Welcome to the subpage of local creators from Upper Silesia, in the field of physics, computer science and electronics. Our main goal is to present their research work in the area of ​​environmental measurements, including:

I. PHYSICAL MEASUREMENTS:

1. gamma radiation,

2. Measurements of ultraviolet radiation,

3. Measurements of ultraviolet radiation doses,

4. Meteorological measurements.

II. SCIENTIFIC AND TECHNICAL ARTICLES:

1. Scientific articles,

2. Technical articles,

3. Unpublished articles.

Physical measurement (https://pl.wikipedia.org/wiki/Pomiar), according to modern physics, is the process of interaction of a measuring instrument with the tested object, taking place in time and space, the result of which is obtaining information about the properties of the object. Measurement is a set of activities performed to determine the measure of a specific physical or conventional quantity, as the product of the unit of measurement and the number defining the numerical value of this quantity, in other words, comparing the value of a given quantity with the unit of measurement of this quantity. There are large differences between the instrument's interaction with microscopic and macroscopic objects. The macroscopic case is described with some accuracy using the laws of classical physics. The main assumption of the classical theory of measurement: the value obtained during a measurement reflects some feature of the physical system before the measurement. In quantum mechanics, measurement has a completely different nature. The traditional justification for this difference is as follows. Due to the duality of the properties of micro-objects, the measurement process is inextricably linked to the significant impact of the instrument on the course of the phenomenon under study. For example, in order to determine the position of an electron, it must be "illuminated" with light of the highest possible frequency. As a result of the collision of a photon with an electron, the momentum of the electron will change by the amount resulting from the uncertainty principle. The state of an object changes, which means that the effect on the object is significant. This subpage shows the following physical measurements:

This subpage shows the following physical measurements:

1. gamma radiation,

2. Measurements of ultraviolet radiation,

3. Measurements of ultraviolet radiation doses,

4. Meteorological measurements.

This subpage presents scientific and technical articles by local authors in the areas of computer science, physics and electronics.

First name, Last name - PUBLISHED ARTICLES:
Scientific, in the field of computer science

Technical, in the field of IT

UNPUBLISHED ARTICLES:
Scientific, in the field of computer science

Technical, in the field of IT