24 October 2019; St Raphael the Archangel - 26 October 2019 AD; St Evaristus, St Demetrius

Yes, Google search removed me from the top position in searches in Mathematics and some Quantum Mechanics: "universal transcendental function" and "universal transcendental constant" among others. I guess they do not like the religious side of this website, as well as potential dangers to their "lovely science without a reason" (which is the state of present "science"). Nothing new for globalists: world jewry - those denying Jesus is the Messiah, freemasons, satanists, etc. and sadly those in the Holy Church conspiring with the enemies of God, trying to push their propaganda and revolution against the order of God.

The other search engines still keep me around (we'll see for how long - so far no problems, thanks).

24 September 2019 AD; Our Lady of Ransom; St Pacific of San Severino

11 November 2019 AD; St Martin of Tours (397); St Mennas (3rd Century)

This is an updated version of how to compute the CP Violation Phase Angle of Neutrino.

To get the results we need a couple of things:

0. Approximate/exact (guessed/measured) value of CP Violation Phase Angle of Neutrino.

(more in this article: 68. Getting CP Violation Phase Angles of Neutrino, Boson, Quark, and Graviton )

1. Quantum Fraction from which we get factors to calculate the angles.

19 September 2019 AD; the feast of St Januarius and Comps.; Our Lady of La Salette.

7 November 2019 AD; St Carina, St Melassipius, St Anthony (360); St Willibrord (739); St Engelbert (1225)

To get the results we need a couple of things:

0. Approximate/exact (guessed/measured) value of CP Violation Phase Angle of Boson.

(More in this article: 68. Getting approximate/exact CP Violation Phase Angle of all four elements )

1. Quantum Fraction giving the factors with which we can calculate the angles.

24 September 2019 AD; Our Lady of Ransom; St Pacific of San Severino

11 November 2019 AD; St Martin of Tours (397); St Mennas (3rd Century)

Again, as stated before - Neutrino and Boson belong to the same family. Below are listed their common properties:

1. Neutrino is ruled indirectly by electrostatic force (electromagnetic force) and Boson by the weak force. Together - electroweak force.

19 September 2019 AD: Feast of St Januarius and Comps.; Our Lady of La Salette

7 November 2019 AD; St Carina, St Melassipius, St Anthony (360); St Willibrord (739); St Engelbert (1225)

Boson and Neutrino belong to the same family. Below are listed their common properties:

1. Neutrino is ruled indirectly by electrostatic force (electromagnetic force) and Boson is ruled by the weak force (together electroweak force).