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Environmental Research

Environmental Research GDV Ecotester gdv sputnik gdv electrophotonics bioelectrography Noosphere Biosphere Home Energy

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#1 GDVplanet

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Posted 07 August 2012 - 05:47 PM

Environmental Research

 

THE ENERGY OF SPACE

 

29766e2a37e979b18d18c428ff9c5aba_L.jpg

 

THE ENERGY OF SPACE

Konstantin Korotkov

New Book from Konstantin G. Korotkov, Ph.D., Professor

2013


11.11.11 Sputnik records
K. Korotkov

EPI/GDV instrument with Sputnik sensor was turned on at 6.30 am and operated till 17.20 – almost 9 hours continuously. No one was present in the room.
Recorded Graphs are presented at fig.1,2.

As we see from the graphs after 11.11 am local time (Moscow time) character of graphs changed dramatically: both parameters changed their dynamics and became very stable.

Fig.1. Time dynamics of the Amplitude of Energy in Space.
111111_002.jpg

11.11.11 Sputnik records


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#2 GDVplanet

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Posted 07 August 2012 - 06:02 PM

Environmental Research

METHODOLOGY OF MEASURING NATURAL ENVIRONMENTAL OBJECTS USING EPC/GDV METHOD
Orlov D.V., Korotkov K.G., Velichko E.N.
SPb ITMO


Many experimenters all over the world make their researches in various fields using Electro-Photon Capturing (EPC) method (GDV) [1]. Different factors can influence the obtained results during measurement of natural environmental objects and most of them are of no interest to the researcher. In fact they just increase the inaccuracy of measurements. Till the present moment there were no scientifically proven rules of conducting such measurements. This drawback has led to problems with handling, statistical processing and interpretation of the obtained results.
Present work was aimed on the revealing of destabilizing factors that influence on the obtained results, finding the ways of eliminating them, development of common recommendations and standard procedure of making EPC/GDV measurements and processing of the obtained results.
EPC/GDV method can be used for measuring of environmental objects by different means:
• With platinum electrode (for measurement of liquids);
• With different types of syringes (for measurement of liquids);
• With various electrodes and metal antenna (measurement of atmosphere and different materials);
• With additional devices from «GDV Mini Laboratory» set.
If one wants to achieve stable experimental results using any of the abovementioned means he must follow the common recommendations that were specially developed by us.
1. Ensure good grounding of EPC/GDV device with PC and/or connect experimental setup to an autonomous electrical source.
2. During continuous measurements (more than ten minutes) one needs to provide a constant ventilation for the gas discharge area, in example use a ventilator standing near the EPC/GDV device (not closer than 0,5 meter).
3. Before starting of measurements after turning on the EPC/GDV device, it is necessary to warm up the device by connecting the test-object to the ground of EPC/GDV device and conducting 600 captures with 3 seconds time interval between captures.
4. For measurements of environmental objects the interval between captures should not be less than 5 s.
5. Time interval between successive series may not overcome 3-5 minutes, because EPC/GDV device is constantly cooling down if not working.
6. The Test-object should be set firmly on transparent electrode at the beginning of experiment and should not be moved till the end of experiment.
7. Ensure that transparent electrode is clean before the start of any experiment (but not during the experiment).
8. Avoid placing the EPC/GDV devices into sunny or highlighted places and mount the cover of electrode and holder for the syringe or test-object firmly.

full text here:
METHODOLOGY OF MEASURING NATURAL ENVIRONMENTAL OBJECTS


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#3 GDVplanet

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Posted 07 August 2012 - 06:04 PM

Environmental Research

COMPLEX APPROACH TO STUDY OF NOOSPHERE-ECOLOGY PARAMETERS


Korotkov K.

All the history of technique demonstrates how humans gradually learned to see the source of natural power in environmental subjects being considered as inanimate, inert and non-necessary. We witness and participate in the creation in biosphere of a new geological factor, not existing before. Creation of the noosphere from the biosphere is a natural event, more deep and powerful than all the human history.
Vladimir I. Vernadsky

For more than 70 years that passed from the writing of above lines scientists of many countries have been trying to develop approaches for measuring the noosphere parameters. Researches have proven that these parameters are being determined not just by the properties of the local environment, but by the Cosmo-physical factors, as well as by the influence of human consciousness, both individual and collective. Insights by philosophers of the school of Russian Cosmism, and first of all by Nicolay Fedorov, Nicolay Berdjaev, Konstantin Tsiolokovsky, revolutionary works by Alexander Chigevsky, Lev Gumilev and Simon Shnol (Unidentified Russian Scientists), have created the conceptual and practical basis for the ideas of Vladimir Vernadsky. It is now time for the experimental study of the noosphere processes.


full text here:
COMPLEX APPROACH TO STUDY OF NOOSPHERE-ECOLOGY PARAMETERS


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#4 GDVplanet

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Posted 07 August 2012 - 06:11 PM

Environmental Research

EARTHQUAKE ENERGY RISE ON EARTH

Chalko T.J.
Head of Geophysics Division, Scientific E Research P/L, Mt Best, Vic 3960, Australia


Abstract
This article presents a method of monitoring earthquake activity on the planetary scale using the data of all individual earthquakes on Earth since 1973, available from US Geological Survey (USGS) [4]. The method reveals that in recent years the annual earth-quake energy on Earth has increased five times and that its trend is to grow in the future.
Introduction
Earthquakes on Earth are reported and classified using a logarithmic scale, such as the Richter-scale magnitude.
Using the logarithmic quake data statistics it is difficult to monitor trends and detect changes in seismic activity on Earth.
This article presents a method of monitoring seismic activity on Earth on the basis of the accumulated annual energy of all observed earthquakes.
Earthquake energy
Energy E of an earthquake can be estimated from its Richter-magnitude M as follows [1]:
E = 10(c 1.5M ) = A 101.5M (1)
Where A=10c is a constant. Traditionally c is chosen in such a way that the energy of an earthquake of the Richter magnitude 4.0 matches the energy of exploding 1 kiloton of the TNT explosive. [2]
The accumulated energy of all earthquakes in a year K can be computed by adding the energy values of all earthquakes during that year.
EK = A (2)
For practical purposes it is convenient to calculate the annual earthquake energy ratio ηK, relative to the year when reasonably accurate earthquake records began. In the case of the USGS earthquake database, the “reference year†is 1973.
ηK = (3)
The annual earthquake energy ratio 'K is independent of the arbitrary constant A.
Rising Earthquake energy on Earth

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EARTHQUAKE ENERGY RISE ON EARTH


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#5 GDVplanet

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Posted 07 August 2012 - 06:19 PM

Environmental Research


CROP CIRCLES MEASUREMENTS WITH 5-ELEMENT SENSOR, JULY 2006, ENGLAND

Korotkov K.

Introduction
Instrumental studies of crop circles have been conducted for many years. The difficulty of this process is not the subject itself, but an unpredictable time, location, and a short time of its existence. It is commonly accepted that crop circles may be both artificial man-made and natural A lot of interesting facts may be found in Internet, for example, in www.Wikipedia.com; www.lucypringle.co.uk/photos/2006/аug.shtml; www.crystalinks.com/croptheories.html.
We were able to take measurements inside the fresh crop circle at Windmill Hill, Wiltshire, 23.07.06 together with our colleagues Lucy Pringle, Roger Teilor and Konstantin vlidis.
Protocol of measurements
The 5-Element Sensor is a patented computer operated attachment to the GDV Camera for registration of dynamical patterns from several sensors dependent on their resonance frequency [Korotkov K, 2006].
Measurements in England, July 2006 were conducted in several locations;
• Inside the barn at the local farm nearby the Windmill Hill, Wiltshire, 23.07.06 starting at 12.00;
• Inside the crop circle at Windmill Hill, Wiltshire, 23.07.06 starting at 14.30.
• In the garden of Dr. Roger Taylor, Albury, Guildford, 26.07.06, starting at 12.00;
• Nearby the Church of St. Martha On-The-Hill, Albury, Guildford, 26.07.06, starting at 15.00;
• Inside the Saxon Church, Albury, Guildford, 26.07.06, starting at 16.00
Measurements were done in two phases:
1. Measuring 5 different sensors with the 5-Element Device in the following regime: 30 experimental points for the first sensor with 3 seconds interval, then transition to the next sensor; 30 experimental points for the second sensor with 3 seconds interval, then transition to the next sensor; and so on for all 5 sensors; all in all it was 5 rounds. This way we had 150 experimental points for every sensor taken in 5 sessions with 360 seconds interval. All the process took 450 seconds x 5 rounds = 2250 seconds or approximately 42 minutes. Sensors were as follows:
Antenna sensor;
Water sensor;
Three earth sensors.
2. Measuring electrophotonic emission from the 10 fingers for 6 people first in the barn and then inside the crop circle.

full text here:
CROP CIRCLES MEASUREMENTS


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#6 GDVplanet

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Posted 07 August 2012 - 06:27 PM

EXPERIMENTS WITH EPC INSTRUMENT AT THE SIVANANDA ASHRAM YOGA RETREAT, PARADISE ISLAND, NASSAU, BAHAMAS. APRIL 1 11, 2007


Korotkov K.

The aim of the experiments: testing influence of the SIVANANDA ASHRAM YOGA RETREAT to people and water energy state.
Technique: Electrophotonic GDV Bioelectrography (see Appendiix).
Experimental procedure 1: People were measured after arriving to the Retreat and several days after.
Experimental results 1: For 6 from 8 measured people significant stabilization of Chakras position and increase of Diagram was noted. Two people having practically no changes were yoga practitioners with big experience.

Experimental procedure 2: Pranajama test for 4 people.
Experimental results 2: Strong transformation of Chakras and Diagrams were recorded.

Experimental procedure 3: 5th Element Water Sensor was positioned in a jar with natural water and reading were taken continuously by EPC instrument every 10 seconds in automatic mode. Neither sensor nor water were moved or touched during measurements. Readings were taken several times in Yoga Temple and in an experimental room outside the Temple.

Experimental results 3:
04-06-2007 Temple: Meditation, chanting, then meditation with intentional influence to water (sending Love) (fig 1, 2).
Statistical analysis (fig.2) demonstrated that data during meditation and chanting are dissimilar, which means that the chanting significally changed the signal from the water. We pay attention that comparison was made for the parts of the graph fig.1 which had no trends.

full text here:
EXPERIMENTS WITH EPC INSTRUMENT AT THE SIVANANDA ASHRAM YOGA RETREAT


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#7 GDVplanet

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Posted 07 August 2012 - 06:32 PM

CHIZHEVSKY’S AIR IONS AND THE PHENOMENON OF GLOW OF HUMID AIR

*Voeikov V.L., **Chalkin S.F.
*Faculty of Biology, Lomonosov Moscow State University, **Russian Cosmic Agency, Moscow



Negatively charged air ions generated in nature and also artificially with the help of air ionizers represent a reactive oxygen species (ROS) superoxide radical anion. Air enriched with negative ions is beneficial for the health, and air ionization is successfully applied in complementary medicine. However, wide application of this method is impeded by unresolved questions. One of such problems is how transmission of these short-living chemical species upon long distances from the place of their origin may occur and in particular in quantities large enough to provide physiological effect upon the organism.
We discovered the phenomenon which may probably resolve this contradiction. When a thin layer of water hydrating a hygroscopic surface absorbs rare UV-photons capable to split water molecules, a flash of photon emission in UV- and visible regions of spectrum is observed. This flash (or oxygen-dependent oxidative processes underlying it) initiate reactions accompanied with generation of electronic excitation in the air contacting water film. Excitation propagates through the air at macroscopic distances, and the level of propagating excitation increases with elevation of air humidity. When air humidity exceeds 50% air excitation gains oscillatory-wave character.
The parameters of these processes emerging in the air (oscillations intensity, their frequency? Amplitude, orderliness) depend upon the gas composition of the air. In particular, the tremendous intensification of such processes is observed in the air enriched with noble gases.

full text here:


CHIZHEVSKY’S AIR IONS
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#8 GDVplanet

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Posted 08 August 2012 - 05:15 PM

Measuring Energies at the Island of Andaman see and Cambodia

 

Korotkov K.

New Year 2012 we celebrated with my wife Irina at the resort on little island in Andaman see, Myanmar. (Nabucco's Myanmar Andaman Resort, Macleod Island, Mergui Archipelago, E-Mail: myanmar@extradivers.info). It was our second visit there; in 2011 we were so charmed with beauty and calmness of this place that we decided to return. This is a diving resort where most of guests every morning take a boat and sail for diving to the nearby reefs. For half a day all the place is absolutely lonely with miles of sandy beaches, home reef with beautiful fishes and corrals, acceptable price, careful attitude from all the personnel and good kitchen. What else do you need for total relax!

Being there I was dong recordings with Sputnik sensor on practically everyday basis.
And the very first records on January 1 night were really surprising! Signal of the sensor was constantly rising for all the measuring time – for more than 3 hours (fig.1 curve 1. The principle of calculations is presented in Appendix 2). I repeated measurement at night result was practically same (fig.1 curve 2). But next day everything became clear from the early morning heavy tropical rain with strong wind crashed on the island. It was very unusual for January, but all the previous 2011 year had an unusual weather.


Fig.1. Time dynamics of Energy recorded by the Sputnik sensor at the Macleod Island 01.01.2012.

1 Jan 1, 7 pm; 2 Jan 2, 1 am; 3-7 Jan 2-6; 8 Jan 7, 6 pm.

Next day it was gloomy from the morning, even little drops of rain, but by the middle of the day sky began clearing up. I started recording at 5 pm, and after sunset stars showed up. This was reflected by the signal it became very stable and all the records in next days at the island were practically conceded (fig.1 curves 3-7). For several days Moon was shining at the night sky sometimes hiding between the clouds, and the amplitude of a signal was very high.
At January 7 we had strong wind and the see was turbulent. It was a day of Full Moon and this was reflected in dropping down of the signal amplitude (fir.1 curve 8).
Interesting conclusions may be done by analysis of the level of data variability. The principle of calculations is presented in Appendix. As we see from the fig.2 and 3, on Jan 1 variability was quite high and in all other days it was on the level 1-2%.

 

 

Fig.2. Time dynamics of data variability recorded by the Sputnik sensor at the Macleod Island 01.01.2012.

Fig.3. Time dynamics of data variability recorded by the Sputnik sensor at the Macleod Island 3-7/01.


As a reference on fig.4 graph of time dynamics of data variability recorded by the Sputnik sensor in St. Petersburg in November 2011 is presented. As you see, in a calm conditions, variation of the parameters for a long time is at the level of 1%.

Fig.4. Time dynamics of data variability recorded by the Sputnik sensor in St. Petersburg.

These data confirm sensitivity of the sensor, and at the same time it shows that in all the measurements of environment we need to take into consideration dependence of data both on the energy of the place itself and on the conditions of the atmosphere. For example, at Andaman Island sunset is very fast – as if someone turns off the Holy Light and day instantly converts to night. This was clearly reflected on the Area and Intensity parameters (Fig.5,6).
 

Fig.5. Time dynamics of the Sputnik sensor at the Macleod Island Jan 2, 2012. Area parameter. Arrow indicates the time of sunset.
 

Fig.6. Time dynamics of the Sputnik sensor at the Macleod Island Jan 2, 2012. Intensity parameter. Arrow indicates the time of sunset.



full text here:

Measuring Energies at the Island


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#9 GDVplanet

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Posted 14 February 2013 - 12:25 PM

THE ENERGY OF SPACE

 

 

29766e2a37e979b18d18c428ff9c5aba_L.jpg

 

THE ENERGY OF SPACE

Konstantin Korotkov

New Book from Konstantin G. Korotkov, Ph.D., Professor

2013


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Also tagged with one or more of these keywords: Environmental Research, GDV Ecotester, gdv sputnik, gdv, electrophotonics, bioelectrography, Noosphere, Biosphere, Home Energy

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