>The TYCHOS submits that the Sun and Mars (whose orbits, in the semi-Tychonic model, intersect) are in fact a binary system, much like the vast majority of our surrounding star systems. It is noted for pertinent comparison that the Sirius binary system is composed of two bodies (Sirius A and Sirius B) whose observed, highly unequal diameters are, proportionally-speaking, virtually identical to those of the Sun and Mars. In the TYCHOS, Earth is located at / near the barycenter of our Sun-Mars binary duo; it rotates around its axis once daily and revolves at about 1 mph around its circular Polaris-Vega-Polaris (PVP) orbit once every 25344 solar years. Polaris and Vega are the two most notable Northern stars under which Earth transits in the course of its 25344-year journey, commonly-known as the “precession of the equinoxes”.
>In the TYCHOS, the Sun and Mars are both escorted by a pair of moons (Mercury & Venus and Phobos & Deimos, respectively) which are all tidally locked to their respective hosts – much as our own Moon is tidally locked to Earth. Another common trait of these five moons is their exceptionally slow rotational speeds (around their axes). Moreover – and most remarkably – our own Moon’s synodic period is shown to be the greatest common divisor of all of our system’s celestial bodies’ orbital periods. For instance, our Moon, Mercury, Venus and Mars exhibit a 1 : 4 : 20 : 25 orbital resonance. In turn, the mean value of this quartet (i.e. 12.5) reflects the orbital resonance between our Moon and the Sun (1 : 12.5). This astounding pattern extends to our outer planets, Jupiter, Saturn, Uranus, Neptune and Pluto, which are respectively synced with our Moon’s orbital synodic period at a 1 : 150 : 375 : 1050 : 2062.5 : 3100 ratio. It should be noted that these exact, multiple orbital resonances only become mathematically apparent when taking into account Earth’s 1-mph motion as posited by the TYCHOS model.
Thoughts?
>In the TYCHOS, the Sun and Mars are both escorted by a pair of moons (Mercury & Venus and Phobos & Deimos, respectively) which are all tidally locked to their respective hosts – much as our own Moon is tidally locked to Earth. Another common trait of these five moons is their exceptionally slow rotational speeds (around their axes). Moreover – and most remarkably – our own Moon’s synodic period is shown to be the greatest common divisor of all of our system’s celestial bodies’ orbital periods. For instance, our Moon, Mercury, Venus and Mars exhibit a 1 : 4 : 20 : 25 orbital resonance. In turn, the mean value of this quartet (i.e. 12.5) reflects the orbital resonance between our Moon and the Sun (1 : 12.5). This astounding pattern extends to our outer planets, Jupiter, Saturn, Uranus, Neptune and Pluto, which are respectively synced with our Moon’s orbital synodic period at a 1 : 150 : 375 : 1050 : 2062.5 : 3100 ratio. It should be noted that these exact, multiple orbital resonances only become mathematically apparent when taking into account Earth’s 1-mph motion as posited by the TYCHOS model.
Thoughts?
