St. Peter Canisius (1579 AD); St. Zita of Lucca (1278 AD)
In a series of new articles, I will present excerpts from writings by St. Hildegarde von Bingen, St. Francesca Romana, Enoch (Henoch), St. Paul the Apostle, and Dante Alighieri about the structure of the three universes in agreement with mathematics of the main equation and quantum mechanics (charge-parity violating phase angles). Before that happens, there are still about 60 source codes in FORTRAN to be modified and finalized (they should be ready this week).
St. Hildegarde von Bingen and Enoch (Henoch) describe the universes very precisely. Caelo (Heaven) in Enoch’s visions and writings consists of ten sections with I think 100 elements, where each element is a different value of the main equation for each transcendental constant. Caelo (Heaven) in Enoch’s version includes Terra (Earth) and Sub Terra (Under the Earth, that is, Hell and Purgatory). St. Hildegard writes about ten choirs of angels in Caelo (Heaven), two main sections of Earth, each with nine elements, and Sub Terra (Hell and Purgatory) with nine levels. Dante Alighieri also writes about nine levels of Hell (Purgatory is included in Hell).
I have already calculated the transcendental values of charge-parity violating phase angles for Terra (Earth) and Sub Terra (Hell/Purgatory) and the membrane of Caelo (Heaven) and also the first three sections of Caelo (Heaven). The writings of the saints and of Dante agree perfectly with the main equation calculations. I will present in detail these calculations of charge-parity violating phase angles later on, when I finish Caelo (heaven) – in addition, about 30 values have to be calculated. Right now, I will give you the final results for Sub Terra (Hell/Purgatory), Terra (Earth), and the first three levels of Caelo (Heaven).
St. Leo the Great (461 AD); St. Stanislaus of Cracow (1079 AD); St. Gemma Galgani (1903 AD)
In the next series of articles, I will present the illustrations and writings of St. Hildegarde von Bingen (XII century) about our Universe (Terra) and Universe beyond us Under the Earth (Sub Terra). Her drawings and writings about these two universes agree perfectly with mathematics of the main equation and Charge-Parity violating phase angles and possibly a lot more. The preliminary results are great. Each of the universes gives round number (integer) in radians (phase angle). Our universe (Terra) exists on its own, but Sub Terra is surrounded by two membranes. One of these membranes belongs to universe number one – Caelo (Heaven). So, this membrane or shell surrounds the Sub Terra universe like some kind of a wall.
Monday of the Holy Week; St. Justin (165 AD); Sts. Tiburtius, Valerian and Maximus (230 AD); St. Lydwina (1433 AD); St. Lambert of Lyons (688 AD)
I have calculated the different values of transcendental constants in the main formula up to the constant CM49. This allowed me to get final results of Terra (Earth) and Sub Terra (Hell plus Purgatory) construct, and one of the three levels of Caelo (Heaven). This is according to St. Paul of Tarsus, the Apostle. The assumption was that matter/antimatter properties will be included in all these different universes, and therefore the charge-parity violating phase angles may be used to determine the construct of each universe separately and, as a whole, one complete one. And the assumption was correct. Phase angles and structure are the same for each of the universes except for higher levels of Caelo (Heaven). Each element of each universe is a triplet (same as quarks and neutrinos), and they come in sets of three again.
St. Vincent Ferrer (1419 AD); Bl. Juliana of Mount Cornillon (1258 AD)
Charge-parity violating phase angles are substantial in describing some of the properties of the universe (and universes). These angles can be used to mathematically prove the built-up of the Universe (Universes). Before I proceed with this mathematical proof, I will present the basis of how to calculate quickly and effortlessly charge-parity violating phase angles for quark and neutrino, since we have scientific data for both of them. However, the data for neutrinos vary depending on the measurement, so this calculation will provide the exact result for quark and neutrino as well.