REVIEW OF THE BOOK: WALDEMAR NAWROCKI, INTRODUCTION TO<br /> QUANTUM METROLOGY (IN POLISH)
Journal Title: Metrology and Measurement Systems - Year 2008, Vol 15, Issue 3
Abstract
Quantum metrology is a field of theoretical and experimental study of high-resolution and high-precision methods of measurement of physical parameters based on quantum mechanics, and particularly exploiting quantum entanglement. Without equivalent in classical mechanics, quantum entanglement of particles or other quantum systems is an unusual phenomenon in which the state of a system is determinable better than the state of its parts. Attempts are made to use new measurement strategies and physical systems in order to attain measurement precision never achieved so far.
Authors and Affiliations
Krystyna Kostyrko
Keywords
Related Articles
- EP ID EP123844
- DOI -
- Views 76
- Downloads 0
ANALYTICAL MODELLING OF KARMAN VORTEX STREET
A new approach to the Karman vortex street modelling is presented. The model is based on observations of the Karman vortex street. The idea of the model is based on fundamental mechanical formulas. According to the model...
SEVERAL APPROACHES TO ADC TRANSFER FUNCTION APPROXIMATION AND THEIR APPLICATION FOR ADC NON-LINEARITY CORRECTION
The performance of current electronic devices is mostly limited by analog front-end and analog-to-digital converter's (ADC) actual parameters. One of the most important parameters is ADC nonlinearity. The correction of t...
ON-LINE INSTANTANEOUS FREQUENCY ESTIMATION AND VOLTAGE/CURRENT COHERENT RESAMPLING METHOD
An innovatory on-line method of power system frequency estimation and voltage/current signals resampling is presented. The method is designed to increase the accuracy of power system equivalent harmonic impedance estimat...
DYNAMIC MODELS OF ION-SELECTIVE ELECTRODES WITH THEIR ELECTRONIC INTERFACE
Dynamic models of an ion-selective electrode are analysed in this article taking into account the independence of values of its dynamic parameters from the value and direction of activity change. Unfortunately, a complic...
COMPARISON BETWEEN SIMPLE POLYNOMIALS AND AN ITS-90 BASED REFERENCE FUNCTIONS OF EMF VS. TEMPERATURE RELATION FOR HIGH PURITY NOBLE METAL THERMOCOUPLES
Emf versus temperature reference polynomial functions covering the temperature range from 100° C up to 960° C have been developed for three types of noble metal thermocouples, which are Pt-10%Rh/Pt, Au/Pt and Pt/Pd. Our...