The Solar System Be A Clock,

IN THE ALMIGHTY GOD NAME
Through the Mother of God mediation
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Gerges Francis Tawadrous/
2nd
Course student – physics Faculty – People's Friendship University – Moscow –Russia..
mrwaheid1@yahoo.com mrwaheid@gmail.com +201022532292
1
The Solar System Be A Clock?
The Author Authorized To Be Used By
Mr. Gerges Francis Tawdrous
A Student–Physics Department- Physics
& Mathematics Faculty –
Peoples' Friendship University of Russia
(RUDN University) – Moscow – Russia
Dr. Budochkina, Svetlana Aleksandrovna
Associate Professor (Mathematical Analysis
and Theory of Functions Department)
Peoples' Friendship University of Russia
(RUDN University) – Moscow – Russia
Phone +201022532292
E-Mail: mrwaheid@gmail.com
Curriculum Vitae http://vixra.org/abs/1902.0044
Phone +7 (495) 952-35-83
E-Mail: budochkina-sa@rudn.ru, sbudotchkina@yandex.ru
Website
http://web-local.rudn.ru/web-local/prep/rj/index.php?id=2944&p=19024
The Assumption Of S. Virgin Mary -Written in Cairo –Egypt –27th
May 2021
Abstract
Paper question
Can The Solar System Be A Clock?
The question explanation
- The 1 second period of time must be different from a solar planet to another,
because the 1 second period depends on the planet motion data that necessitates
this period of time to be different from a planet to another.
- The solar planets motions harmony must depend on unified units.
- That necessitates to create different rates of time for the planets motions, and also
necessitates these different rates of time to be complementary with one another
creating one general rate of time.
- Let's use the Earth as example, Earth day =24 hours, but Earth rotation period
=23.9 hours, the difference between these 2 periods forces us to divide the one day
into 24 hours, and the hour into 60 minutes and into 3600 seconds.
- Means, the 1 second period depends on Earth motion data. Because of that, the 1
second period of time can't be equal period for all planets. But the planets motions
general harmony hide this fact by creating one unified rate of time used by the
solar system motion. that's why the solar system should be considered as a clock.
Paper objective
- The paper proves the claim and explains the clock work system.
Please scan the figure (ORCID)

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1- Introduction
- The paper claim has 2 basic tasks.
- (1st
task) to discuss the motion transportation among the planets, and the paper
doesn't discuss this subject.
- (2nd
task) to discuss the harmony of Planets different rates of time and how these
rates of time are cooperated to create one unified rate of time, where each planet
rate of time depends on its motion data. let's discuss one example in following:
- Example No. (1)
- Earth (29.8 km/s) moves during its day period (24 h) a distance = 2574720 km
- Pluto (4.7km/s) moves during its day period (153.3 h) a distance = 2593836 km
- The moon displacements total during 29.53 days =2598693 km
- These 3 distances are equal (error 1%).
- I suppose a rule tells (Equal Distances Creates Different Rates Of Time), means
- 24 hours of Earth =153.3 hours of Pluto = 29.53 solar days of the moon, i.e.
- 1 hours of Earth = 6.387 hours of Pluto = 29.53 hours of the moon.
- 1 hours of Pluto = 4.62 hours of the moon.
- This is the different rates of time among these 3 planets…
- Where
- (Earth velocity / Pluto velocity) = 6.387 = (Pluto day / Earth day)
- Also
- (The moon day period 708.7 h/ Pluto day period 153.3 h) = 4.62
- the data shows that, we deal with a mathematical system of data, the rates aren't
just random numbers but used as rates between the same planets motions different
data tells that a geometrical mechanism is found under this data. We should
discuss this data system as deep as possibly in this paper.
- Notice
- The rates of time consistency is a wide discussion- subject, because of that, we
can't discuss the motion transportation among the planets in this paper.

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2- How Does The Solar System Work As A Clock?
2-1 Preface
2-2 The Rates Of Time Consistency Description
2-3 Mercury and Pluto Motions Rate Of Time
2-4 Mercury and Uranus Motions Rate Of Time
2-1 Preface
- We have 2 points to discuss in this preface
(1st
Point)
- Plant motion rate of time depends on this planet velocity.
- This should be the general concept, Based on this concept, the used rule is defined
which is (Equal Distances Creates Different Rates Of Time)
- The moon displacement is used as indicator.
- As we have done with Earth and Pluto motion, the moon rate of time be indicator
for the 2 planets, by that (Earth 1 hour =29.53 hours of the moon) and (Pluto 1
hour = 4.62 hours of the moon) and based on that (Earth 1 hour = 6.387 hours of
Pluto).
- That creates a general simple system which can help our discussion.
(2nd
Point)
- If the rate of time depends on the planets velocity only, that will restrict the rates
of time to the planets velocities proportionality. Means
- Mercury velocity (47.4 km/s) is the greatest and Pluto velocity (4.7 km/s) is the
smallest, the rate between them be 10.08, and by that the max rate of time should
be 1 hour (of some planet) = 10.08 hours of (another planet). But this is not true,
for example (1 hour of Mars Motion) = (24 hours of the moon motion). how
this great rate can be produced?
- The total velocities of (Mercury 47.4 + Venus 35 + Earth 29.8) = 112.2 km/s and
- 112.2 km/s = 24 x 4.7 km/s (Pluto velocity). i.e.

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- The 3 planets velocities total work as one player and Pluto (alone) works as
another player between both rate (1 hour : 24 hours) be created.
- We can't discuss how the 3 planets velocities be added to each other in this paper,
we just use the produced result and discuss the rate of time (1: 24) which is used
between Mars and the moon motions.

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2-2 The Rates Of Time Consistency Description
- The moon daily displacement 88000 km is used as indicator, let's explain that in
following….
I - Data
- Mercury (47.4 km/s) moves 88000 km in a period = 1857 s = 0.5157 hours
- But the moon moves 88000 km in the solar day =24 hours
- i.e.
- 1 hour of Mercury motion = 46.6 hours of the moon motion
- 1 hour of Venus motion = 34.4 hours of the moon motion
- 1 hour of Earth motion = 29.53 hours of the moon motion
- 1 hour of Mars motion = 24 hours of the moon motion
- 1 hour of Jupiter motion = 12.8 hours of the moon motion
- 1 hour of Saturn motion = 9.52 hours of the moon motion
- 1 hour of Uranus motion = 6.73 hours of the moon motion (error 1%)
- 1 hour of Neptune motion = 5.3 hours of the moon motion
- 1 hour of Pluto motion = 4.61 hours of the moon motion
- We can use these rates to discover the rates among the planets with each other.

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II –Data Analysis
Equation no. (1)
- (The 3 planets velocities total) 112.2 km/s =4.61 x Mars Velocity 24.1 km/s (1%)
Equation no. (2)
- (406000 km / 88000km) = (708.7 h/ 153.3 h) = (417800 km / 90560 km) =4.61
- Where
- 406000 km = Pluto motion distance during a solar day
- 88000 km = The moon daily displacement
- 708.7 h = the moon day period
- 153.3 h = Pluto Day Period
- 90560 days = Pluto orbital period
- The moon displacements total during (29.53 days)= 2598693 km= 2π x 413600 km
- 417800 km is different from 413600 km with (1%)
- Equation no. (2) shows that, the rate (4.61) is found deeply in Pluto and the moon
motions data interaction.
- The equation may refer to that, the moon orbital apogee circumference be =
2550973 km and not = 2598693 km because of some effect of Pluto motion
specially the distance 406000 km = Pluto motion distance during a solar day.
- Why the rate (4.61) be used with the moon and Mars? We try to answer this
question…
Notice
- The rate between Mars and Pluto should be =5.14 = Mars velocity/ Pluto velocity
- But
- Does it a correct rate? Does 1 hour of Mars motion =5.14 hours of Pluto motion?
we should wait to answer this question….

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2-3 Mercury and Pluto Motions Rate Of Time
Equation no. (3)
1407.6 hours (Mercury rotation period) = 153.3 hours (Pluto day period) x 9.18
- Mercury velocity (47.4 km/s) = Pluto velocity (4.7 km/s) x 10.08
- So,
- If 1 hour of Mercury motion be = 9.18 hours of Pluto motion, that violates the rule
tells that, the rate of time depends on Planets velocities…
- I want to say that
- We try to understand how the solar system works, we have to follow the data and
not create ideas violate this data consistency…
- Equation no. (3) shows that,
- (1st
Point) Mercury rotation period depends on the rate 9.18 and not 10.08
- (2nd
Point) the rate 9.18 = 2 x 4.61 error (0.4%).
- We have seen the rate (4.61) used frequently and logically to be acceptable in our
discussion. We don't know based on what geometrical rule the rate (10.08) be
(9.18), there's some reason to discover that but for now we have to consider that
- 1 hour of Mercury Motion = 9.18 hours of Pluto Motion.
- But
- By what rate Mercury and the moon motions be interacted? Because
- 9.18 x 4.61= 42.3 where the previous data told that 1 hour of Mercury motion =
46.6 hours of the moon motion. the difference between 46.6 and 42.3 is 10%
- How can we solve this question?! Let's leave this question for now
Notice
- If Pluto motion be indicator, so
o 1 h of Mercury motion be = 1.437 hours of Earth Motion
o 1 h of Mercury motion be = 42.3 hours of The Moon Motion
o 1 h of Mercury motion be = 1.786 hours of Mars

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2-4 Mercury and Uranus Motions Rate Of Time
- Mercury Uranus Distance = 2815.2 mkm
- Mercury rotation period = 1407.6 hours
- 2 x Mercury rotation periods = 2815.2 hours
- If 1 mkm = 1 hour, So the distance 2815.2 mkm be = 2 Mercury rotation periods
And
- Mercury (47.4 km/s) moves during its rotation period (1407.6 h) a distance = 240
mkm, where
- 243 solar days = Venus rotation period
- If each 1 mkm be =1 solar days, the distance 240 mkm be = 243 days (error 1%)
Based on that
- Mercury as a player uses (1 mkm = 1 hour) and (1 mkm = 1 day =24 hours)
- That creates the rate (1 hour = 24 hours)
- But between whom? Almost
- Between Mercury and Uranus, means
- 1 hour of Mercury Motion =24 hours of Uranus Motion.
- This rate also doesn't depend on the planets velocities rates
- If we use Uranus Motion as indicator, the following result be produced.
Uranus is an indicator
- 1 hour of Mercury Motion = 24 hours of Uranus Motion
- 1 hour of Mercury Motion = 9.18 hours of Pluto Motion
- 1 hour of Pluto Motion = 2.62 hours of Uranus Motion
- 1 hour of Uranus Motion = 1.759 hours of The moon Motion
- 1 hour of Earth Motion = 16.735 hours of Uranus Motion
Notice
- The rate between Uranus and the moon motions be = the rate between Mercury
and Mars motions. (the first rate uses Uranus motion as indicator and the 2nd
rate
uses Pluto as indicator).

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The Discussion
Equation no. (4)
1 hour of Pluto Motion = 2.62 hours of Uranus Motion
- This is the equation we need to discuss,
- The equation rate (2.62) is the question we search for, where
- Uranus (6.8 km/s) moves during its day period (17.2 h) a distance = 421056 km
But
- The distance 421056 km = 2.62 x Uranus Circumference 160592 km
- That tells, the planet motion rate of time is related to the planet day period.
Also
- Pluto (4.7 km/s) moves during 90560 seconds a distance = 425632 km
- The distance 425632 km is different from 420156 km with 1%
- Some geometrical mechanism must be found behind this data. We simply can't
catch what's going on here
Notice
- Venus (35 km/s) moves during 12104 s a distance = 423640km
- Let's see one more equation
Equation no. (5)
153.3 hours = 2.62 hours x 58.66 hours
- Where
- 153.3 hours = Pluto Day Period
- 58.66 solar days = Mercury rotation period
- The rate between 58.66 hours and 58.66 days is our rate (1 hour : 24 hours)
- We have supposed that, 1 hour of Mercury motion = 24 hours of Uranus motion.
- Equation no. (5) tells some thing different, it tells 1 hour of Uranus motion = 24
hours of Mercury motion….
- Some mirror is used in the data geometrical mechanism but why?

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- Notice
- 224.7 = 24.7 x 9.18 (error 1%)
- Where
- 224.7 days = Venus orbital period
- 24.7 hours = Mars day period
- Notice
- 7510 days x 24 hours = 90120 hours
- Where
- 7510 km = Pluto Circumference
- 90560 days = Pluto orbital period

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3- Mercury Mars Motions Interaction Effect
3-1 Mars Migration Theory
3-2 Mercury and Mars Motions Data Interaction
3-3 Saturn Data Effect.
3-1 Mars Migration Theory
- Mars was the next planet after Mercury with orbital distance =84 mkm and Mars
had migrated into Mars current orbital distance (227.9 mkm)
- Through Mars Displacement from (84 mkm) to (227.9 mkm), Mars had collided
with Venus and then with Earth and then reach to its current orbital distance point
- By these collisions debris the Earth could create its own moon and also Mars
moons are created in addition to the asteroid belt.
- Means, Mars itself caused the Earth moon creation by its Migration in place of the
Planet (Theia) supposed by the Giant-impact hypothesis.
- Mars Migration theory answers the Giant-impact hypothesis questions, are:
- What's The Lunar Magma Ocean (LMO) Origin?– It's Venus
- Why Venus couldn't create its own moon from the collisions debris? Because Mars
had moved from (84 mkm) to (227.9 mkm), So Mars had pushed all debris in its
motion direction because of that Venus found no debris around it to create its own
moon, But Earth gravity is grater than Venus' and the debris lost some of their
motion momentum, because of that Earth could create its own moon.
The Earth Moon Creation
- Mars Migration Theory is in full harmony with the Giant-impact hypothesis. that
makes the 2 theories complementary one another clearly
- Mars Migration theory doesn't need the planet (Theia) which is supposed in Mars
size and collided with Earth, instead mars itself did that.
- Mars Displacement from its original orbital distance point (84 mkm) to its current
one (227.9 mkm) is the good solution to explain the real event details.

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- According to the giant-impact hypothesis Venus also got collided but couldn't
create its own moon, this event has 2 questions, what planet had collided with
Venus and why Venus couldn't create its own Moon?
- Mars Migration Theory answers these questions simply because Mars its self had
collided Venus at first and then Earth after, these collisions are occurred simply
because Mars had moved its displacement from (84 mkm) to (227.9 mkm). The
motion direction provided the chance for these collisions. And
- After the collision with Venus, Mars had pushed all debris in its motion direction,
So Venus found no debris around it, so couldn't create its own moon..
- Then Mars had collided with Earth pushed the collisions debris in its motion
direction, but some debris lost part of their motion momentum, for that Earth could
attracted some of them and created The Earth moon, that explains the lunar
Magma ocean origin (it's Venus).
- The rest debris were pushed with Mars in its motion direction.
- Let's ask, why The Iron Oxide (Feo) of the Moon= (13%)? Because The rate
(13%) is a middle between Mars rate (18%) and the terrestrial mantle (8%).
Mars Moons Creation
- Mars Moons Creation are very good proof for Mars Migration Theory.
- The collisions debris lost the great part of their momentum when reach to Mars
orbital distance point, because of that, Mars with its small mass could attracted 2
moons, because the debris is too much around it and can attract them easily. Where
Venus great gravity couldn't create even one moon because no debris around it
- The facts can be seen clearly when be put beside each other.
The Asteroid Belt Creation
- The asteroid belt is one more proof for Mar Migration
- The collisions debris which were pushed with Mars motion to its current orbital
distance point (227.9 mkm) couldn't all be attracted by Mars gravity because of its
small mass, Mars had attracted only its 2 small moons

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- But
- Jupiter great gravity attracted the rest debris and by that they create the asteroid
belt.
- Simply, the whole trajectory is filled with references of the event and shows that
it's a fact.
Mars Diameter Decreasing
- According to the equation (7070 km x 1092
= 84 mkm) Mars ancient diameter was
7070 km and became 6792 km (less 4.1%). And Mars orbital distance was 84 mkm
- Mars Mass =0.642 x 1024
kg
- If Mars Mass be increased with (8%) and be =0.697 x 1024
kg
- Mercury and Mars Masses (0.33 & 0.697) and their orbital distances (57.9 mkm
and 84 mkm) respectively will follow the gravitation equation as similar to Jupiter
and Saturn data
- Can 4% of diameter create a difference 8% of Mass? the data provides a strong
reference that, this is what happened.

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3-2 Mercury and Mars Motions Data Interaction
I - Data
(6)
(47.4/24.1) = (0.642/0.33) = (6792/4879)2
= 1.9379
(7)
112.2 km/s x 2 =47.4 km/s x 4.734
(8)
9.18 = 4.734 x 1.9379
II- Discussion
Equation no. (6)
(47.4/24.1) = (0.642/0.33) = (6792/4879)2
= 1.9379
- Where
- 47.4 km/s =Mercury velocity
- 24.1 km/s = Mars velocity
- 0.642 x 1024
kg = Mars Mass
- 0.33 x 1024
kg = Mercury Mass
- 6792 km = Mars Diameter
- 4879 km = Mercury Diameter.
Equation no. (7)
112.2 km/s x 2 =47.4 km/s x 4.734
- Where
- 47.4 km/s =Mercury velocity
- 112.2 km/s = the 3 planets velocities total ( Mercury + Venus + Earth)
Equation no. (8)
9.18 = 4.734 x 1.9379
- Where
- 9.18 the rate between Mercury and Pluto hours periods of time.

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- We remember that, the rate of time rule depended on Planet velocity, but, the rate
of velocities between Mercury and Pluto was 10.08 where the rate of time was 1
hours of Mercury motion = 9.18 hours of Pluto motion.
- The rate 9.18 changed the used rule, and this change is found as a result for Mars
Migration, as the previous 3 equations shows that the rate 9.18 is produced by
interaction between Mercury and Mars Motions
- Please note, the rate (1.9379) because (1/1.9379) = 0.516
- Where Mars Motion per a solar day = 0.524 degrees (error 1.5%)
- There's some mathematical system is found under this data… the rate 9.18 is
produced for some geometrical necessity but what's it?
- Please remember
- (687 days /175.94 days) = (227.9 mkm /57.9 mkm)
- Where
- 687 days = Mars Orbital Period
- 175.94 days = Mercury Day Period
- 227.9 mkm = Mars Current orbital distance
- 57.9 mkm = Mercury Current orbital distance
Notice
((4.6 x 24.7h) /24h) = (9.18/ 1.9379 )
- Where
- 24.7 hours = Mars Day Period
- 24 hours = Earth Day Period

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3-2 Saturn Data Effect.
I-Data
(9)
(2579280 /3600) = 153.3 hours x 4.61 (error 1.3%)
(10)
2579280 s= 29.85 solar days = 29 x 24.7 hours
(11)
122.25 mkm = 2579280 s x 47.4 km/s
And
71.65 mkm = 2579280 s x 27.78 km/s
(12)
120536 km = 7070 km x 17.05
II- Discussion
Equation no. (9)
(2579280 /3600) = 153.3 hours x 4.61 (error 1.3%)
- Where
- 153.3 hours = Pluto Day Period
- What's 2579280 seconds??
- Saturn orbital period =10747 solar days =257928 hours
- i.e.
- 10 Saturn orbital period =107470 solar days =2579280 hours
- Equation no. (9) uses the value 2579280 in units of seconds (2579280 seconds).
- Equation no. (10) confirm this meaning and uses the period 2579280 in seconds
units, where Mercury moves during 2579280 seconds a distance = 122.2 mkm
(where Pluto axial tilt =122.5 degrees) and
- The moon (27.78 km/s) moves during this period (2579280 seconds) a distance =
71.65 mkm
- The period (2579280 seconds) =29.8 solar days.

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- Equation no. (9) tells something interesting, the 1 hour of Saturn motion be used as
1 second of Mercury Motion.
- But
- 60 = 9.18 x 6.5359
- And
- 17.2 hours = 2.62 x 6.5359 hours
- We remember that, Uranus day period =17.2 h and Uranus moves during it a
distance =2.62 Uranus Circumference….
- The data which we know is that, Pluto day period be long and =153.3 hours by
Uranus motion effect on Pluto motion by Using Saturn motion Data.
- Notice
- 120536 = 153.3 x 778.6 (error 1%).
-
- The previous data tells we have some machine, the period of 1 second is changed
into 1 hour by an effect of Saturn motion,
- Then
- The 1 hour period of time be equivalent to 24 hours by Pluto motion effect.
- That creates the general machine 1 second = 1 solar day.
Notice
- 2 x 2579280 =3600 x 153.3 x 9.34 (with 9.18 error 1.8%).

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References
(Preprint No. 2) The Moon Orbital Motion Equation
https://www.slideshare.net/Gergesfrancis/preprint-no-2-the-moon-orbital-motion-equation
Did Lorentz Ask (How The matter is Created)?
https://www.academia.edu/48987206/Did_Lorentz_Ask_How_The_matter_is_Created_
The Moon Orbital Motion Geometry (II)
https://www.academia.edu/45181646/The_Moon_Orbital_Motion_Geometry_II_
Light Motion Features Are Discovered in Planet Motion
https://www.slideshare.net/Gergesfrancis/light-motion-features-are-discovered-in-planet-motion
Dr. Budochkina, Svetlana Aleksandrovna
Associate professor - Candidate of physico-mathematical sciences (2005)
http://www.mathnet.ru/eng/person22119
List of publications on Google Scholar
List of publications on ZentralBlatt
https://mathscinet.ams.org/mathscinet/MRAuthorID/757317
http://elibrary.ru/author_items.asp?spin=6087-3245
http://orcid.org/0000-0003-3447-0425
http://www.researcherid.com/rid/G-7453-2014
http://www.scopus.com/authid/detail.url?authorId=6507007003
https://www.researchgate.net/profile/Svetlana_Budochkina
Full list of
publications:
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local/prep/rj/index.php?id=2944&p=15209
Mr. Gerges Francis Tawdrous +201022532292
Physics Department- Physics & Mathematics Faculty
Curriculum Vitae http://vixra.org/abs/1902.0044
E-mail mrwaheid@gmail.com
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