yes, here, as an example are the ratios from
TOI 178 a-g. The wavelength in "c" for orbit diameter differences are :
minimum: ~22 light seconds, b-c ( compare the Solar system ~ 300 ls) between Mercury-Venus -Earth. our's 13 times of Toi 178's.
maximum: 52 light seconds a- b; e-f (compare solar system: 9600 ls) between Saturn-Uranus-Neptune-Pluto 1/184 that of here.
Prediction from the alternative PolSo theory: TOI 178 a would have a 22 sec pulsation, a
52 sec pulsation or multiples thereof. A possible habitable planet would orbit @ .1933 or . 2078 AU.
A habitable planet would be at .2 AU, outside this tightly packed known group of planets. If planets past g are in multiples of these listed numbers*, an Earth -like globe would orbit the star at 8 times the largest gap, double of f's orbit, make that .2078 AU , or .1933 AU
Solar system planet orbits spacings are in a geometric progression,
doubling as you go out, and Toi 178 has that pattern too, in a way :
(b to c)x 2=, (c-d), x 2=, (d-f) x2 =. f- X would be twice d-f ! for X, the yet to be found Goldilocks planet. more Toi 178 doublings @ b-d x2 = d-g ; and a-b x2 =, b-e.
* from:
https://en.wikipedia.org/wiki/List_of_exoplanets_discovered_in_2021
Resonances in orbit timings, but surely in the star too.