, ...

We investigate the geometric properties of circular space-times within the framework of 3+1 and subsequent 2+1+1 decomposition of space-time. The problem that is discussed revolves around the identification of minimal ...

Ultrafilters on sets are deeply related to compactness in topology and to elementary extensions in logic. Using an alternative description of ultrafilters arising from codensity monads we generalize the ultrafilter monad ...