1. Introduction. Continuing studies of the phenomenon of prophetic dreams were carried out a series

Abstract thea schmidt Based on the assumption that the effects on REM sleep rhythm exogenous origin conducted full-scale measurement of sleep for long periods of time. Marked the immutability of the form of the density distribution of awakenings within a period of a hypothetical minute rate for any length of time from the full calendar of the observation period.
Table of Contents 1) Introduction. 2) Results and discussion. 3) Experimental procedures and tools. 4) Steins asteroid as a source of hypothetical rhythm. 5) The list of referenced literature.
1. Introduction. Continuing studies of the phenomenon of prophetic dreams were carried out a series of in-situ measurements of time indicators REM or rapid eye movement (REM) keeping them in the database. During the test period of sleep all the noise from the body movements were recorded on tape, audiogram records analyzed and singular points audiogram that correlate with the time at the end of the BDG, entered into the database. The recorder also records thea schmidt the content of dreams upon awakening if the subject thea schmidt was able to do it. Wake-up time was recorded with an accuracy of 5 seconds from the time of the world, supported in hardware synchronization via the Internet. Data processing algorithm is built on the assumption that the influence thea schmidt on the phase of a REM period with ekzoritma 9.09 minutes. The length of the observation period of calendar time is divided into equal intervals of this value is calculated for each event offset from the beginning of the interval, which owns the event, and the resulting density distribution diagrams of these shifts in the interval for the length of time the measurements are shown in Figs. Some features of the methods of measurement and processing are discussed in the section thea schmidt "Experimental procedures and tools." Terms and definitions adopted in the text. Full calendar observation period. The period from 1 April 2013 to 20 May 2014, during which the recording was carried out noise from the body movement sleep test, followed by detection of the end of the audiogram REM phase and registration in the database together with the texts related dreams. Estimated calendar time intervals as part of the total observation period, selected on the basis of an equal number thea schmidt of events for each of the segments intersecting or non-intersecting on a full calendar period of observation. Concept was introduced thea schmidt in the method of calculating the results to assess the invariance with respect thea schmidt to calendar time. A small period of time equal to 9.09 minutes, which is split billing interval of calendar time. Integral density distribution of events in a small period of time. Private event distribution for each small interval on all settlement calendar time interval are summed to obtain the integral thea schmidt of the density distribution of events in a small period of time.
2. Results and discussion. All singular points obtained during observations audiogram divided into finished and unfinished awakening. Not every completion of a phase of rapid eye movement REM accompanied by a full awakening, followed by the ability to dictation stored dreams. We consider separately the results of treatment groups these two categories. 1) Completed awakening. thea schmidt If the end of the REM phase leads to full awakening and the subject is able to dictate the content stored dream event on the audiogram categorized as complete awakening. Total in this category collected 1,594 events. To assess the invariance thea schmidt of calendar time calculations are made for the four variants of partitioning a full calendar period of observation on the estimated length of time. - Full calendar time period of observation. Fig. 1 is a diagram of the cumulative thea schmidt distribution of the density of completed awakenings in a small period of time for the entire observation period from 1 April 2013 to 20 May 2014. Marked clearly defined regions of maximum density of the events of 1 and 2 - The observation period thea schmidt is divided into two disjoint intervals of calendar time. The condition of the partition is equal the number of events in each time interval. Fig. 2b on the background distribution of events in the full observation thea schmidt period shows two time interval partitioning. The result thea schmidt of processing is shown in Fig. 2A, in which pronounced maxima for both bell partition intervals are approximately the same sector of a short time interval. - The period of observation is divided into three non-overlapping time period. Condition robbery