#attentionmanagement

Entropy of online meetings

Attention management is an area of endeavor seeking to optimize the way people allocate their limited capacity for focused mental engagement. The area grew out of attention economics, the application of economic principles to the study of how humans deal with with the overwhelming amount of information vying for their attention. Gestalt psychologists compare physical entropy (as the desire of closed systems to uniformly redistribute physical energy) with the laws of visual perception of natural forms based on the principle of energy saving Entropy – a way of interaction between the individual and the social environment Entropy is determined by the fact that the social environment, on the one hand, and the personality, on the other hand, can include entropy and non-entropy tendencies Certain ratio of forms combinatorics possibilities creates infinity quantities of interaction between individuals Wide range of interactions makes it possible to go beyond the limited definition of personality as a stable system operating in a changing environment

Entropyn - Attention management and Anti-Stress service Service for enhancement of online meetings held on Zoom, YouTube, Twitch, Facebook, Instagram etc Zoom – to move very quickly enlarge Shedrug (Hebrew) – the process of improving the quality

Attention manager benefits

The main changes of online meeting are as follows: increase attention of participantsdecrease the stress-level of participantsincrease the energy of the spaceincrease the isotropydecrease the entropyincrease the measure of orderimprove the accuracy of meeting Activate Attention manager (Zoom Shedrug) Now!

The entropy process can be opposed to something

When a tree grows, it organizes matter and reduces entropy When a person writes a book, he reduces entropy When many people build a city or live by law, they reduce entropy Any organizing activity reduces entropy and, as a result, resists the destruction of the world Conscious organizing, constructive activity reduces entropy Well-organized thinking reduces entropy Comments are closed.

Attention management and Anti-Stress service tested on GDVCAMERA by DrK and GDV Sputnik

More about Translighters technologies and Research

gdvcamera by drk bio-well and gdv sputnik GDV Sputnik measurements We conducted an experiment with GDVCAMERA by DrK and GDV Sputnik. Service for enhancement of online meetings Zoom, YouTube, Twitch, Facebook, Instagram etc To illustrate the operability of the proposed technology, a series of experiments was carried out to attach Translighters structures to the Zoom program link. As a result of this connection, links of the ZOOM program connect with Bio-Net. In this case, in addition to the usual visual information, a stream of the Bio-Net ordering physical structures begins to pass through the computer monitor. This stream changes the characteristics of the space in front of the monitor that can be measured. As a means of measurement GDVCAMERA by DrK and GDV Sputnik sensor was used. The GDV Sputnik was installed in front of the laptop monitor. The GDV signal integrally depends on the radiation flux in the room. The sensor is connected to the test object of the Bio-Well device. The test object forms a light spot of Kirlian radiation on the glass of the device, which captures the information from the camera of the device and transfers it to the computer. (More about GDVCAMERA by DrK and GDV Sputnik). Glow measurements of the test object were conducted with the interval of 10 seconds. Each series consisted of 150-200 measurements. Next, a series of measurements were processed using the statistical processing program GDV SciLab (more about GDV Software). 10 main parameters characterizing of the Kirlianogram were calculated (more about Korotkov’s images). Measurements were taken before connecting the Zoom link to the Bio-Net structures and after joining the structures. Some measurement results are shown in the graphs below. The graphs below represent measurements with and without Shedrug technology in red and blue colors accordingly. Measurement of structural interactions using the GDV Sputnik sensor

Fig. 1 Graph of changes in average radiation intensity Fig. 1 Graph of changes in average radiation intensity. Sample 2 – before connecting Bio-Net structures, Sample 1 – after joining structures A important characteristic feature of this graph is the presence of a transition process at the beginning of the second sample and, then, stabilization of the process. Pay attention to the significant spread in the values ​​of the first sample (before) and a significant decrease in the spread in the second measurements. This indicates that the ordering of the flow happening (reduction of the chaos), using the Bio-Net connection.

Fig.2 Area of Korotkov’s images before and after Zoom Shedrug Sample 2 – before connecting Bio-Net structures, Sample 1 – after joining structures A measure of the unavailability of a system’s energy to do work; also a measure of disorder; the higher the entropy the greater the disorder. … In thermodynamics, a parameter representing the state of disorder of a system at the atomic, ionic, or molecular level; the greater the disorder the higher the entropy.

Fig. 3 Entropy by isoline. Sample 2 – before connecting Bio-Net structures, Sample 1 – after joining structures Fig. 3 Entropy by isoline. Sample 2 – before connecting Bio-Net structures, Sample 1 – after joining structures The graph shows a decrease in the entropy level of the second sample. Entropy is a measure of disorder. This also confirms a decrease in the extent of chaos in the measured signal and an increase in Negentropy. The difference in the indicators is statistically significant, which is clearly seen from the graphs of statistical data. Negentropy is reverse entropy. It means things becoming more in order. By ‘order’ is meant organisation, structure and function: the opposite of randomness or chaos. … The opposite of entropy is negentropy. The opposite of entropy is negentropy. The process of interaction becomes more optimised and less cheotic. Fig. 4 Average, Standard Error and Confidence Interval Fig. 4 Average, Standard Error and Confidence Interval of Korotkov’s images (radiation intensity). Sample 1 before connecting Bio-Net structures, sample 2 – after joining Bio-Net structures to the Zoom link.

Fig. 5 Average value, standard error and confidence interval for the entropy indicator. Sample 1 – before, Sample 2 – after connecting Bio-Net structures to Zoom link. Figures 4 and 5 clearly show the statistical significance of the measured values ​​by the student criterion test. Samples are statistically distinguishable. You can also see a decrease in the standard error of the measured signal by 20-30%. This means that people interacting with the Bio-Net structures through a Zoom account will become more accurate in making decisions and will more effectively perceive the information transmitted to them online.

Fig. 6 Average value, standard error and confidence interval for an indicator of radiation intensity. Sample 1, 2 before joining structures, sample 3,4 – after joining Bio-Net structures to the Zoom link. To confirm the result of this experiment, measurements were taken in other rooms, with different initial parameters of environment (temperature, humidity, etc), and the time of day was also varied. Each time a new Zoom link conference was used. In the graphs below you can see a significant change in the measured values ​​after attaching the Zoom link to the Bio-Net physical structures. The main changes (Zoom Shedrug) are as follows: increasing the energy of the space near the GDV Sputnik (increase in the area and brightness of Korotkov’s images);increasing the radiation isotropy (decrease in shape factor of Korotkov’s images);decreasing the entropy (increasing the measure of order, negentropy);reduction of the standard error for a number of parameters (improving the accuracy of measurements). The same effect we can see using Lad device. See also: Qualia and Time Sense, QQQ – Quality, Quantity, Qualia, Qualities and Quantities Fig. 10 Graph of changes Average value, standard error and confidence interval for the entropy. Sample 1,2 – before joining structures; Sample 3,4 – after joining Bio-Net structures to the Zoom link. Conclusions The application of Bio-Net structural technologies (The Biointernet Marketing developed by Korotkov), in business can significantly increase the efficiency of communication channels with customers and employees. This will improve mutual understanding inside the team and relations with customers. Zoom Shedrug will inevitably affect the growing of trust and reputation of the business. The growth of creative potential from the application of the Bio-Net technologies (Zoom Shedrug for example) among workers and management of your companies will provide businesses with a constant competitive advantage. Employees and customers will have a greater sense of satisfaction from interacting with each other. Self-esteem will increase, conflicts will decrease, and stress levels will decrease. This will improve the quality of their work. The use of the Bio-Net technologies does not require staff training. Expenses are not large and common benefit (income and additional profits) growing. Do not require the acquisition of any additional technical means. More about Translighters technologies, Research

Activate Attention manager Now!

Main principles of the Bio-Well system operation and data interpretation Physical principles of Bio-Well operation: gas discharge, EMF, specter of light, etc. The notion of energy: definition, mechanical, chemical, atomic; different types of energy Energy exchange in nature; the law of energy conservation The notion of closed and open systems; energy and information exchange in nature; entropy in physics Entropy of life What is human Energy? Biophysical Energy Transfer Mechanisms in Living Systems: The Basis of Life Processes. Electron scheme of life What we are measuring with BW? Main parameters of GDV Software (Bio-Well soft)

Realization – How to connect?