18 February 2021 AD

St Simeon (107); St Bernadette Sourbirous (1879); St Flavian (449)

The Exact Mixing Angles of Quark - three angles theta. There are initial and final values. Initial theta is the one calculated by the scientists in atom-smashers, and by me (exact number) on my cheap computer. Here are three printouts from the FORTRAN program each for a different angle.

 

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17 February 2021 AD

Ash Wednesday; Seven Holy Founders of the Order of Servites (1233)

 

The articles 105 (Quark); 106 (Boson); 107 (Neutrino); 108 (Graviton) are self-explanatory - they contain the printouts from the FORTRAN programs I coded for the purpose of calculating Theta Angles and other parameters.

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16 February 2021 AD

Holy Face of Jesus (Shrove Tuesday); St Onesimus (95); St Juliana (305)

 

In the main article, I will describe getting exact mixing (oscillation) angles of Quark, Neutrino, Boson and Graviton. These are theoretical values and they agree with experimental data quite well, especially in the case of Quark, and two angles of Neutrino and one angle of Boson (there is no data so far of more angles for Boson - mixing (oscillation) angles (it is a new concept, I think).

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17 February 2021 AD

Ash Wednesday; Seven Holy Founders of the Order of Servites (1233)

Apart from the Four Fundamental Coupling Constants of the four fundamental forces (where only fine structure constant alpha is calculated well), there are also seven mixing (oscillation) angles known (quark, neutrino and one of boson) and two CP Violating Phase Angles (quark and neutrino). So, altogether we have ten known parameters.

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15 February 2021 AD

St Claude de la Colombiere (1682); Sts Faustinus & Jovita (121)

 

Weinberg Angle (Wikipedia). Important - contains one Mixing (Oscillation) Angle of a Boson.

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