20 August 2019 AD; St Bernard of Clairvaux

Fortunately, there is a way of getting all the CP Violation Phase Angles. When you look closely at CP Violation Phase Angles of Neutrino and Quark ( known to science ), and the sum of all the angles ( 3 + 3 ) for each category ( i.e. for Quarks, Neutrinos, and then for Bosons and Gravitons ), you can notice the order in their relation.

19 August 2019 AD; St John Eudes; St Louis of Toulouse

*This is the first attempt to figure out the CP Violation Angle for Graviton.

There is not much data about Graviton in science if at all. However, an attempt to get CP Violation Phase angle can be undertaken, having the sum of all the angles for Quark ( 3 + 3 Angles ) and for Graviton.

13 August 2019 AD; St Hippolytus and St Cassian; St Radegund

In the same manner as for quarks, also for neutrinos, there are "Quantum Fractions" ie the fractions used to calculate CP Violation Phase. These fractions when multiplied by angles of subatomic particles give the exact value of the CP Violation Phase for Neutrino.

13 August 2019 AD; St Hippolytus and St Cassian; St Radegund

The sum of the pairs of elements will form either a triangle (sum of the internal angles equal to 180 deg) - this is a pair of Quark and Graviton.

13 August 2019 AD; St Hippolytus and St Cassian; St Radegund

In the main article, I will calculate the exact value of the CP ( Charge - Parity ) Violation Phase for Neutrino (δ CP Neutrino = 232.20881 deg = 4.05281 rad). Scientists calculate this angle (describing "a difference between matter/antimatter in quantity") at δ CP Neutrino Official = 234 deg ( +43 deg / -31 deg; i.e. from 203 deg to 277 deg ).