Description
Book SynopsisThis edited volume includes seven chapters describing recent advancements in physics research from scientists around the world. Chapter One provides an insight into amino acid molecule fragmentation under low- and high-energy electron impact. Chapter Two introduces a new method for passive analysis of the molecular structure of the biomatrix of fungi in vivo. Chapter Three analyzes how width of measuring range affects accuracy of estimated values of thermoelastic and geometrical properties of semiconductors. Chapter Four summarizes modern developments in cosmology in connection with gamma ray bursts. Chapter Five gives a survey of the development of methods for the calculation of current density and eddy currents in a group of long solid parallel conductors. Chapter Six attempts to reconcile quantum field theory predictions with cosmological observations using unified dark energy models. Finally, Chapter Seven reviews alternative proposals to the ÎCDM model of the universe.
Table of ContentsPreface; High-Energy Electron Impact Influence on the Amino Acid Fragmentation; Life to the Horizon of the Universe Has the Same Construction Principle. How the Gravitational Noises of the Universe Form a Long-Range Order in the Cytoskeleton of Mushrooms; Inverse Solving of Photoacoustic Problem of Semiconductors by Neural Networks: Influence of Measuring Range Width; Modern Developments on Cosmology with Gamma-Ray Bursts; Eddy Currents in a Group of Long Solid Parallel Conductors; Dark Matter and Dark Energy Under the Same Standards; Dark Side of the Universe; Index.
