Ummo Letter 1337

OYAGAA AYOO YISSAA OAY- January 5, 2018, text update in avatar: The maximum allowed number of 240 Stat 13 OOMO.OEMMII on OYAGAA has now been reached. 66 America 54 Europe 42 Oceania 42 Asia 24 66 America 54 Europe 42 Oceania 42 Asia 24 Africa 12 Africa 12 Antarctica OAY- March 12, 2018, text update in avatar: The maximum allowed number of 240 Stat 13 OOMO.OEMMII on OYAGAA has now been reached. 72 America 48 Europe 42 Oceania 42 Asia 24 72 America 48 Europe 42 Oceania 42 Asia 24 Africa 12 Africa 12 Antarctica The total number has not changed, but 6 people have been transferred from Europe to America. OAY 127 @Ummo_Sciences March 13, 2018 @oyagaa_ayuyisaa March 16, 2018 This is mostly the case. Climate change: what do they think This is mostly the case. However, the increase in emissions @oomo_toa and @oyagaa_ayuyisaa of However, increasing atmospheric emissions of greenhouse gases and aerosols, to which volcanic eruptions contribute. 29/04/18 that warms the planet and not the effect of eruptions and forest fires are strongly associated, have also contributed to about 29% of global warming since 1976, with huge annual variations. OAY 128 @pepetmurri March 19, 2018 @oyagaa_ayuyisaa March 22, 2018 Question: In OAY-125 you talk about the heating of the Earth's core during 2012-16 and cooling afterwards. Can you tell more about these cycles of heating-cooling? Always linked to solar cycles, as suggested by O6-111? I did not find a correlation between solar activity and neutrino detection on Earth. http://appinsys.com/globalwarming/SixtyYearCycle.htm Answer: A cycle of about 62 years should be considered for solar core activity to measure changes in neutrino emissions. The activity of the photosphere only reflects a degraded harmonic compound, with long lags, of internal pulsating sub-cycles of 20 to 22 years. The link points to an article analyzing global Earth temperatures between 1850 and 2008, highlighting two overlapping 60-year cycles. OAY 129 @oyagaa_ayuyisaa March 29, 2018 Earth core temperature is influenced by three main factors: 1. high internal pressure inducing compression of the iron crystal structure. 2. gravitational influences of the Moon and Sun inducing small cyclic fluctuations at the solid/liquid boundary. 3. interactions with a significant amount of neutrinos crossing the inner core crystal lattice. The first two factors keep the whole core in a relatively stable equilibrium state with variations of only tens of degrees (°K). Only changes in solar neutrino flux can have a significant influence over a range of hundreds of degrees. Even neutrinos with lower energy levels are able to interact along their travel across the dense iron layers, and more specifically inside the inner core where they generate unstable isotopes, producing local oscillating changes in the iron crystal structure that propagate to the solid/liquid boundary. During an increase in solar neutrino emissions the speed of those oscillations also increases, developing or reducing locally the cubic iron structure at higher speed, inducing warming mainly by friction and, to a lesser extent, by an increased ambient radioactivity. Inner heat increase is transmitted very slowly to the upper layers, with a delay of about 8 months to reach the Moho. On the contrary, when the solar activity decreases, the planetary core cools rather suddenly with endothermic readjustments of the cubic structure. Upper layers are progressively affected by the same relative and sudden drop in temperature. Global warming, which is a reality, results mainly from a reduced capacity of the oceans, warmed from the seabed and saturated with buoyant organic polymers and hydrocarbon residues, to recoup heat and carbon dioxide from the atmosphere. 04/29/18 from the Sun inducing small cyclical fluctuations at the solid/liquid boundary. 3. interactions with a significant quantity of neutrinos passing through the crystalline lattice of the inner core. The first two factors keep the entire core in a relatively stable equilibrium state with variations of only a few tens of degrees (°K). Only changes in the solar neutrino flux can have a significant influence over a range of hundreds of degrees. Even neutrinos with lower energy levels can interact while traversing dense layers of iron, and more specifically within the inner core where they generate unstable isotopes, producing local oscillatory changes in the crystalline structure of iron, which propagate to the solid/liquid boundary. During an increase in solar neutrino emissions, the speed of these oscillations also increases, locally expanding or contracting the cubic iron structure at a higher rate, inducing warming primarily through friction and, to a lesser extent, by an increase in ambient radioactivity. The increase in internal heat is transmitted very slowly to the upper layers, with a delay of about 8 months to reach the Moho. Conversely, when solar activity decreases, the planetary core cools quite suddenly with endothermic readjustments of the cubic structure. The upper layers are gradually affected by the same relative and sudden drop in temperature. Global warming, which is a reality, mainly results from a reduction in the capacity of the oceans, warmed by the seabed and saturated with floating organic polymers and hydrocarbon residues, to recover heat and carbon dioxide from the atmosphere. OAY 130 @oyagaa_ayuyisaa March 29, 2018 We are warned of serious excesses in specific discussions: accusations, insults, grotesque caricatures of our deceased brothers. This is contrary to our aims and contradicts the unexpected spirit of peaceful debates noted in the previous experiment. This tweet was deleted just a few hours after its publication. OAY- April 3, 2018, text modification of the avatar: The awareness of the reality that your social network is being manipulated for the interests of a few excessively wealthy psychopaths has increased dramatically. This Twitter experiment having achieved its objectives, the current effervescence and contents of some comments force us to stop it. OAY- April 5, 2018, account closure. The following table lists all the tweets favored by OYAGAA AYOO YISSAA in 2018 OAY- @Elexonic January 13, 2018 Sweden could be the first economy to introduce its own cryptocurrency - and it will be called the e-krona - Sweden's central bank, the Riksbank, could become the first to introduce its own cryptocurrency. Cash usage in the Scandinavian nation is... The link points to an article from the news site "Business Insider" discussing the topic. http://ht.ly/m3hH50g793E