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SUMMARY:QUANTUM GRAVITATIONAL EFFECTS IN EVOLUTIONARY EXPANSION OF  COMPON
 ENTS OF  DETACHED DOUBLE-LINED ECLIPSING SYSTEMS (DDLES)
DTSTART;VALUE=DATE-TIME:20201005T164500Z
DTEND;VALUE=DATE-TIME:20201005T170000Z
DTSTAMP;VALUE=DATE-TIME:20260916T191410Z
UID:indico-contribution-2405@cern.ch
DESCRIPTION:Speakers: Sergei Sinitsyn ()\nIt is found that the distributio
 ns of the DDLES components along the coordinate axes $(GM/R)/H^2$ and $\\l
 og(g)$ have five and four peaks\, the positions of which are defined by th
 e steps of 1.177 and 0.069\, respectively. $M$ and $R$ are the mass and ra
 dius of the DDLES component\, respectively. Moreover\, $H = 145.5 km/s$ an
 d $g = GM/R^2$. The peaks are created by the populated areas of the tempor
 al slowdown of the absolute evolutionary expansion of the DDLES component.
  Thus\, the absolute evolutionary expansion of any DDLES component is\, in
  particular\, its transitions along the coordinate axes $(GM/R)/H^2$ and $
 \\log(g)$ between these areas with its temporary localization in the latte
 r. In this regard\, the quantum gravitational effects are found along thes
 e coordinate axes. For any DDLES indexes $1$ and $2$ indicate its first an
 d second components\, respectively. It is found that the distributions of 
 the DDLESes along the coordinate axis $\\log(g_1/g_2)$ has four peaks\, th
 e positions of which are defined by the step of 0.0305. The peaks are crea
 ted by the populated areas of the temporal coordinated relative evolutiona
 ry expansion of the first and second DDLES components. The same quantum gr
 avitational effects are also found along the axes $\\log((GM/R)_1/(GM/R)_2
 )$ and $\\log(R_1/R_2)$. Thus\, in any DDLES the relative evolutionary exp
 ansion of its first and second components is\, in particular\, their trans
 itions along the coordinate axes $\\log(g_1/g_2)$\, $\\log((GM/R)_1/(GM/R)
 _2)$\, $\\log(R_1/R_2)$\,  between these areas with their temporary locali
 zation in the latter. The symmetric separation of the populated area of th
 e temporal coordinated relative evolutionary expansion of the first and se
 cond DDLES components into three such areas is found at $(GM/R)_1/(GM/R)_2
  = 1$. It follows that in any DDLES there are some quantum physical system
 s which create the quantum stepwise absolute and relative evolutionary exp
 ansions of the first and second DDLES components. A general gravitational 
 mass of any DDLES and the gravitational masses of its two components are p
 roposed as these quantum physical systems.\n\nhttps://indico.particle.meph
 i.ru/event/35/contributions/2405/
LOCATION:Discord Poster Server
URL:https://indico.particle.mephi.ru/event/35/contributions/2405/
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