Triad. Method for studying the core of the semiotic parity of language and art.

The purpose of this paper is to present and describe a new method for studying pre-speech language. The suggested approach allows correlate epistemology of linguistics to the ideological tradition of other scientific disciplines. Method is based on three linguistic categories – nouns, verbs, and interjections in their motor and expressive qualities – and their relation to the three basic forms of art – graphics (visual art), movement (dance), and sound (music). The study considers this correlation as caused by the nature of the human receptor system. This method explains the nature of art and the phenomenon of aesthetics and allows for the chronological arrangement of important cultural processes; it identifies the fundamental unanimity of the semiotic nature of language and art

Триада: Метод изучения сущности семиотического единства языка и искусства

Целью данного исследования является описание нового метода изучения доречевого языка. Предлагаемый подход позволяет соотнести эпистемологию лингвистики с общефилософскими мировоззренческими традициями других научных дисциплин. Метод построен на соответствии трёх лингвистических категорий – существительных, глаголов и междометий, по своим моторным и выразительным качествам, трём основным видам искусства – графике (изобразительному искусству), движению (танцу) и звукам (музыке), и рассматривает подобное соотношение как обусловленное природой рецепторной системы человека. Объясняя фундаментальное единство семиотической природы языка и феноменов искусства и эстетики, метод позволяет провести хронологизацию важных культурных процессов

Mapping the Sensitive Volume of an Ion-Counting Nanodosimeter

We present two methods of independently mapping the dimensions of the sensitive volume in an ion-counting nanodosimeter. The first method is based on a calculational approach simulating the extraction of ions from the sensitive volume, and the second method on probing the sensitive volume with 250 MeV protons. Sensitive-volume maps obtained with both methods are compared and systematic errors inherent in both methods are quantified.Comment: 27 pages, 8 figures. Submitted to JINST, Jan. 16 200

Diamond-like carbon coatings for cryogenic operation of particle detectors

Characterization of diamond-like carbon (DLC) coatings at cryogenic temperatures (down to 77 K) is presented, covering the electrical resistivity range of practical interest to gaseous and liquid particle instrumentation: 10^-1-10^5 Mohm/sq. The good behaviour observed in terms of linearity, surface uniformity and stability with time and transported charge add to other well-known characteristics like low chemical reactivity and tolerance to radiation. The observed temperature dependence and stability of electrical properties with transported charge is consistent with a conductivity mechanism based on 2-dimensional variable-range electron hopping, as expected for the surface conductivity of thin films made from amorphous carbon. First results from a resistive-protected WELL detector ('RWELL') built with DLC and operated close to the liquid-vapor coexistence point of argon (87.5 K at 1 bar) are presented.Comment: 22 pages, 14 figure

R&D Proposal Development of Micro-Pattern Gas Detector Technologies

Development of advanced gas-avalanche detector technologies and associated electronic-readout systems for applications in basic and applied researc

Homo igneous: Феномен Языка для курящих и некурящих.

The goal of this study is to build the contours of the hypothesis, which defines the essence of language as a part of the human physiology, describes the language as the receptor activity based on common biological principles and functions of senses. The study tries to identify the physiological borders of the organ and the causes, which led to the organ development in the general evolution of human. Исследование обозначает контуры гипотезы, определяющей сущность языка как части физиологии человека, характеризуя языковую активность в качестве рецепторной на основании идентичности устройства, принципов и биологического предназначения органов чувств. Предполагаются физиологические границы органа и причины развития этого органа в ходе общей эволюции человека

Nanodosimetry-based Quality factors for Radiation Protection in Space

Evaluation and monitoring of the cancer risk from space radiation exposure is a crucial requirement for the success of long-term space missions. One important task in the risk calculation is to properly weigh the various components of space radiation dose according to their assumed contribution to the cancer risk relative to the risk associated with radiation of low ionization density. Currently, quality factors of radiation both on the ground and in space are defined by national and inter-national commissions based on existing radiobiological data and presumed knowledge of the ionization density distribution of the radiation field at a given point of interest. This approach makes the determination of the average quality factor of a given radiation field a rather complex task. In this contribution, we investigate the possibility to define quality factors of space radiation exposure based on nanodosimetric data. The underlying formalism of the determination of quality factors on the basis of nanodosimetric data is described, and quality factors for protons and ions (helium and carbon) of different energies based on simulated nanodosimetric data are presented. The value and limitations of this approach are discussed