Evaluation of the environmental parameters in several places of Moscow with Electrophotonic Imaging technique
Korotkov Konstantin, PhD Mannspeiser Ruben
Introduction
As part of the plan to conduct experimental studies with the Bio-Well and “Sputnik” sensor, a series of experiments to measure the parameters of space in a number of places in Moscow city was carried out on April 17 to 19, 2016.
Methods
April 17, 2016: With the blessings of Father Abbot Nicholas, a series of measurements was carried out at the Church of St. Nicholas in Tolmachy. In this temple is preserved the holy Vladimir icon of the Mother of God, brought to Russia from Constantinople at the time of the Grand Duke of Kiev, Yuri Dolgoruky (1090–1157).
The histories of Moscow and of the icon of Vladimir Mother of God are eternally inseparable. How many times did the Mother of God save the capital city from enemies through the grace of her holy icon? This icon has linked Apostolic times to Byzantium, Kievan Rus to Vladimir Rus, and later to Muscovy, the Third Rome; as it is said, “there will be no Fourth.” The kingdom of Moscow was formed by divine Providence and embraced the mystical ties of ancient empires, historical experience and traditions of other Orthodox peoples. The miracle-working Vladimir icon became a symbol of unity and succession. The icon survived centuries of wars and unrest in Russia, and for many centuries, it was a symbol of God’s protection of the Russian land. Since the mid-1930s, the icon has been kept in the Tretyakov Gallery exhibition in Moscow, and was later transferred to the Church of St. Nicholas.
On the morning of April 17, we were given permission to mount the sensor “Sputnik” near the Vladimir icon of the Mother of God, with the back of her hand at a distance of about one meter from the icon. The sensor operated in a continuous mode, parameters were recorded every 5 seconds, we were unable to control data before final processing, and so, the experiment was conducted in double-blind mode. During the whole time, there were over 200 people in the Temple. At the end of the Sunday service in the Temple, the registration of parameters was carried out with the same device at the entrance to the Temple, and at the exit of the Temple. The temperature was in the range of 250C, humidity about 50%. Data analysis was carried out later on the Bio-Well server, when we connected to the internet.
On the evening of the same day, “Sputnik” parameters were recorded by the same device indoors of the Evangelical Lutheran Cathedral of Sts. Peter and Paul during the concert of organ music, with participation of duduk and tenor.
April 18: “Sputnik” parameters were recorded at Novodevichy Cemetery near the grave of Anton Chekhov, and on April 19 at Perepechinsky cemetery near the grave of an unknown person. On both days, the weather was clear and sunny, with a temperature of 11–120C, humidity 50–60% in the absence of wind.
Results
In data processing, we are interested both in the value of environmental parameters and in the dynamic response of the “Sputnik” sensor to the events taking place in this environment.
In the Temple of St. Nicholas, the recording was held before and during the Sunday service, which was reflected in the change in the parameters. Fig. 1 shows the dynamic curve of the energy parameter within 140 minutes. The first 10 minutes of recording were carried out before the service. When the reading of the Psalter started, with the choir joining after 40 minutes, the signal was reduced; however, with the beginning of the service, it began to increase; about an hour after the beginning of the service, the signal reached a stable level, and remained there for another 40 minutes till the end of the recording, slightly decreasing by the end (Fig. 1). The “Environment Activity” index (see description in the Discussion section) was within the range of the minimum values, slightly changing during the service (Fig. 2).
